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Leader LT4670-SER04 Instruction Manual

Sync generator, gnss, sdi, ptp, 25g-ip/12g-sdi tsg, power unit, 4k 3g-quad link
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LT4670
SYNC GENERATOR
LT4670-SER01
LT4670-SER02
LT4670-SER03
LT4670-SER04
LT4670-SER11
LT4670-SER21
Instruction Manual
Thank you for your purchase.
Please read this instruction manual and the included "GENERAL SAFETY SUMMARY" thoroughly, and use the
product safely.
GNSS
SDI
PTP
25G-IP/12G-SDI TSG
POWER UNIT
4K 3G-Quad Link

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Summary of Contents for Leader LT4670-SER04

  • Page 1 LT4670 SYNC GENERATOR LT4670-SER01 GNSS LT4670-SER02 LT4670-SER03 LT4670-SER04 25G-IP/12G-SDI TSG LT4670-SER11 POWER UNIT LT4670-SER21 4K 3G-Quad Link Instruction Manual Thank you for your purchase. Please read this instruction manual and the included “GENERAL SAFETY SUMMARY” thoroughly, and use the product safely.

  • Page 2: Table Of Contents

    3.2.2 LT4670-SER01 (GNSS) ....................7 3.2.3 LT4670-SER02 (SDI) ....................7 3.2.4 LT4670-SER03 (PTP) ....................8 3.2.5 LT4670-SER04 (25G-IP) ....................9 3.2.6 LT4670-SER04 (12G-SDI) ..................... 9 3.2.7 LT4670-SER11 (POWER UNIT) ..................11 3.2.8 LT4670-SER21 (4K 3G-Quad Link) ................11 Standards ........................13 3.3.1...
  • Page 3 PREPARATIONS .................... 41 Installation ........................41 5.1.1 Rack Mounting ......................41 5.1.2 Installation Without Using a Rack ................42 Turning the Power On ....................... 43 5.2.1 Turning the Instrument On and Off ................43 5.2.2 Mounting the AC Cord Clamp ..................44 5.2.3 Adding the Power Supply Unit (SER11) ................
  • Page 4 BLACK CONFIG MENU ................... 78 Selecting the Black Format ....................78 Configuring Timing Data ....................79 8.2.1 Adjusting the Timing (Frame) ..................79 8.2.2 Adjusting the Timing (Line) ..................79 8.2.3 Adjusting the Timing (Dot) ..................80 Setting the Time Code ...................... 80 8.3.1 Turning Time Code Insertion On and Off...............
  • Page 5 SDI CONFIG MENU (SER02/SER04) ..............94 12.1 Selecting the Frequency Group ..................95 12.2 Setting the SDI Format ..................... 96 12.2.1 Selecting the System ....................96 12.2.2 Selecting the Color System ..................97 12.2.3 Selecting the Frame Frequency ................... 97 12.3 Configuring Timing Data ....................
  • Page 6 12.11.3 Selecting a Logo ...................... 126 12.11.4 Setting the Logo Position (Vertical) ................126 12.11.5 Setting the Logo Position (Horizontal) ................ 127 12.11.6 Turning the Logo Transparency On and Off ..............127 12.11.7 Setting the Logo Transparency Level ................127 12.11.8 Copying Logos from a USB Memory Device to the Instrument ........
  • Page 7 PTP CONFIG MENU (SER03) ................ 149 13.1 PTP Leader and PTP Follower ................... 149 13.2 Setting the PTP Leader ....................149 13.2.1 Selecting the Mode ....................149 13.2.2 Configuring BMCA ....................150 13.2.3 Recovering Priority 1 ....................150 13.2.4 Selecting the Profile ....................150 13.2.5...
  • Page 8 14.6 Configuring DSCP ......................166 14.6.1 Turning the DSCP On and Off ..................166 14.6.2 Setting the DSCP Tags ....................167 14.7 Setting the Destination IP Addresses ................167 14.8 Setting the Destination Port Numbers ................168 14.9 Selecting the Audio Standard ................... 169 14.10 Selecting the Audio Packet Time..................
  • Page 9 15.5.2 Setting the Cable Delay .................... 186 15.6 Configuring the PTP Settings (SER03) ................187 15.6.1 Setting the IP Address....................187 15.6.2 Setting the Subnet Mask ................... 187 15.6.3 Setting the Gateway ....................188 15.6.4 Configuring SFP ....................... 188 15.6.5 Setting Port Mirroring ....................
  • Page 10 16.4.2 Clearing the Log ...................... 209 SNMP......................210 17.1 SNMP Versions ....................... 210 17.2 SMI Definitions ....................... 210 17.3 How to Use........................210 17.4 Enterprise MIB ....................... 212 17.4.1 l44notificationTBL Group ..................213 17.4.2 l44systemTBL Group ....................214 17.4.3 l44statusTBL Group ....................216 17.4.4 l44referenceTBL Group .....................
  • Page 11 20.1.2 BLACK CONFIG Menu ....................343 20.1.3 AUDIO CONFIG Menu ....................344 20.1.4 LTC CONFIG Menu ....................344 20.1.5 CW/1PPS CONFIG Menu ................... 345 20.1.6 SDI CONFIG Menu (SER02/SER04) ................345 20.1.7 PTP CONFIG Menu (SER03) ..................347 20.1.8 IP CONFIG Menu (SER04) ..................348 20.1.9 SYSTEM CONFIG Menu .....................

  • Page 12: General Safety Summary

    Note about Reading This Manual The contents of this manual contain specialized terminology and may be difficult to understand. If you have any questions about the contents of this manual, please contact your local LEADER agent. Symbols and Terms The following symbols and terms are used in this instruction manual and on the instrument to indicate important warnings and notes.
  • Page 13 • When using the instrument, make sure that it is grounded using a grounded power cord. Warnings Concerning the SFP Transceiver • For safety reasons, use the Leader-designated SFP transceiver. • The SFP transceiver is a Class I laser product. Ensure that laser light does not directly strike the...
  • Page 14 GENERAL SAFETY SUMMARY Cautions Concerning the Input and Output Connectors • Do not apply signals exceeding the specifications in this instruction manual to the input connectors. • Do not short circuit or apply an external voltage to the output connectors. If You Will Not Use the Instrument for an Extended Period of Time •...
  • Page 15 GENERAL SAFETY SUMMARY About the European WEEE Directive This instrument and its accessories are subject to the European WEEE Directive. Follow the applicable regulations of your country or region when discarding this instrument or its accessories. Follow the EU Battery Directive when discarding the batteries that you removed from this instrument.
  • Page 16 ○ ○ ○ ○ ○ LT4670-SER02 × ○ ○ ○ ○ ○ LT4670-SER03 × ○ ○ ○ ○ ○ LT4670-SER04 × ○ ○ ○ ○ ○ LT4670-SER11 × 〇 〇 〇 〇 〇 备注） ○：表示该有毒有害物质在该部件所有均质材料中的含量均在SJ/T11363-2006 规定的限量要求以下。 ×：表示该有毒有害物质或元素至少在该部件的某一均质材料中的含量超出SJ/T11363-2006 　　标准规定的限量要求。 Ver.2 Follow the warnings and precautions that have been listed in this section to use the instrument correctly and safely.

  • Page 17: Introduction

    1 INTRODUCTION INTRODUCTION Thank you for using the LEADER instrument. To use this instrument safely, read this instruction manual thoroughly, and make sure that you know how to use the instrument properly. If some point about the operation of this instrument is still unclear after you have read this instruction manual, refer to the contact information on the back cover of the manual to contact LEADER, or contact your local LEADER agent.

  • Page 18: Operating Precautions

    1 INTRODUCTION Operating Precautions 1.4.1 Power Supply Voltage Confirm the voltage of the power source before you connect the power cord to it. The power requirements of this instrument are indicated on its rear panel. Only use a power source that supplies a voltage within the operating voltage range and has a frequency of 50/60 Hz.

  • Page 19: Product Configuration

    LT4670-SER03 SFP/SFP+ LT4670-SER04 (*1) 25G-IP/12G-SDI TSG 25G-IP Output SFP+/SFP28 12G-SDI / 3G-SDI / HD-SDI / Micro-BNC SD-SDI Output LT4670-SER11 POWER UNIT Redundant Power Supply Power Supply The LT4670-SER02 and LT4670-SER04 cannot be installed in the instrument at the same time.

  • Page 20: Software Options

    Software Options The following software options can be added to the LT4670. To add a software option, provide your local LEADER agent with the instrument’s MAC address and serial number. We will issue a license key. When you receive the license key, add it using "SYSTEM CONFIG > LICENSE INFO. > LICENSE KEY INPUT".

  • Page 21: Specifications

    3 SPECIFICATIONS SPECIFICATIONS General The LT4670 is a 1U full-rack size sync signal generator that outputs analog video sync signals and audio word-clock signals. The genlock function allows operation synchronized with input signals. The genlock function has a stay-in-sync function that maintains the phase when an error occurs in the input analog video sync signal.
  • Page 22 3 SPECIFICATIONS AES/EBU Signal Output This option can output a 48 kHz AES/EBU signal synchronized with video signals. (AES/EBU connector) It is also equipped with a AES/EBU signal output compatible with DARS. (SILENCE connector) CW/1PPS Output The CW/1PPS output can output 10 MHz CW or 1PPS, whichever is selected. Time Code I/O The time code generator can run in free run mode based on internal time information.

  • Page 23: Lt4670-Ser01 (Gnss)

    3 SPECIFICATIONS External Memory Support The log can be saved and preset data can be written and saved from the panel using USB memory devices. Logging Function The operation status can be logged to internal memory or external memory. Last Memory Function When the power is turned on, it starts up with the settings when the power was turned off last time.

  • Page 24: Lt4670-Ser03 (Ptp)

    The two engines can be used as followers. (The leader can be selected automatically or arbitrarily by the user.) It is also possible to use one engine as a follower and the other as the leader. 10GbE Support A 10GbE SFP+ module, sold separately, can be used.

  • Page 25: Lt4670-Ser04 (25G-Ip)

    There are four independent SDI signal output connectors, and different patterns and phases can be set for each. 4K Internal Pattern Generation (future support) In addition to the internal patterns of LT4670-SER04, the following patterns can be output. ・UHD Color Bar ARIB STD-B66 ・HLG CB ITU-R BT.2111 HLG narrow range...
  • Page 26 Lip sync patterns in which the video and audio are synchronized can be output. By using a waveform monitor that features a lip sync measurement function, such as the Leader’s LV5600, it is possible to measure the offset between the video and audio in SDI signal transmissions.

  • Page 27: Lt4670-Ser11 (Power Unit)

    3 SPECIFICATIONS 3.2.7 LT4670-SER11 (POWER UNIT) Redundant Power Supply You can make the power supply redundant. When errors occur in power supply units, alarms are indicated on the instrument panel. Errors can also be output as alarms using SNMP. 3.2.8 LT4670-SER21 (4K 3G-Quad Link) 4K 3G-Quad Link Output Two LT4670-SER02 (SDI) options are featured.
  • Page 28 Lip sync patterns in which the video and audio are synchronized can be output. By using a waveform monitor that features a lip sync measurement function, such as the Leader’s LV5600, it is possible to measure the offset between the video and audio in SDI signal transmissions.

  • Page 29: Standards

    3 SPECIFICATIONS Standards 3.3.1 LT4670 General Specifications Model Number LT4670 Model Name SYNC GENERATOR 1U full-rack size sync signal generator that outputs analog video sync signal and audio word-clock signals Environmental Conditions Operating Temperature 0 – 40°C Operating Humidity Range 85% RH or less (no condensation) Optimal Temperature 10 –...
  • Page 30 3 SPECIFICATIONS Fan Unit Number of Fans 2 (one on front, one on rear) Replacement Method The fan can be stopped using the panel and replaced without turning off the power of the main unit. Alarm A fan alarm is indicated on the LED and LCD and notified by an SNMP trap.
  • Page 31 3 SPECIFICATIONS LTC I/O Connector Connector D-sub 26-pin (female) Number of Inputs Input Impedance 1 kΩ (balanced) 500 Ω (unbalanced) Input Signal Level 0.5 - 4 Vp-p Number of Outputs Output Impedance 24 Ω balanced Output Signal Level 2 Vp-p ± 10% Analog Video Sync Signal Output Connector Connector 6 BNC connectors, 6 outputs...
  • Page 32 3 SPECIFICATIONS Control Connectors Ethernet Port Standard IEEE 802.3 Protocol SNMP v2c/v3 Command control, status query, trap transmission REST-API (future support) Command control, status query HTTP/HTTPS (HTTPS to be supported in the future) Monitoring and operation using a browser Internal clock synchronization, time distribution Connector RJ-45 Type...
  • Page 33 3 SPECIFICATIONS Inter-instrument Synchronization Connector (L-SYNC) Connector Shape D-sub 15-pin (female) Number of Ports Control Signal LV-CMOS 6 main-side outputs 6 backup-side inputs Input Voltage Range 0 - 3.3 VDC Function The time of the two instruments is synchronized in a redundant configuration.
  • Page 34 3 SPECIFICATIONS Manual Setting IMMEDIATE Resets the lock when the external sync signal recovers and REFERENCE READJUST operation is performed. FAST Quickly resynchronizes when the external sync signal recovers and REFERENCE READJUST operation is performed. SLOW Slowly resynchronizes when the external sync signal recovers and REFERENCE READJUST operation is performed.
  • Page 35 3 SPECIFICATIONS AES/EBU Digital Audio Output Timing Adjustment Adjustment Range ±1 AES/EBU frame (±511) Adjustment Unit In units of 512 fs (24.576 MHz) Sampling Frequency 48 kHz sampling (synced with the video signal) Resolution 20 bits, 24 bits Pre-emphasis OFF, 50/15, CCITT (only the CS bit is switched) Frequency SILENCE, 400 Hz, 800 Hz, 1 kHz Level...
  • Page 36 3 SPECIFICATIONS Black Setting VITC Insertion Setting On/Off Superimposed Line NTSC 10 - 20 (*1) 6 - 22 (*2) AES/EBU Setting Insertion Setting On/Off LTC Setting Output Setting On/Off Leap Second Application Setting Set the application date/time with a timer. (The PTP (SER03) does not support timer setting.) Daylight Savings Time Application Setting...

  • Page 37: Lt4670-Ser01 (Gnss)

    3 SPECIFICATIONS 3.3.2 LT4670-SER01 (GNSS) I/O Connectors GNSS Input Connectors Connector 1 BNC connectors Input Impedance 50 Ω Antenna, Pre-amp Power Supply Voltage 5 V / 3.3 V / OFF Current 50 mA max. (built-in overcurrent protection circuit) GNSS Lock GNSS Receiver Receive Frequency 1575.42MHz (L1)

  • Page 38: Lt4670-Ser02/Ser04/Ser21 (Sdi)

    LT4670-SER02/SER04/SER21 (SDI) This section describes the following options: ・LT4670-SER02 (SDI) ・SDI functions of the LT4670-SER04 (25G-IP/12G-SDI TSG) ・LT4670-SER21 (4K 3G-Quad Link) Depending on the option added to the instrument, the supported SDI format differs as follows. See the items appropriate to the respective options.
  • Page 39 3 SPECIFICATIONS Table 3-3 | 3G-A video signal formats and standards Color System Quantization Image Frame (Field) Frequency/Scanning Corresponding Standard 4:2:2 10bit 1920×1080 60/59.94/50/P SMPTE ST 274 SMPTE ST 425-1 12bit 1920×1080 60/59.94/50/I 30/29.97/25/24/23.98/P 30/29.97/25/24/23.98/PsF RGB 4:4:4 10bit 1280×720 60/59.94/50/30/29.97/25/24/23.98/P SMPTE ST 296 SMPTE ST 425-1 1920×1080...
  • Page 40 3 SPECIFICATIONS Table 3-5 | 3G-Quad Link video signal formats and standards Division Color Quantization Image Frame Frequency/ Corresponding Transmission System Scanning Standard System 2 sample 4:2:2 10bit 3840×2160 60/59.94/50/P SMPTE ST 425-5 interleave SMPTE ST 2036-1 4096×2160 60/59.94/50/48/47.95/P SMPTE ST 425-5 SMPTE ST 2048-1 12bit 3840×2160...
  • Page 41 74.25/1.001 MHz, 27 MHz) Selecting the Timing Reference SD and HD only; SERIAL only for 12G and 3G SERIAL Signals are output at the timing defined in the signal standard. LEGACY Signals are output at the same timing as Leader’s conventional signal generators.
  • Page 42 3 SPECIFICATIONS Test Patterns 12G, 3G, HD 100% color bar, 75% color bar, multiformat color bar (ARIB STD-B28, pattern 2 area can be set to 100% white, 75% white, or +I), check field, flat field white 100%, white 50%, black 0%, red 100%, green 100%, blue 100% 525/ 59.94I 100% color bar, 75% color bar, SMPTE color bar, check...
  • Page 43 3 SPECIFICATIONS Safety Area Markers 12G, 3G, HD Action safe area (90%) Title safe area (80%) 4:3 aspect ratio (can be turned on and off separately) Action safe area (90%) Title safe area (80%) (can be turned on and off separately) Not available when the check field pattern is selected.
  • Page 44 3 SPECIFICATIONS Component On/Off Function Each of the Y/G, Cb/B, and Cr/R components can be turned on and off independently. Not available when the check field pattern is selected. Moving Box Box Color White, yellow, cyan, green, blue, red, magenta, black Speed Setting V/H LOW / MIDDLE / HIGH Size Setting V/H...

  • Page 45: Lt4670-Ser03 (Ptp)

    3 SPECIFICATIONS Audio (including packets) cannot be embedded when the check field pattern is selected. The frequency, level, and audio click can be set for each channel. The audio click and digital audio are asynchronous. Not available when lip sync is enabled. The following limitations apply for SD (525/59.94I).
  • Page 46 3 SPECIFICATIONS Leader Function Number of Controllable Leader Devices 2 Communication Mode Multicast / Unicast / MIXED SMPTE / MIXED SMPTE without negotiation Domain Number 0 – 127 (SMPTE ST 2059) 0 – 255 (AES67 / General) Announce Message Rate (*1) 0.125s 8Hz / 0.25s 4Hz / 0.5s 2Hz / 1s 1Hz / 2s 0.5Hz...

  • Page 47: Lt4670-Ser04 (25G-Ip)

    3 SPECIFICATIONS 3.3.5 LT4670-SER04 (25G-IP) This section describes the IP functions of the LT4670-SER04 (25G-IP/12G-SDI TSG). IP Corresponding Standard IP Format SMPTE ST 2022-6 SMPTE ST 2110-20/21/30/31/40 Synchronization Mode PTP (SMPTE ST 2059) IP Formats and Standards Table 3-7| HD video signal formats and standards (*1)
  • Page 48 3 SPECIFICATIONS Table 3-9 | 12G video signal formats and standards (*1) Division Color Quantization Image Frame Frequency/ Corresponding Transmission System Scanning Standard System 2 sample 4:2:2 10bit 3840×2160 60/59.94/50/P SMPTE ST 2082-10 interleave SMPTE ST 2036-1 4096×2160 60/59.94/50/48/47.95/P SMPTE ST 2082-10 SMPTE ST 2048-1 12bit 3840×2160...

  • Page 49: Lt4670-Ser11 (Power Unit)

    3 SPECIFICATIONS IP Packet Emulation (future support) Function Adding jitter and checksum errors to the test signals of SMPTE ST 2110-20 Error FCS ERROR / IP CS / UDP CS Jitter 1 / 10 / 20 / 30 / 40 / 50 / 60 / 70 / 80 / 90 / 100 packet Errors and jitter will be reflected in the output from port 1.

  • Page 50: Panel Description

    4 PANEL DESCRIPTION PANEL DESCRIPTION Front Panel An overall and enlarged view of the front panel is shown below. Figure 4-1 | Front panel (overall view) Figure 4-2 | Front panel (enlarged view) POWER 1 Lights in green when POWER1 is on. Lights red in the following cases.
  • Page 51 4 PANEL DESCRIPTION LCD panel Displays various information. GENLOCK/CW Lights in green when the reference signal is locked in GENLOCK or CW. Flashes in orange until locked, lights in orange during stay in sync. [See also] "6.2.2 Genlock Mode" "6.2.3 CW Mode" GNSS (SER01) Lights in green when the reference signal is locked in GNSS.
  • Page 52 4 PANEL DESCRIPTION 12 KEYLOCK Lights in green when the key lock is enabled. [See also] "6.1.2 Enabling the Key Lock" 13 CONFIG The CONFIG menu is displayed. Switches the top menu or returns to the higher level menu. It also cancels the settings. [See also] "6.1.3 Menu Operations"...

  • Page 53: Rear Panel

    4 PANEL DESCRIPTION Rear Panel An overall and enlarged view of the rear panel is shown below. Figure 4-3 | Rear panel (overall view) Figure 4-4 | Rear panel (enlarged view)
  • Page 54 4 PANEL DESCRIPTION GNSS IN (SER01) Optional GNSS input connector. It supports GPS, GLONASS, GALILEO, BDS, and QZSS. A separately sold GNSS antenna is available. [See also] "6.2.4 GNSS mode (SER01)" "15.5 Setting the GNSS (SER01)" L-SYNC Control port for synchronizing the time of two LT4670 units. A separately sold L-SYNC cable (LC2186) is available.
  • Page 55 4 PANEL DESCRIPTION Serial number label The serial number is printed on this label. 10 LTC/REMOTE Time code and remote I/O connector. A separately sold LTC cable (LC2185) is available for connection with LT4448. [See also] "6.3.7 LTC Signal I/O and Remote Control" "10 LTC CONFIG MENU" 11 ETHERNET/CONTROL Ethernet port.
  • Page 56 4 PANEL DESCRIPTION 18 POWER2 (SER11) Optional AC inlet. Adding this option provides power supply redundancy. It needs to be replaced periodically. The LED lights in green or red in conjunction with the POWER2 LED on the front panel. [See also] "5.2 Turning the Power On" "19.2.1 Power Supply Unit Replacement" 19 POWER1 AC inlet.

  • Page 57: Preparations

    5 PREPARATIONS PREPARATIONS Installation The instrument can be mounted on a rack or placed on a stand or shelf for use. 5.1.1 Rack Mounting If you are mounting this instrument on a rack, be sure to provide additional support for the body of the instrument.

  • Page 58: Installation Without Using A Rack

    5 PREPARATIONS Rack Mounting Insert the instrument into the rack, and then fasten the front panel to the rack. Use M5, 10-32UNF, or 12-24UNC screws. Figure 5-2 | Rack mounting 5.1.2 Installation Without Using a Rack When installing the instrument without using a rack, place it horizontally on a securely installed stand or shelf.

  • Page 59: Turning The Power On

    If an error occurs in the fan of the power supply unit, these LEDs turn red. In this case, check the power supply unit where the error occurred and contact your local LEADER agent. Figure 5-3 | POWER LEDs Immediately after the power is turned on, the instrument is set to the conditions that it was in when the power was turned off the last time.

  • Page 60: Mounting The Ac Cord Clamp

    5 PREPARATIONS 5.2.2 Mounting the AC Cord Clamp An AC cord clamp is included with the instrument to prevent the power cord from being pulled free of the AC inlet. To mount it, follow the procedure below. Mount the AC cord clamp to the LT4670. Insert it until it clicks into place.

  • Page 61: Adding The Power Supply Unit (Ser11)

    POWER2 with the power of POWER1 turned on as an example. The power supply unit must be added by LEADER or the designated service personnel. Contact your local LEADER agent. Insert the new power supply unit to POWER2.
  • Page 62 ・The power is not supplied to either of the power supply units. In this case, check the power supply units in which an error occurred and contact your local LEADER agent. Figure 5-11 | POWER LEDs (when an error occurs)

  • Page 63: Basic Operation

    6 BASIC OPERATION BASIC OPERATION Operation Basics 6.1.1 Connecting a USB Memory Device To write and read various types of data, you can use a USB memory device. You can connect and disconnect a USB memory device with the power turned on. Use a USB memory device with USB DEVICE on the SYSTEM CONFIG menu set to ENABLE.

  • Page 64: Menu Operations

    6 BASIC OPERATION 6.1.3 Menu Operations The menu is largely divided into two types, the CONFIG menu and the STATUS menu. CONFIG Menu This menu is used to configure this instrument. Press the CONFIG key to display it. When the menu level is 0, press the CONFIG key or the ▶ key to switch from one menu to another in the order below.
  • Page 65 6 BASIC OPERATION Except for some cases, a number is displayed at the upper left of the CONFIG menu. This number indicates the menu level. The larger the number, the deeper the level. To enter a lower level menu, press the ENTER key. To return to a higher level menu, press the CONFIG key.
  • Page 66 6 BASIC OPERATION Specifying Values To specify a value, select a digit with the ◀ and ▶ keys first and then change it with the ▲ and ▼ keys. Hold down the ▲ or ▼ key to change the value quickly. Except for some cases, value modifications are applied immediately, but the value is not confirmed until you press the ENTER key.

  • Page 67: Signal Input (Genlock Operation)

    AUTO, in which relock is automatically performed, is explained. If "INT PLL" is displayed on "STATUS > INFORMATION > REF SRC" during genlock operation, it indicates that the crystal inside the instrument is faulty. If this happens, contact your local LEADER agent.

  • Page 68: Internal Mode

    6 BASIC OPERATION 6.2.1 Internal Mode 1. Setting On the REFERENCE CONFIG menu, set REFERENCE SOURCE to INTERNAL. Under "STATUS > INFORMATION > REF SRC", "INTERNAL" appears, and INT on the front panel lights in green. Use the instrument in this state.

  • Page 69: Genlock Mode

    6 BASIC OPERATION 6.2.2 Genlock Mode 1. Setting On the REFERENCE CONFIG menu, set REFERENCE SOURCE to GENLOCK FMT-AUTO or GENLOCK FMT-MANUAL. When you set it to GENLOCK FMT-MANUAL, set the reference signal format manually. Use GENLOCK FORMAT on the REFERENCE CONFIG menu to select the reference signal format.
  • Page 70 6 BASIC OPERATION 3. Lock When the instrument is locked with the reference signal, GENLOCK/CW on the front panel lights in green, and the message changes to "LOCK". Use the instrument in this state. 4. An error occurs in the reference signal If an error occurs in the reference signal, the frequency that was in use immediately before the error occurred is maintained (stay-in-sync function).

  • Page 71: Cw Mode

    6 BASIC OPERATION 6.2.3 CW Mode 1. Setting On the REFERENCE CONFIG menu, set REFERENCE SOURCE to 10MHz CW. When you set REFERENCE SOURCE to 10MHz CW, GENLOCK/CW on the front panel blinks in orange, and under "STATUS > INFORMATION > REF SRC", "INITIALIZE" appears. From now on, this screen is used for explanation.
  • Page 72 6 BASIC OPERATION 4. An error occurs in the reference signal If an error occurs in the reference signal, the frequency that was in use immediately before the error occurred is maintained (stay-in-sync function). When stay-in-sync becomes active, GENLOCK/CW and STAY light in orange, and the message changes to "STAY".

  • Page 73: Gnss Mode (Ser01)

    6 BASIC OPERATION 6.2.4 GNSS mode (SER01) 1. Setting On the REFERENCE CONFIG menu, set REFERENCE SOURCE to GNSS. When you set REFERENCE SOURCE to GNSS, GNSS on the front panel blinks in orange, and under "STATUS > INFORMATION > REF SRC", "GNSS No. Fix" appears. From now on, this screen is used for explanation.
  • Page 74 6 BASIC OPERATION 4. An error occurs in the reference signal If an error occurs in the reference signal, the frequency that was in use immediately before the error occurred is maintained (stay-in-sync function). When stay-in-sync becomes active, GNSS and STAY light in orange, and the message changes to "STAY".

  • Page 75: Ptp Mode (Ser03)

    When you set REFERENCE SOURCE to PTP1 or PTP2, PTP IN on the front panel blinks in orange, and under "STATUS > INFORMATION > REF SRC", "PTP FOLLOWER AGING" > "PTP LEADER NOT FOUND" appears. From now on, this screen is used for explanation. 2. Input of a reference signal Apply PTP signals to PTP connectors on the rear panel.
  • Page 76 6 BASIC OPERATION 3. Lock When the instrument is locked with the reference signal, PTP IN on the front panel lights in green, and the message changes to "LOCK". Use the instrument in this state. When REFERENCE SOURCE is set to PTP1/2, the instrument automatically selects the reference signal.
  • Page 77 PTP1 state and the PTP2 state. Table 6-1 | PTP IN LED PTP1 ･LOCK ･STAY ･PTP FOLLOWER AGING ･PASSIVE ･PTP ADJUST FREQ ･PTP LEADER NOT FOUND (when restored) ･PTP ADJUST FREQ ･PTP ADJUST PHASE (when locked) (when restored) ･PTP ADJUST PHASE ･RECOVERY (when locked) ･TRACKING...

  • Page 78: Signal Output

    6 BASIC OPERATION Signal Output 6.3.1 Analog Black Signal Output Six analog black signals synchronized with the reference signal are output from ANALOG BLACK OUT connectors 1 to 6 on the rear panel. You can set the analog black signals on the BLACK CONFIG menu. [See also] "8 BLACK CONFIG MENU"...

  • Page 79: Sdi Signal Output (Ser04)

    ・SFP RJ-45 (LC2141/LC2142) ・SFP+ MULTI-MODE (LC2148) ・SFP+ SINGLE-MODE (LC2149) To output the PTP signal requires setting the PTP Leader. In the PTP CONFIG menu, set PTP1 MODE or PTP2 MODE to ENABLE LEADER. [See also] "13.1 PTP Leader and PTP Follower"...
  • Page 80 When the PTP output becomes normal, PTP OUT on the front panel lights in green, and the message changes to "LEADER". Use the instrument in this state. Note that when the BMCA function causes this instrument to enter the passive state, PTP OUT on the front panel lights in orange and the message changes to "PASSIVE".

  • Page 81: Ip Signal Output (Ser04)

    6 BASIC OPERATION 6.3.7 IP Signal Output (SER04) The SFP transceiver is a Class I laser product. Ensure that laser light does not directly strike the eyes. Two IP signals synchronized with the reference signal are output from IP OUTPUT connectors 1 and 2 on the rear panel.

  • Page 82: Ltc Signal I/O And Remote Control

    6 BASIC OPERATION LTC Signal I/O and Remote Control The LTC/REMOTE connector on the rear panel is used to input an LTC signal (1 input), output three LTC signals (3 outputs), and perform remote control (alarm output, preset recall). Figure 6-1 | LTC/REMOTE Table 6-3 | Pinout Pin No.
  • Page 83 6 BASIC OPERATION LTC Signal Input (1 input) It is possible to insert time codes received through LTC into the black output, AES/EBU output, and SDI output (SER02/SER04) and output from LTC1 to LTC3. LTC Signal Output (3 Outputs) Time codes synchronized with the reference time are output from LTC1 to LTC3. You can select the time code type with TIME SOURCE on the REFERENCE CONFIG menu.

  • Page 84: Alarm Display

    6 BASIC OPERATION Recalling Presets You can use PRESET1 to PRESET4 to recall presets 0 to 9. Apply L according to the table below. Table 6-5 | Recalling presets Preset Numbers PRESET4 PRESET3 PRESET2 PRESET1 Alarm Display If an alarm occurs, the ALARM indicator on the front panel lights in red. To check the description of the alarm, select ALARM from the STATUS menu.

  • Page 85: L-Sync

    6 BASIC OPERATION L-SYNC L-SYNC refers to a function whereby, in a redundant system, the primary and backup instruments, synchronized with the same analog sync signal, can be synchronized in time with each other. The following explains how to use it, considering the following system as an example. Figure 6-3 | L-SYNC 1.
  • Page 86 6 BASIC OPERATION 3. On each of the LT4670 (primary) and the LT4670 (backup), set REFERENCE SOURCE. You can set REFERENCE SOURCE with "REFERENCE CONFIG > REFERENCE SOURCE". Set it to "GENLOCK FMT-AUTO" or "GENLOCK FMT-MANUAL". When the operation is performed properly, GENLOCK/CW on the front panel lights in green. 4.

  • Page 87: Reference Config Menu

    7 REFERENCE CONFIG MENU REFERENCE CONFIG MENU The REFERENCE CONFIG menu is used to specify settings related to the reference signal and genlock operation. To display the REFERENCE CONFIG menu, press CONFIG several times until the following menu appears. Selecting the Reference Signal To select the reference signal, follow the procedure below.

  • Page 88: Selecting The Genlock Format

    7 REFERENCE CONFIG MENU Selecting the Genlock Format When REFERENCE SOURCE is set to GENLOCK FMT-MANUAL, to select the genlock format, follow the procedure below. To select an item, use the ▲, ▼, ◀, and ▶ keys. The genlock formats are expressed in terms of the total number of lines, not the number of effective lines.

  • Page 89: Setting The Genlock Timing

    7 REFERENCE CONFIG MENU Setting the Genlock Timing When REFERENCE SOURCE is set to GENLOCK, you can collectively adjust the timing of the output signals (ANALOG BLACK OUT, 3G SDI OUT, AES/EBU, SILENCE, WCLK, and LTC) relative to the reference signal. (You can also adjust them individually.) One step is approximately 0.5 ns, which covers a 1-dot cycle.

  • Page 90: Setting The Recovery Operation

    7 REFERENCE CONFIG MENU Setting the Recovery Operation Under RECOVERY/TRACKING on the REFERENCE CONFIG menu, you can set the recovery operation that takes place when the reference signal is lost during genlock operation. This menu appears when REFERENCE SOURCE is set to an option other than INTERNAL. 7.5.1 Selecting the Recovery Mode To select the operation to perform when the reference signal recovers after it is lost during...

  • Page 91: Selecting The Relock Speed (Manual)

    7 REFERENCE CONFIG MENU 7.5.3 Selecting the Relock Speed (Manual) When RECOVERY MODE is set to MANUAL, to select the relock speed, follow the procedure below. From the time this instrument is started until the time set with IMMEDIATE MODE TIME elapses, the instrument operates with IMMEDIATE regardless of the selection made here.

  • Page 92: Selecting The Time Source

    7 REFERENCE CONFIG MENU Selecting the Time Source To select the time source to use with this instrument, follow the procedure below. The date and time selected here is used for the log and the time code and for storing to a USB memory device, for example.

  • Page 93: Loading The Date And Time

    7 REFERENCE CONFIG MENU REFERENCE SOURCE TIME SOURCE Time information 10MHz CW INTERNAL The internal clock is used. The internal clock is counted up in sync with REFERENCE SOURCE. LTC (*1) At power-on and when REFERENCE SOURCE or TIME SOURCE is changed, the hours, minutes, and seconds are loaded from TIME SOURCE once and are set in the internal clock.

  • Page 94: Black Config Menu

    8 BLACK CONFIG MENU BLACK CONFIG MENU The BLACK CONFIG menu is used to specify settings related to the black output. To display the REFERENCE CONFIG menu, press CONFIG several times until the following menu appears. On the BLACK CONFIG menu, you can specify settings for BLACK1 to BLACK6 individually. The procedure below is for BLACK1, but the same procedure can also be applied to BLACK2 to BLACK6.

  • Page 95: Configuring Timing Data

    8 BLACK CONFIG MENU Initial value NTSC BB (when FORMAT SETTING on the SYSTEM CONFIG menu is set to NTSC) PAL BB (when FORMAT SETTING on the SYSTEM CONFIG menu is set to PAL) Configuring Timing Data Under TIMING on the BLACK1 menu, you can adjust the timing of the black output relative to the reference signal.

  • Page 96: Adjusting The Timing (Dot)

    8 BLACK CONFIG MENU 8.2.3 Adjusting the Timing (Dot) To adjust the timing of the black output relative to the reference signal at the dot level, follow the procedure below. At the lower right of the screen, the value in dots converted to time is displayed.

  • Page 97: Setting Dropped Frames

    8 BLACK CONFIG MENU 8.3.2 Setting Dropped Frames To select the dropped frame setting, follow the procedure below. This setting is valid when the frame frequency of the black output is set to 59.94 or 29.97. Procedure BLACK CONFIG > BLACK1 > VITC SETTING > DROP FRAME Parameters Dropped frame time code is used.

  • Page 98: Setting The Black Output

    8 BLACK CONFIG MENU Setting the Black Output Under OUTPUT SETTING on the BLACK1 menu, you can specify settings for the black output. 8.4.1 Turning the Black Output On and Off To turn the black output on and off, follow the procedure below. Procedure BLACK CONFIG >...

  • Page 99: Settings Shared By Black Outputs

    8 BLACK CONFIG MENU Settings Shared by Black Outputs To specify the settings for BLACK2 to be the same as those for BLACK1, select ON by following the procedure below. In this case, you cannot specify the settings for BLACK2. Similarly, you can also specify the settings for BLACK3 to BLACK6 to be the same as those for BLACK1.

  • Page 100: Audio Config Menu

    9 AUDIO CONFIG MENU AUDIO CONFIG MENU The AUDIO CONFIG menu is used to specify settings related to the AES/EBU output, silence output, and word-clock output. To display the AUDIO CONFIG menu, press CONFIG several times until the following menu appears.

  • Page 101: Setting Clicks

    9 AUDIO CONFIG MENU 9.1.3 Setting Clicks To insert click sounds into the selected channel at the specified interval, follow the procedure below. This is invalid when LIPSYNC(SYNC TO SDI1) is set to ON and the SDI pattern is a lip sync one. Procedure AUDIO CONFIG >...

  • Page 102: Selecting The Pre-Emphasis Mode

    9 AUDIO CONFIG MENU 9.1.6 Selecting the Pre-emphasis Mode To select the pre-emphasis mode, follow the procedure below. Procedure AUDIO CONFIG > AES/EBU > SETTING > EMPHASIS Parameters 50/15 / CCITT / OFF Initial value 9.1.7 Turning Time Code Insertion On and Off To turn time code insertion on and off, follow the procedure below.

  • Page 103: Turning Lip Sync Interlock On And Off (Ser02/Ser04)

    9 AUDIO CONFIG MENU 9.1.9 Turning Lip Sync Interlock On and Off (SER02/SER04) When SDI1 LIP SYNC on the SDI CONFIG menu is set to ON, to output a sound interlocked with the lip sync pattern, select ON by following the procedure below. [See also] "12.15 Turning Lip Sync On and Off"...

  • Page 104: Selecting The Resolution

    9 AUDIO CONFIG MENU 9.2.2 Selecting the Resolution To select the resolution, follow the procedure below. Procedure AUDIO CONFIG > SILENCE > SETTING > RESOLUTION Parameters 20BIT / 24BIT Initial value 20BIT 9.2.3 Adjusting the Timing To adjust the timing of the silence output relative to the reference signal in the range of ±1AES/EBU frame, follow the procedure below.

  • Page 105: Setting The Word-Clock Output

    9 AUDIO CONFIG MENU Setting the Word-clock Output Under WCLK on the AUDIO CONFIG menu, you can specify settings for the word-clock output. 9.3.1 Adjusting the Timing To adjust the timing of the word-clock output relative to the reference signal in the range of ±1AES/EBU frame, follow the procedure below.

  • Page 106: Ltc Config Menu

    10 LTC CONFIG MENU LTC CONFIG MENU The LTC CONFIG menu is used to specify settings related to LTC output. To display the LTC CONFIG menu, press CONFIG several times until the following menu appears. On the LTC CONFIG menu, you can specify settings for LTC1 to LTC3 individually. The procedure below is for LTC1, but the same procedure can also be applied to LTC2 and LTC3.

  • Page 107: Adjusting The Timing (Frame)

    10 LTC CONFIG MENU 10.3 Adjusting the Timing (Frame) To adjust the timing of the LTC output relative to the reference signal at the frame level, follow the procedure below. Procedure LTC CONFIG > LTC OUTPUT > LTC1 > TIMING > FRAME Parameters ±29 [FRAME] (when the LTC format is set to 30 fps or 29.97 fps) ±24 [FRAME] (when the LTC format is set to 25 fps)

  • Page 108: Setting Dropped Frames

    10 LTC CONFIG MENU 10.6 Setting Dropped Frames To select the dropped frame setting, follow the procedure below. This setting is valid when the frame frequency of the LTC output is set to 29.97. Procedure LTC CONFIG > LTC OUTPUT > LTC1 > DROP FRAME Parameters Dropped frame time code is used.

  • Page 109: Cw/1Pps Config Menu

    11 CW/1PPS CONFIG MENU CW/1PPS CONFIG MENU The CW/1PPS CONFIG menu is used to specify settings related to the 10MHz CW output and the 1PPS output. To display the CW/1PPS CONFIG menu, press CONFIG several times until the following menu appears.

  • Page 110: Sdi Config Menu (Ser02/Ser04)

    12 SDI CONFIG MENU (SER02/SER04) SDI CONFIG MENU (SER02/SER04) The SDI CONFIG menu is used to specify settings related to SDI output. To display the SDI CONFIG menu, press CONFIG several times until the following menu appears. On the SDI CONFIG menu, you can specify settings for SDI1 to SDI4 individually. The procedure below is for SDI1, but the same procedure can also be applied to SDI2 to SDI4.

  • Page 111: Selecting The Frequency Group

    12 SDI CONFIG MENU (SER02/SER04) 12.1 Selecting the Frequency Group To select the frequency group that can be selected with the frame frequency of the SDI output, follow the procedure below. The settings specified here are shared among SDI1 to SDI4. Procedure SDI CONFIG >...

  • Page 112: Setting The Sdi Format

    12 SDI CONFIG MENU (SER02/SER04) 12.2 Setting the SDI Format Under FORMAT on the SDI1 menu, you can specify settings for the SDI output format. For the available combinations of "SYSTEM", "STRUCTURE", "RATE", see "3.3.3 LT4670- SER02/SER04/SER21 (SDI)". 12.2.1 Selecting the System To select the system of the SDI output, follow the procedure below.

  • Page 113: Selecting The Color System

    12 SDI CONFIG MENU (SER02/SER04) 12.2.2 Selecting the Color System To select the color system and the quantization accuracy of the SDI output, follow the procedure below. Changing this setting also changes the RATE settings. Procedure SDI CONFIG > SDI1 > FORMAT > STRUCTURE Parameters 422(YCbCr)10-bit / 422(YCbCr)12-bit / 444(RGB)10-bit / 444(RGB)12-bit Initial value...

  • Page 114: Configuring Timing Data

    SDI CONFIG > SDI1 > TIMING > 0H TIMING Parameters SERIAL: Signals are output at the timing defined in the signal standard. LEGACY: Signals are output at the same timing as LEADER's conventional signal generators. Initial value SERIAL 12.3.2 Adjusting the Timing (Line) To adjust the timing of the SDI output relative to the reference signal at the line level, follow the procedure below.

  • Page 115: Adjusting The Timing (Dot)

    12 SDI CONFIG MENU (SER02/SER04) 12.3.3 Adjusting the Timing (Dot) To adjust the timing of the SDI output relative to the reference signal at the dot level, follow the procedure below. At the lower right of the screen, the value in dots converted to time is displayed.
  • Page 116 12 SDI CONFIG MENU (SER02/SER04) The selectable patterns depend on the SDI format as shown below. (○: Selectable, ×: Not selectable) Table 12-2 | FIX PATTERN Pattern SDI Format Other Than 720x487 SD 720x576 SD Those on the Right COLOR BAR 100% ○...
  • Page 117 12 SDI CONFIG MENU (SER02/SER04) FLAT FIELD 100% FLAT FIELD 50% FLAT FIELD 0% RED FIELD 100% GREEN FIELD 100% BLUE FIELD 100% CHECK FIELD Figure 12-1 | Selecting the pattern...

  • Page 118: Configuring User Patterns

    12 SDI CONFIG MENU (SER02/SER04) 12.5 Configuring User Patterns There are two types of SDI output patterns: internal fixed patterns within the instrument and user patterns, which display images that the user prepares. This section describes user patterns. 12.5.1 Displaying a User Pattern Here is an overview of the procedure from preparing a user pattern to displaying it.
  • Page 119 Prepare an image in bitmap format or TIFF format according to the following conditions. Select one of the image sizes according to the output SDI format. Here, as an example, a user pattern is prepared with the file name "leader.bmp" and an image size of "1920x1080".
  • Page 120 For each image size, you can copy up to four user patterns (INT1 to INT4) to the instrument. The user pattern copies will be common to SDI1 to SDI4. Here, as an example, "leader.bmp" is copied from a USB memory device to "INT1" on the instrument.
  • Page 121 12 SDI CONFIG MENU (SER02/SER04) 5. On the PATTERN SELECT menu, select the user pattern. From "SDI CONFIG > SDI1 > PATTERN > PATTERN SELECT > USER PATTERN", select INT1. Here, user patterns appear according to the current image size. If user patterns do not appear, select 1920x1080 from "SDI CONFIG >...

  • Page 122: Selecting And Transferring A User Pattern

    12 SDI CONFIG MENU (SER02/SER04) 12.5.2 Selecting and Transferring a User Pattern To display a user pattern, the user pattern, stored on the LT4670 storage memory, must be transferred to the LT4670 display memory. To select and transfer a user pattern, follow the procedure below. The user pattern must be copied to INT1 to INT4 in advance using the COPY USB→INT menu.

  • Page 123: Clearing A User Pattern

    12 SDI CONFIG MENU (SER02/SER04) 4. Set POWER ON LOAD. When you select either option, the user pattern appears. If you select YES, the pattern will be transferred to the LT4670 display memory when you restart the instrument. This eliminates the need to transfer the user pattern each time you turn the instrument on and off, but may take extra time when you turn on the power.

  • Page 124: Copying A User Pattern From A Usb Memory Device To The Instrument

    12 SDI CONFIG MENU (SER02/SER04) 12.5.4 Copying a User Pattern from a USB Memory Device to the Instrument To copy up to four user patterns, for each image size, from a USB memory device to the LT4670 storage memory, follow the procedure below. The user pattern copies will be common to SDI1 to SDI4.
  • Page 125 12 SDI CONFIG MENU (SER02/SER04) 6. Select the HDR standard. Unspc represents undefined. When you select the HDR standard, the user pattern is copied to the LT4670 storage memory. ● USB Memory Device Structure User patterns are copied from the image size folder of the USB memory device. To prepare a user pattern, set the image size as follows: ■...

  • Page 126: Copying A User Pattern From The Instrument To A Usb Memory Device

    12 SDI CONFIG MENU (SER02/SER04) 12.5.5 Copying a User Pattern from the Instrument to a USB Memory Device To copy a user pattern from the LT4670 storage memory to a USB memory device, follow the procedure below. (Copy the user pattern to the instrument in advance using the COPY USB→INT menu.) This menu appears only for SDI1 when a USB memory device is connected.
  • Page 127 12 SDI CONFIG MENU (SER02/SER04) ● USB Memory Device Structure User patterns are copied to the image size folder of the USB memory device. ■ USB memory device ┗ ■ LT4670_USER ┗ ■ USER_PATTERN ┣ ■ 720_487 ┃ ┣ ■ ****.tif ....720×487 tif file ┃...

  • Page 128: Turning Ycbcr/Gbr On And Off

    12 SDI CONFIG MENU (SER02/SER04) 12.6 Turning YCbCr/GBR On and Off To turn individual components in a YCbCr or GBR signal on and off, follow the procedure below. This is invalid when the pattern is check field. Procedure SDI CONFIG > SDI1 > VIDEO > COMPONENT Parameters ON / OFF Initial value...

  • Page 129: Configuring The Pattern Scroll Feature

    12 SDI CONFIG MENU (SER02/SER04) 12.8 Configuring the Pattern Scroll Feature Under SCROLL on the VIDEO menu, you can configure the pattern scroll feature. This is invalid when the pattern is check field. 12.8.1 Turning Scrolling On and Off To turn scrolling on and off, follow the procedure shown below. Procedure SDI CONFIG >...

  • Page 130: Setting The Scroll Speed (Horizontal)

    12 SDI CONFIG MENU (SER02/SER04) 12.8.3 Setting the Scroll Speed (Horizontal) To set the horizontal scroll speed and direction, follow the procedure below. The unit is dot/field (frame). Setting a positive value scrolls from left to right and a negative value from right to left.

  • Page 131: Setting The Change Interval

    12 SDI CONFIG MENU (SER02/SER04) 12.9.2 Setting the Change Interval To select the pattern change interval, follow the procedure below. Procedure SDI CONFIG > SDI1 > VIDEO > PATTERN CHANGE > SPEED Parameters +1 - +255 [SEC] Initial value +1 [SEC] 12.10 Setting ID Characters Under ID CHARACTER on the VIDEO menu, you can set ID characters.

  • Page 132: Turning Id Characters On And Off

    12 SDI CONFIG MENU (SER02/SER04) 12.10.1 Turning ID Characters On and Off To turn ID characters on and off, follow the procedure below. Procedure SDI CONFIG > SDI1 > VIDEO > ID CHARACTER > ON/OFF Parameters ON / OFF Initial value 12.10.2 Recalling ID Characters To recall and display ID characters that have been saved in the instrument using the STORE...

  • Page 133: Setting The Position Of Id Characters (Vertical)

    12 SDI CONFIG MENU (SER02/SER04) ID SET = LT4670◀ ID SET = LT4670 Figure 12-5 | Creating ID characters 12.10.4 Setting the Position of ID Characters (Vertical) To set the vertical position of ID characters, follow the procedure below. The value represents the position of the top of the ID characters. The top of the pattern is 0%. Procedure SDI CONFIG >...

  • Page 134: Selecting The Size Of Id Characters

    12 SDI CONFIG MENU (SER02/SER04) 12.10.6 Selecting the Size of ID Characters To set the size of ID characters, follow the procedure below. The size of x1 is 32×32 dot/character. Procedure SDI CONFIG > SDI1 > VIDEO > ID CHARACTER > SIZE Parameters x1 / x2 / x4 / x8 Initial value...

  • Page 135: Setting The Id Character On-Time

    12 SDI CONFIG MENU (SER02/SER04) 12.10.9 Setting the ID Character On-Time To set the on-time of ID character blinking, follow the procedure below. Procedure SDI CONFIG > SDI1 > VIDEO > ID CHARACTER > BLINK > ON TIME Parameters 1 - 9 [SEC] Initial value 1 [SEC] 12.10.10 Setting the ID Character Off-Time...

  • Page 136: 12.10.12 Setting Id Character Scroll Speed

    12 SDI CONFIG MENU (SER02/SER04) 12.10.12 Setting ID Character Scroll Speed To set the ID character scroll speed and direction, follow the procedure below. The unit is dot/field (frame). Setting a positive value scrolls from left to right and a negative value from right to left.

  • Page 137: 12.10.14 Saving Id Characters

    12 SDI CONFIG MENU (SER02/SER04) 12.10.14 Saving ID Characters To store up to four sets of ID characters that you create on the SET menu, follow the procedure below. Only the characters are saved. Position, size, and the like are not saved. Procedure SDI CONFIG >...

  • Page 138: 12.10.15 Copying Id Characters From A Usb Memory Device To The Instrument

    12 SDI CONFIG MENU (SER02/SER04) 12.10.15 Copying ID Characters from a USB Memory Device to the Instrument To copy up to four sets of ID characters from a USB memory device to the instrument, follow the procedure below. This feature is useful when you want to use multiple instruments with the same settings.

  • Page 139: 12.10.16 Copying Id Characters From The Instrument To A Usb Memory Device

    12 SDI CONFIG MENU (SER02/SER04) 12.10.16 Copying ID Characters from the Instrument to a USB Memory Device To copy ID characters in a dedicated format (.id) from the instrument to a USB memory device, follow the procedure below. This feature is useful when you want to use multiple instruments with the same settings.

  • Page 140: Setting Logos

    This section describes the procedure for preparing a logo to displaying it in a pattern. 1. Create a logo. Create an image in bitmap format according to the following conditions. Here, as an example, a logo is created with the file name "leader.bmp". File name: Up to 64 alphanumeric characters or underscore File format: 24-bit bitmap format (.bmp)
  • Page 141 You can copy up to four logos (INT1 to INT4) to the instrument. The logo copies will be common to SDI1 to SDI4. Here, as an example, "leader.bmp" is copied from a USB memory device to "INT1" on the instrument.

  • Page 142: Turning The Logo On And Off

    12 SDI CONFIG MENU (SER02/SER04) 12.11.2 Turning the Logo On and Off To turn the logo on and off, follow the procedure below. Procedure SDI CONFIG > SDI1 > VIDEO > LOGO > ON/OFF Parameters ON / OFF Initial value 12.11.3 Selecting a Logo To select the logo to be displayed, follow the procedure below.
  • Page 143 12 SDI CONFIG MENU (SER02/SER04) 12.11.5 Setting the Logo Position (Horizontal) To set the logo position in the horizontal direction, follow the procedure below. The value represents the position of the left end of the logo. The left end of the pattern is 0%. Procedure SDI CONFIG >...
  • Page 144 12 SDI CONFIG MENU (SER02/SER04) LEVEL = 16 (portions at or below the LEVEL = 128 (portions at or below the luminance level of 16 are made transparent) luminance level of 128 are made transparent) Figure 12-8 | Setting the logo transparency level 12.11.8 Copying Logos from a USB Memory Device to the Instrument To copy up to four logos from a USB memory device to the instrument, follow the procedure...
  • Page 145 12 SDI CONFIG MENU (SER02/SER04) 12.11.9 Copying a Logo from the Instrument to a USB Memory Device To copy a logo in bmp format from the instrument to a USB memory device, follow the procedure below. (Copy the logo to the instrument in advance using the COPY USB→INT menu.) This menu appears only for SDI1 when a USB memory device is connected.
  • Page 146 12 SDI CONFIG MENU (SER02/SER04) 12.11.10 Clearing a Logo To clear a logo stored in the instrument, follow the procedure below. This menu appears only for SDI1. Procedure SDI CONFIG > SDI1 > VIDEO > LOGO > DELETE To clear logos, follow the procedure below. 1.
  • Page 147 12 SDI CONFIG MENU (SER02/SER04) 12.12 Setting the Moving Box Under MOVING BOX on the VIDEO menu, you can set the moving box. This is invalid when the pattern is check field. Figure 12-9 | Setting the moving box 12.12.1 Turning the Moving Box On and Off To turn moving box on and off, follow the procedure below.
  • Page 148 12 SDI CONFIG MENU (SER02/SER04) 12.12.2 Selecting the Moving Box Color To select the moving box color, follow the procedure below. Procedure SDI CONFIG > SDI1 > VIDEO > MOVING BOX > BOX COLOR Parameters WHITE / YELLOW / CYAN / GREEN / BLUE / RED / MAGENTA / BLACK Initial value WHITE 12.12.3...
  • Page 149 12 SDI CONFIG MENU (SER02/SER04) 12.12.5 Selecting the Moving Box Height To select the moving box height, follow the procedure below. The larger the value, the larger the size. Procedure SDI CONFIG > SDI1 > VIDEO > MOVING BOX > V-SIZE Parameters SIZE1 / SIZE2 / SIZE3 / SIZE4 / SIZE5 Initial value...
  • Page 150 12 SDI CONFIG MENU (SER02/SER04) 12.13 Setting a Circle Under CIRCLE on the VIDEO menu, you can set a circle. This is invalid when the pattern is check field. Figure 12-10 | Setting a circle 12.13.1 Turning the Circle On and Off To turn the circle on and off, follow the procedure below.
  • Page 151 12 SDI CONFIG MENU (SER02/SER04) 12.13.2 Selecting the Circle Level To set the intensity level of the circle, follow the procedure below. Procedure SDI CONFIG > SDI1 > VIDEO > CIRCLE > LEVEL Parameters 100% / 75% Initial value 100% 12.13.3 Selecting the Circle Size To select the circle size, follow the procedure below.
  • Page 152 12 SDI CONFIG MENU (SER02/SER04) 12.13.5 Setting the Circle Blinking On-Time To set the circle blinking on-time, follow the procedure below. Procedure SDI CONFIG > SDI1 > VIDEO > CIRCLE > BLINK > ON TIME Parameters 1 - 9 [SEC] Initial value 1 [SEC] 12.13.6...
  • Page 153 12 SDI CONFIG MENU (SER02/SER04) 12.14 Setting the Time Code Under TIMECODE on the VIDEO menu, you can set the time code. This is invalid when the pattern is check field. Figure 12-11 | Setting the time code 12.14.1 Turning the Time Code On and Off Turn the time code on and off, follow the procedure below.
  • Page 154 12 SDI CONFIG MENU (SER02/SER04) 12.14.2 Setting the Time Code Position (Vertical) To set the vertical time code position, follow the procedure below. The value represents the position of the top of the time code. The top of the pattern is 0%. Procedure SDI CONFIG >...
  • Page 155 12 SDI CONFIG MENU (SER02/SER04) 12.14.5 Selecting the Time Code Level To select the time code intensity level, follow the procedure below. Procedure SDI CONFIG > SDI1 > VIDEO > TIMECODE > LEVEL Parameters 100% / 75% Initial value 100% 12.14.6 Turning Time Code Background Transparency On and Off To select whether to make the time code background transparent, follow the procedure below.
  • Page 156 12 SDI CONFIG MENU (SER02/SER04) 12.15 Turning Lip Sync On and Off To turn lip sync pattern on and off, follow the procedure below. When it is turned on, the instrument outputs lip sync patterns. Combining these with our lip- sync-compatible waveform monitor makes it possible to measure the offset between the video signal and the audio signal that occurs in the transfer route for each channel.
  • Page 157 12 SDI CONFIG MENU (SER02/SER04) A lip sync pattern is divided into three areas. From the top, they are the pattern, raster, and scale areas. Audio is turned on or muted in sync with the image signal. Figure 12-13 | Lip sync pattern Pattern The pattern selected from "PATTERN"...
  • Page 158 12 SDI CONFIG MENU (SER02/SER04) 12.16 Configuring Embedded Audio Under EMBEDDED AUDIO on the SDI1 menu, you can configure embedded audio. 16 audio channels can be embedded in the SDI output. (Embedding is not possible when the pattern is a check field.) Channels 1 to 4, 5 to 8, 9 to 12, and 13 to 16 are called groups 1, 2, 3, and 4, respectively.
  • Page 159 12 SDI CONFIG MENU (SER02/SER04) 12.16.1 Turning the Audio On and Off To turn the audio on or off at the group level, follow the procedure below. Procedure SDI CONFIG > SDI1 > EMBEDDED AUDIO > ON/OFF Parameters ON / OFF Initial value 12.16.2 Selecting the Resolution...
  • Page 160 12 SDI CONFIG MENU (SER02/SER04) 12.16.4 Selecting the Frequency To select the frequency of the selected channel, follow the procedure below. Procedure SDI CONFIG > SDI1 > EMBEDDED AUDIO > G1 - 4 > CH1 - 16 > FREQ Parameters SILENCE / 400Hz / 800Hz / 1kHz Initial value 1kHz...
  • Page 161 12 SDI CONFIG MENU (SER02/SER04) 12.16.7 Settings Shared by Channels To specify the settings for CH2 (frequency, level, and click sound) to be the same as those for CH1, select ON by following the procedure below. In this case, you cannot specify the settings for CH2.
  • Page 162 12 SDI CONFIG MENU (SER02/SER04) 12.17 Setting Ancillary Data Under ANC on the SDI1 menu, you can set ancillary data. 12.17.1 Turning the LTC Signals On and Off To turn LTC insertion on and off, follow the procedure below. Procedure SDI CONFIG >...
  • Page 163 12 SDI CONFIG MENU (SER02/SER04) 12.17.3 Setting Dropped Frames To select the dropped frame setting, follow the procedure below. This setting is valid when the frame frequency of the SDI output is set to 59.94 or 29.97. Procedure SDI CONFIG > SDI1 > ANC > DROP FRAME Parameters Dropped frame time code is used.
  • Page 164 12 SDI CONFIG MENU (SER02/SER04) 12.18.2 Turning BMCA Linkage On and Off (SER03) If you set ENABLE in the procedure below, the SDI output is stopped in linkage with BMCA of the selected PTP. Once the SDI output is stopped, this menu and the OUTPUT menu are both changed to DISABLE.

  • Page 165: Ptp Config Menu (Ser03)

    13.1 PTP Leader and PTP Follower PTP involves cases in which this instrument is used as a leader and cases in which it is used as a follower. These operation modes can be set individually for PTP1 and PTP2. The operation modes are determined by the REFERENCE SOURCE and TIME SOURCE settings in the REFERENCE CONFIG menu, as shown below.

  • Page 166: Configuring Bmca

    13 PTP CONFIG MENU (SER03) 13.2.2 Configuring BMCA To select whether to enable BMCA, follow the procedure below. Procedure PTP CONFIG > PTP1 > BMCA > BMCA SETUP Parameters ENABLE: BMCA is enabled. ENABLE ONLY ONCE: BMCA is enabled only once. DISABLE: BMCA is disabled.

  • Page 167: Profile Default Settings

    13 PTP CONFIG MENU (SER03) 13.2.5 Profile Default Settings To set the default values of the selected profile, press the ENTER key by following the procedure below. Procedure PTP CONFIG > PTP1 > DETAIL SETTING > PROFILE SET DEFAULT 13.2.6 Setting the Domain To set the domain number, follow the procedure below.

  • Page 168: Setting The Announce Message Transmission Interval

    13 PTP CONFIG MENU (SER03) 13.2.8 Setting the Announce Message Transmission Interval To select the announce message transmission interval, follow the procedure below. This menu item is not displayed when COMMUNICATION MODE is set to UNICAST. Procedure PTP CONFIG > PTP1 > DETAIL SETTING > ANNOUNCE INTERVAL Parameters 0.125s / 0.25s / 0.5s / 1s / 2s (when PROFILE TYPE is set to ST2059) 1s / 2s / 4s / 8s / 16s (when PROFILE TYPE is set to AES67)

  • Page 169: Setting The Announce Timeout

    PTP CONFIG > PTP1 > DETAIL SETTING > ANNOUNCE TIMEOUT Parameters 2 - 10 Initial value 13.2.11 Setting Priority 1 To set priority 1 of the leader, follow the procedure below. Procedure PTP CONFIG > PTP1 > DETAIL SETTING > PRIORITY1 Parameters 0 - 255 Initial value 13.2.12...

  • Page 170: Selecting The Step

    13 PTP CONFIG MENU (SER03) 13.2.13 Selecting the Step To select the step, follow the procedure below. Procedure PTP CONFIG > PTP1 > DETAIL SETTING > STEP Parameters ONE STEP: A timestamp is sent with a sync message. TWO STEP: A timestamp is sent with a follow-up message, apart from a sync message.

  • Page 171: Setting The Color Frame Id

    13 PTP CONFIG MENU (SER03) 13.2.16 Setting the Color Frame ID When PROFILE TYPE is set to ST2059, to select whether to enable the color frame ID, follow the procedure below. Procedure PTP CONFIG > PTP1 > DETAIL SETTING > ST2059 > COLOR FRAME ID Parameters ENABLE / DISABLE Initial value...

  • Page 172: Setting The Ptp Follower

    13 PTP CONFIG MENU (SER03) 13.3 Setting the PTP Follower 13.3.1 Selecting the Mode The mode is fixed to PTP follower, and you cannot change it. Procedure PTP CONFIG > PTP1 > MODE Parameters FOLLOWER 13.3.2 Selecting the Profile To select the profile, follow the procedure below. Procedure PTP CONFIG >...

  • Page 173: Setting The Domain

    13 PTP CONFIG MENU (SER03) 13.3.4 Setting the Domain To set the domain number, follow the procedure below. Procedure PTP CONFIG > PTP1 > DETAIL SETTING > DOMAIN Parameters 0 to 127 (when PROFILE TYPE is set to ST2059) 0 to 255 (when PROFILE TYPE is set to AES67 or GENERAL) Initial value 127 (when PTP1 is to be configured and PROFILE TYPE is set to ST2059) 0 (when PROFILE TYPE is set to AES67 or GENERAL)

  • Page 174: Selecting The Desired Announce Message Transmission Interval

    Selecting the Desired Announce Message Transmission Interval When COMMUNICATION MODE is set to UNICAST, to select the interval at which you want the announce message to be transmitted to the destination leader, follow the procedure below. Select an interval shorter than ANNOUNCE REQD INT.

  • Page 175: Selecting The Desired Sync Message Transmission Interval

    Selecting the Desired Sync Message Transmission Interval When COMMUNICATION MODE is set to UNICAST, to select the interval at which you want the sync message to be transmitted to the destination leader, follow the procedure below. Select an interval shorter than SYNC REQD INT.

  • Page 176: Selecting The Delay Message Transmission Interval

    Selecting the Desired Delay Message Transmission Interval When COMMUNICATION MODE is set to MIXED SMPTE or UNICAST, to select the interval at which you want the delay message to be transmitted to the connection leader, follow the procedure below. Procedure PTP CONFIG >...

  • Page 177: Selecting The Delay Message Reception Interval

    To set the number of announce messages used to judge whether a timeout occurs, follow the procedure below. If the specified number of messages are not received consecutively at the interval specified by the leader, a timeout occurs. Procedure PTP CONFIG > PTP1 > DETAIL SETTING > ANNOUNCE TIMEOUT...

  • Page 178: Selecting The Propagation Time Measurement Method

    Setting the IP Address When COMMUNICATION MODE is set to MIXED SMPTE w/o NE or UNICAST, to set the IP address of the leader to connect to, follow the procedure below. Procedure PTP CONFIG > PTP1 > DETAIL SETTING > AMT CONFIGURATION >...

  • Page 179: Ip Config Menu (Ser04)

    14 IP CONFIG MENU (SER04) IP CONFIG MENU (SER04) The IP CONFIG menu is used to specify settings related to IP output. To display the IP CONFIG menu, press CONFIG several times until the following menu appears. For IP outputs, the patterns specified on the SDI CONFIG menu are output. For details of output patterns, see "12 SDI CONFIG MENU (SER02/SER04)".

  • Page 180: Turning The Ip Output On And Off

    14 IP CONFIG MENU (SER04) 14.3 Turning the IP Output On and Off To turn the IP output on and off, follow the procedure below. When REDUNDANCY MODE is set to ON, you cannot specify settings for IP2. It follows the settings for IP1.

  • Page 181: Configuring Vlan

    14 IP CONFIG MENU (SER04) 14.5 Configuring VLAN 14.5.1 Turning the VLAN Signals On and Off To turn the video, audio, and ANC VLANs (Virtual Local Area Networks) on and off, follow the procedure below. When REDUNDANCY MODE is set to ON, you cannot specify settings for IP2. It follows the settings for IP1.

  • Page 182: Configuring Dscp

    14 IP CONFIG MENU (SER04) Procedure IP CONFIG > IP1 / IP2 > STREAM SETTING > STREAM1 / STREAM2 > VIDEO / AUDIO / ANC > VLAN > VLAN TAG Parameters 1 - 4094 Initial value 14.6 Configuring DSCP 14.6.1 Turning the DSCP On and Off To turn the video, audio, and ANC DSCPs (Differentiated Services Code Points) on and off, follow the procedure below.

  • Page 183: Setting The Dscp Tags

    14 IP CONFIG MENU (SER04) 14.6.2 Setting the DSCP Tags To set the video, audio, and ANC DSCP (Differentiated Services Code Point) tags, follow the procedure below. When REDUNDANCY MODE is set to ON, you cannot specify settings for IP2. It follows the settings for IP1.

  • Page 184: Setting The Destination Port Numbers

    14 IP CONFIG MENU (SER04) Initial value 239.000.000.001 (IP1 / STREAM1 / VIDEO) 239.000.000.002 (IP1 / STREAM2 / VIDEO) 239.000.000.003 (IP2 / STREAM1 / VIDEO) 239.000.000.004 (IP2 / STREAM2 / VIDEO) 239.000.002.001 (IP1 / STREAM1 / AUDIO) 239.000.002.002 (IP1 / STREAM2 / AUDIO) 239.000.002.003 (IP2 / STREAM1 / AUDIO) 239.000.002.004 (IP2 / STREAM2 / AUDIO) 239.000.003.001 (IP1 / STREAM1 / ANC)

  • Page 185: Selecting The Audio Standard

    14 IP CONFIG MENU (SER04) 14.9 Selecting the Audio Standard When TYPE is set to ST2110, to select the audio output standard, follow the procedure below. When REDUNDANCY MODE is set to ON, you cannot specify settings for IP2. It follows the settings for IP1.

  • Page 186: System Config Menu

    15 SYSTEM CONFIG MENU SYSTEM CONFIG MENU The SYSTEM CONFIG menu is used to specify settings related to the instrument. To display the SYSTEM CONFIG menu, press CONFIG several times until the following menu appears. These settings are not stored to presets. 15.1 Setting the Backlight To set the backlight, follow the procedure below.

  • Page 187: Recalling Presets

    15 SYSTEM CONFIG MENU 15.2.1 Recalling Presets To recall a preset that has been stored with the STORE menu, follow the procedure below. Procedure SYSTEM CONFIG > PRESET > RECALL To recall a preset, follow the procedure below. 1. Select a preset number. Select a number from NUMBER 0 to NUMBER 9.

  • Page 188: Adding A Comment

    15 SYSTEM CONFIG MENU 15.2.3 Adding a Comment To add a comment to a preset stored with the STORE menu, follow the procedure below. The comment added here can be displayed when you recall the preset with the RECALL menu or when you copy it from the instrument to a USB memory device.

  • Page 189: Copying Presets From A Usb Memory Device To The Instrument

    15 SYSTEM CONFIG MENU 15.2.5 Copying Presets from a USB Memory Device to the Instrument To copy presets from a USB memory device to the instrument, follow the procedure below. This feature is useful when you want to use multiple instruments with the same settings. (Copy the presets to the USB memory device in advance by using the COPY INT→USB menu.) If there is already a preset stored in the instrument, it will be overwritten.

  • Page 190: Copying Presets From The Instrument To A Usb Memory Device

    15 SYSTEM CONFIG MENU 15.2.6 Copying Presets from the Instrument to a USB Memory Device To copy presets in a dedicated format (.PRE) from the instrument to a USB memory device, follow the procedure below. This feature is useful when you want to use multiple instruments with the same settings.

  • Page 191: Clearing Presets

    15 SYSTEM CONFIG MENU 15.2.7 Clearing Presets To clear presets stored in the instrument, follow the procedure below. Procedure SYSTEM CONFIG > PRESET > DELETE To clear a preset, follow the procedure below. 1. Select the preset to clear. Select ALL or a number from NUMBER 0 to NUMBER 9. 2.

  • Page 192: Setting The Ip Address

    15 SYSTEM CONFIG MENU 15.3.2 Setting the IP Address To set the IP address, follow the procedure below. Procedure SYSTEM CONFIG > NETWORK > ETHERNET > IP ADDRESS Parameters 000.000.000.000 - 255.255.255.255 Initial value 192.168.000.001 15.3.3 Setting the Subnet Mask To set the subnet mask, follow the procedure below.

  • Page 193: Configuring Snmp

    15 SYSTEM CONFIG MENU 15.3.5 Configuring SNMP To select whether to enable or disable the SNMP function and select which version to support, follow the procedure below. Procedure SYSTEM CONFIG > NETWORK > SNMP > SNMP SETUP Parameters DISABLE: The SNMP function is disabled. V2C: The SNMP function is enabled and V2C is supported.

  • Page 194: Setting The Ip Addresses Of The Snmp Trap Transmission Destinations

    15 SYSTEM CONFIG MENU 15.3.8 Setting the IP Addresses of the SNMP Trap Transmission Destinations To set the IP addresses of the four SNMP trap transmission destinations, follow the procedure below. Procedure SYSTEM CONFIG > NETWORK > SNMP > SNMP MANAGER IP 1 - SNMP MANAGER IP 4 Parameters 000.000.000.000 - 255.255.255.255 Initial value...

  • Page 195: Setting The Snmp Community Names

    15 SYSTEM CONFIG MENU 15.3.10 Setting the SNMP Community Names When SNMP SETUP is V2C, to change each SNMP community name, follow the procedure below. You can enter up to 15 characters. Enter ◀ to clear the characters that follow it. In this case, ◀ is not included in the community name.

  • Page 196: Configuring Http

    15 SYSTEM CONFIG MENU 15.3.12 Configuring HTTP To select whether to enable the HTTP function, follow the procedure below. Procedure SYSTEM CONFIG > NETWORK > HTTP > HTTP SETUP Parameters ENABLE / DISABLE Initial value DISABLE 15.3.13 Configuring the Web Browser To select whether to enable the Web browser function, follow the procedure below.

  • Page 197: Setting The Ntp Server

    15 SYSTEM CONFIG MENU 15.3.15 Setting the NTP Server To set the NTP server address, follow the procedure below. Procedure SYSTEM CONFIG > NETWORK > NTP > NTP SERVER ADDRESS Parameters 000.000.000.000 - 255.255.255.255 Initial value 000.000.000.000...

  • Page 198: Setting The Time

    15 SYSTEM CONFIG MENU 15.4 Setting the Time Under TIME MANAGEMENT on the SYSTEM CONFIG menu, you can set the time. 15.4.1 Setting the Date and Time When TIME SOURCE on the REFERENCE CONFIG menu is set to INTERNAL, to set the internal date and time of the instrument, follow the procedure below.

  • Page 199: Turning Jam Sync On And Off

    15 SYSTEM CONFIG MENU 15.4.3 Turning Jam Sync On and Off To turn the jam sync function on and off, follow the procedure below. When set to ON, the time code is reset once a day at the time set on the ADJUST menu. Procedure SYSTEM CONFIG >...

  • Page 200: Setting The Daylight Saving Time Start Date (Ser01)

    15 SYSTEM CONFIG MENU 15.4.6 Setting the Daylight Saving Time Start Date (SER01) When TIME SOURCE on the REFERENCE CONFIG menu is set to GNSS, to set the Daylight Saving Time start date, follow the procedure below. (You cannot set seconds.) Procedure SYSTEM CONFIG >...

  • Page 201: Setting The Leap Second (Ser01)

    15 SYSTEM CONFIG MENU 15.4.9 Setting the Leap Second (SER01) The leap second is automatically inserted to the last time of June 30 or December 31 UTC. When TIME SOURCE on the REFERENCE CONFIG menu is set to GNSS, to set the time by which to delay the time to insert the leap second, follow the procedure below.

  • Page 202: Setting The Gnss (Ser01)

    15 SYSTEM CONFIG MENU 15.5 Setting the GNSS (SER01) Under GNSS OPTION on the SYSTEM CONFIG menu, you can set the GNSS. 15.5.1 Setting the Power Supply To select the supply voltage to apply to the GNSS antenna, follow the procedure below. Select OFF to select not to supply power.
  • Page 203 15 SYSTEM CONFIG MENU 15.6 Configuring the PTP Settings (SER03) Under PTP OPTION on the SYSTEM CONFIG menu, you can specify settings related to PTP. 15.6.1 Setting the IP Address To set the IP address of the selected PTP, follow the procedure below. Procedure SYSTEM CONFIG >...
  • Page 204 15 SYSTEM CONFIG MENU 15.6.3 Setting the Gateway To set the gateway of the selected PTP, follow the procedure below. Procedure SYSTEM CONFIG > PTP OPTION > PTP1 / PTP2 > DEFAULT GATEWAY Parameters 000.000.000.000 - 255.255.255.255 Initial value 192.168.000.254 15.6.4 Configuring SFP To select the type of the SFP of the selected PTP, follow the procedure below.
  • Page 205 15 SYSTEM CONFIG MENU 15.7 Setting the IP (SER04) Under IP OPTION on the SYSTEM CONFIG menu, you can specify settings related to IP. 15.7.1 Setting the IP Address To set the IP address of the selected IP, follow the procedure below. Procedure SYSTEM CONFIG >...
  • Page 206 15 SYSTEM CONFIG MENU 15.7.3 Setting the Gateway To set the gateway of the selected IP, follow the procedure below. Procedure SYSTEM CONFIG > IP OPTION > IP1 / IP2 > DEFAULT GATEWAY Parameters 000.000.000.000 - 255.255.255.255 Initial value 192.168.000.254 15.7.4 Configuring SFP To select the type of the SFP transceiver used with the selected IP, follow the procedure below.
  • Page 207 15 SYSTEM CONFIG MENU 15.7.6 Selecting the IGMP Version To select the IGMP (Internet Group Management Protocol) version of the selected IP, follow the procedure below. Procedure SYSTEM CONFIG > IP OPTION > IP1 / IP2 > IGMP Parameters V2 / V3 / AUTO Initial value AUTO 15.8...
  • Page 208 15 SYSTEM CONFIG MENU 15.8.2 Turning the Alarm Output On and Off To turn on or off the alarm output from the selected connector, follow the procedure below. If any of the alarms that are enabled occurs, an alarm is output. Procedure SYSTEM CONFIG >...
  • Page 209 15 SYSTEM CONFIG MENU 15.9 Configuring the Log Under LOG on the SYSTEM CONFIG menu, you can display and configure the log. A log is an automatic recording of the status of the instrument or errors that have occurred in the instrument in chronological order.
  • Page 210 15 SYSTEM CONFIG MENU ● Log Example 000:2023/06/23 05:13:05 ALM(UNIT POWER2) 001:2023/06/23 05:13:05 ALM(FAN POWER2) 002:2023/06/23 05:13:42 REF SRC(NO SIGNAL) 003:2023/06/23 05:14:00 REF SRC(LOCK) 004:2023/06/23 05:14:14 1PPS CAPTCHA 005:2023/06/23 05:14:16 TIME CAPTCHA 006:2023/06/23 05:17:46 REFERENCE:REFERENCE_SOURCE[GL FMT-AUTO] 007:2023/06/23 05:17:46 REF SRC(TRACKING) 008:2023/06/23 05:17:53 REF SRC(LOCK)[NTSC BB] 15.9.3 Clearing the Log...
  • Page 211 15 SYSTEM CONFIG MENU 15.10.1 Initializing the Settings To initialize the settings except for some settings, select OK by following the procedure below. Procedure SYSTEM CONFIG > INITIALIZE > CLEAR SETTING 15.10.2 Factory Default Initialization To initialize the settings to the factory default settings, select OK by following the procedure below.
  • Page 212 15 SYSTEM CONFIG MENU 15.11 Viewing and Adding Software Options Under LICENSE INFO. on the SYSTEM CONFIG menu, you can view and add software options. 15.11.1 Viewing Software Options To view the software options that have been added, follow the procedure below. Only the software options that have been added are displayed.
  • Page 213 15 SYSTEM CONFIG MENU 15.12 Configuring USB To select whether to enable the USB function on the front panel, follow the procedure below. Procedure SYSTEM CONFIG >USB DEVICE Parameters ENABLE / DISABLE Initial value ENABLE 15.13 Turning the Fans On and Off To turn each of the fans of the front and rear fan units, follow the procedure below.
  • Page 214 15 SYSTEM CONFIG MENU 15.14 Copying the System Settings Under SYSTEM COPY on the SYSTEM CONFIG menu, you can copy system settings. This feature is useful when you want to use multiple instruments with the same settings. The system settings include the following: ・Settings of the SYSTEM CONFIG menu ・Preset (0 - 9) ・ID character (INT1 - INT4)
  • Page 215 15 SYSTEM CONFIG MENU 15.14.2 Copying System Settings from the Instrument to a USB Memory Device To copy system settings from the instrument to a USB memory device, select OK by following the procedure below. Procedure SYSTEM CONFIG > SYSTEM COPY > COPY INT→USB ●...
  • Page 216 16 STATUS MENU STATUS MENU The STATUS menu shows the instrument status. To display the STATUS menu, press the STATUS key. 16.1 ALARM Menu ALARM on the STATUS menu shows the details of the alarms that have occurred. To display the ALARM menu, press STATUS several times until the following menu appears. If no alarms have occurred, the ALARM menu itself is not displayed.
  • Page 217 When REFERENCE SOURCE is set to PTP, the [ P T P 1 L E A D E R 　 I D ] ID of the locked leader is displayed. (SER03) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0...
  • Page 218 If the time cannot be acquired, "----------" is displayed. When PTP1 MODE on the PTP CONFIG menu is set to ENABLE LEADER, the output status is displayed. (SER03) When PTP2 MODE on the PTP CONFIG menu is [ P T P 　 O U T P U T ] P T P 2...
  • Page 219 16 STATUS MENU 16.3 CONFIG Menu CONFIG on the STATUS menu shows the instrument settings. To display the CONFIG menu, press STATUS several times until the following menu appears. 16.3.1 REFERENCE Menu REFERENCE on the CONFIG menu shows settings related to the reference signal that have been specified on the REFERENCE CONFIG menu.
  • Page 220 16 STATUS MENU 16.3.2 BLACK Menu BLACK on the CONFIG menu shows settings related to the black output that have been specified on the BLACK CONFIG menu. Table 16-4 | BLACK menu Item Description The BLACK1 format selected with FORMAT is [ B L A C K 1 F O R M A T ] displayed.
  • Page 221 16 STATUS MENU Table 16-6 | SDI menu Item Description The SDI1 format that has been set with FORMAT is displayed. The same holds true for SDI2 to SDI4. The SDI1 timing that has been set with VERTICAL and HORIZONTAL is displayed. The same holds true for SDI2 to SDI4.
  • Page 222 16 STATUS MENU 16.3.6 IP/SDI menu (SER04) IP/SDI on the CONFIG menu shows settings related to the SDI option that have been specified on the SDI CONFIG menu, as well as settings related to the IP option that have been specified on the IP CONFIG menu.
  • Page 223 16 STATUS MENU Item Description The IP1/ST1/video destination port number specified with DESTINATION PORT is displayed. The same holds true for IP1/ST2, IP2/ST1, and IP2/ST2. The IP1/ST1/audio standard selected with MODE is displayed. The same holds true for IP1/ST2, IP2/ST1, and IP2/ST2.
  • Page 224 16 STATUS MENU 16.3.7 SYSTEM Menu SYSTEM on the CONFIG menu shows the instrument settings. Table 16-9 | SYSTEM menu Item Description The firmware version is displayed. [ F I R M W A R E V E R S I O N ] 1 .
  • Page 225 16 STATUS MENU 16.4 LOG Menu LOG on the STATUS menu is used to display and clear the log. To display the LOG menu, press STATUS several times until the following menu appears. 16.4.1 Viewing the Log To view the log, follow the procedure below. Press the ▲...
  • Page 226 SNMP managers. The Ethernet features of this instrument have only been confirmed to work in a local network environment. LEADER does not guarantee that the features will work in all network environments. DHCP client and DNS resolver features are not supported.
  • Page 227 17 SNMP Choose "SYSTEM CONFIG > NETWORK > SNMP > SNMP SETUP", and set "V2C" for "SNMP SETUP". 3. Enable the trap transmission destinations to use with the LT4670. Choose "SYSTEM CONFIG > NETWORK > SNMP > SNMP TRAP 1 - SNMP TRAP 4", and set "ENABLE".
  • Page 228 "USB memory device > LT4670_USER > MIB". Enterprise number Leader’s enterprise number is 20111. iso(1).org(3).dod(6).internet(1).private(4).enterprises(1).leader(20111) MIB structure lt4670 OBJECT IDENTIFIER ::= { leader 44 } lt4670ST1 OBJECT IDENTIFIER ::= { lt4670 1 } l44notificationTBL OBJECT IDENTIFIER ::= { lt4670ST1 0 } l44systemTBL...
  • Page 229 17 SNMP ACCESS R/O: Read only R/W: Read and write W/O: Write only 17.4.1 l44notificationTBL Group Table 17-2 | l44notificationTBL group Access Syntax Description l44trapContentTBL Aggregate {l44notificationTBL.1} l44trapErrorTBL Aggregate {l44trapContentTBL.1} l44trapErrorFanFront Front fan unit error {l44TrapErrorTBL.1} l44trapErrorFanRear Rear fan unit error {l44TrapErrorTBL.2} l44trapErrorFanPower1 POWER1 fan error...
  • Page 230 17 SNMP Access Syntax Description l44trapNormalUnitPower1 POWER1 recovery {l44TrapNormalTBL.5} l44trapNormalUnitPower2 POWER2 recovery {l44TrapNormalTBL.6} l44trapNormalGnssAntenna GNSS antenna recovery {l44TrapNormalTBL.7} l44trapNormalIntPll Crystal recovery {l44TrapNormalTBL.9} l44trapNormalReferenceStatus Reference signal lock {l44TrapNormalTBL.10} l44trapNormalDly1Sec Time recovery {l44TrapNormalTBL.11} l44trapNormalPtp1BMCAStatus Recovery of output by BMCA of PTP1 {l44TrapNormalTBL.20} l44trapNormalPtp2BMCAStatus Recovery of output by BMCA of PTP2 {l44TrapNormalTBL.21}...
  • Page 231 17 SNMP Access Syntax Description {l44systemTBL.3} l44systemMacAddress MAC address of the instrument {l44networkEthernetTBL.1} Address xx:xx:xx:xx:xx:xx l44systemIPAddress IpAddress IP address of the instrument {l44networkEthernetTBL.2} xxx.xxx.xxx.xxx l44systemSubnet IpAddress Subnet mask of the instrument {l44networkEthernetTBL.3} xxx.xxx.xxx.xxx l44systemGeteway IpAddress Default gateway of the instrument {l44networkEthernetTBL.4} xxx.xxx.xxx.xxx l44ptpOptionTBL...
  • Page 232 17 SNMP Access Syntax Description 3 = auto l44ip2MacAddress MacAddress MAC address of IP2 {l44ipOptionTBL.8} xx:xx:xx:xx:xx:xx l44ip2IPAddress IpAddress IP address of IP2 {l44ipOptionTBL.9} xxx.xxx.xxx.xxx l44ip2Subnet IpAddress Subnet mask of IP2 {l44ipOptionTBL.10} xxx.xxx.xxx.xxx l44ip2Geteway IpAddress Default gateway of IP2 {l44ipOptionTBL.11} xxx.xxx.xxx.xxx l44ip2Speed INTEGER SFP transceiver type of IP2...
  • Page 233 14 = tracking (SER01) 15 = lock (SER01) 16 = stay (SER01) 17 = recovery (SER01) 21 = ptp-follower-aging (SER03) 22 = ptp-leader-not-found (SER03) 23 = ptp-adjust-freq (SER03) 24 = ptp-adjust-phase (SER03) 25 = tracking (SER03) 26 = lock (SER03)
  • Page 234 17 SNMP Access Syntax Description 24 = ptp-adjust-phase 25 = tracking 26 = lock 27 = stay 28 = recovery 29 = passive l44statusGenkockFormat Integer Genlock format {l44statusReferenceTBL.4} 1 = f1125-60i 2 = f1125-59p94i 3 = f1125-50i 4 = f1125-30p 5 = f1125-29p97p 6 = f1125-25p 7 = f1125-24p...
  • Page 235 Display Time source of PTP1 {l44statusPtp1TBL.3} String l44statusPtp1LeaderID Display Leader ID of PTP1 {l44statusPtp1TBL.4} String l44statusPtp1PhaseLag Display Phase difference between PTP1 and leader {l44statusPtp1TBL.5} String l44statusPtp1LockValue Display Lock strength of PTP1 {l44statusPtp1TBL.6} String l44statusPtp1PacketNoise Display Noise of PTP1 {l44statusPtp1TBL.7}...
  • Page 236 Display Time source of PTP2 {l44statusPtp2TBL.3} String l44statusPtp2LeaderID Display Leader ID of PTP2 {l44statusPtp2TBL.4} String l44statusPtp2PhaseLag Display Phase difference between PTP2 and leader {l44statusPtp2TBL.5} String l44statusPtp2LockValue Display Lock strength of PTP2 {l44statusPtp2TBL.6} String l44statusPtp2PacketNoise Display Noise of PTP2 {l44statusPtp2TBL.7}...
  • Page 237 17 SNMP Access Syntax Description 4 = cw 5 = gnss 6 = ptp1 7 = ptp2 8 = ptp1-2 l44referenceGenkockFormat Integer Genlock format {l44ReferenceTBL.2} 1 = f1125-60i 2 = f1125-59p94i 3 = f1125-50i 4 = f1125-30p 5 = f1125-29p97p 6 = f1125-25p 7 = f1125-24p 8 = f1125-23p98p...
  • Page 238 17 SNMP Access Syntax Description 6 = gps-qzss l44referenceRecoveryMode Integer Recovery mode {l44ReferenceTBL.5} 1 = auto 2 = manual l44referenceRecoveryAutoSpeed Integer Relock speed in auto mode {l44ReferenceTBL.6} 1 = immediate 2 = fast 3 = slow l44referenveRecoveryManualSpeed Integer Relock speed in manual mode {l44ReferenceTBL.7} 1 = immediate 2 = fast...
  • Page 239 17 SNMP Access Syntax Description 13 = f750-59p94p 14 = f750-50p 15 = f750-30p 16 = f750-29p97p 17 = f750-25p 18 = f750-24p 19 = f750-23p98p 20 = fNTSC-BB 21 = fNTSC-BB-REF 22 = fNTSC-BB-ID 23 = fNTSC-BB-REF-ID 24 = fNTSC-BB-S 25 = fNTSC-BB-S-R 26 = fNTSC-BB-S-ID 27 = fNTSC-BB-S-R-ID...
  • Page 240 17 SNMP Access Syntax Description {l44black1TBL.10} 1 = enable 2 = disable l44black1VitcNtsc Integer Black output 1 timecode superimposition line {l44black1TBL.11} (NTSC) 10 = vitc-ntsc-10 11 = vitc-ntsc-11 12 = vitc-ntsc-12 13 = vitc-ntsc-13 14 = vitc-ntsc-14 15 = vitc-ntsc-15 16 = vitc-ntsc-16 17 = vitc-ntsc-17 18 = vitc-ntsc-18...
  • Page 241 17 SNMP Access Syntax Description 7 = f1125-25p 8 = f1125-24p 9 = f1125-23p98p 10 = f1125-24psf 11 = f1125-23p98psf 12 = f750-60p 13 = f750-59p94p 14 = f750-50p 15 = f750-30p 16 = f750-29p97p 17 = f750-25p 18 = f750-24p 19 = f750-23p98p 20 = fNTSC-BB 21 = fNTSC-BB-REF...
  • Page 242 17 SNMP Access Syntax Description {l44black2TBL.8} 1 = enable 2 = disable l44black2OutputLinktoPtp1Bmca Integer Black output 2 BMCA linking (PTP1) {l44black2TBL.9} 1 = enable 2 = disable l44black2OutputLinktoPtp2Bmca Integer Black output 2 BMCA linking (PTP2) {l44black2TBL.10} 1 = enable 2 = disable l44black2VitcNtsc Integer Black output 2 timecode superimposition line...
  • Page 243 17 SNMP Access Syntax Description l44black3Format Integer Black output 3 format {l44black3TBL.2} 2 = f1125-60i 3 = f1125-59p94i 4 = f1125-50i 5 = f1125-30p 6 = f1125-29p97p 7 = f1125-25p 8 = f1125-24p 9 = f1125-23p98p 10 = f1125-24psf 11 = f1125-23p98psf 12 = f750-60p 13 = f750-59p94p 14 = f750-50p...
  • Page 244 17 SNMP Access Syntax Description {l44black3TBL.6} 1 = off 2 = on l44black3VitcDropframe Integer Black output 3 dropped frame {l44black3TBL.7} 1 = off 2 = on l44black3Output Integer Black output 3 {l44black3TBL.8} 1 = enable 2 = disable l44black3OutputLinktoPtp1Bmca Integer Black output 3 BMCA linking (PTP1) {l44black3TBL.9} 1 = enable...
  • Page 245 17 SNMP Access Syntax Description l44black4TBL Aggregate {l44blackTBL.4} l44black4EqualToBlack1 Integer Setting shared by black output 4 and black {l44black4TBL.1} output 1 1 = off 2 = on l44black4Format Integer Black output 4 format {l44black4TBL.2} 2 = f1125-60i 3 = f1125-59p94i 4 = f1125-50i 5 = f1125-30p 6 = f1125-29p97p...
  • Page 246 17 SNMP Access Syntax Description {l44black4TBL.4} signal (in lines) ±1125 l44black4TimingHorizontal Integer Black output 4 timing relative to the reference {l44black4TBL.5} signal (in dots) ±4124 l44black4Vitc Integer Insertion of time code into black output 4 {l44black4TBL.6} 1 = off 2 = on l44black4VitcDropframe Integer Black output 4 dropped frame...
  • Page 247 17 SNMP Access Syntax Description 17 = vitc-pal-17 18 = vitc-pal-18 19 = vitc-pal-19 20 = vitc-pal-20 21 = vitc-pal-21 22 = vitc-pal-22 l44black5TBL Aggregate {l44blackTBL.5} l44black5EqualToBlack1 Integer Setting shared by black output 5 and black {l44black5TBL.1} output 1 1 = off 2 = on l44black5Format Integer...
  • Page 248 17 SNMP Access Syntax Description 35 = f1125-59p94p 36 = f1125-50p l44black5TimingFrame Integer Black output 5 timing relative to the reference {l44black5TBL.3} signal (in frames) ±5 l44black5TimingVertical Integer Black output 5 timing relative to the reference {l44black5TBL.4} signal (in lines) ±1125 l44black5TimingHorizontal Integer...
  • Page 249 17 SNMP Access Syntax Description 11 = vitc-pal-11 12 = vitc-pal-12 13 = vitc-pal-13 14 = vitc-pal-14 15 = vitc-pal-15 16 = vitc-pal-16 17 = vitc-pal-17 18 = vitc-pal-18 19 = vitc-pal-19 20 = vitc-pal-20 21 = vitc-pal-21 22 = vitc-pal-22 l44black6TBL Aggregate {l44blackTBL.6}...
  • Page 250 17 SNMP Access Syntax Description 29 = f525-59p94p 30 = fPAL-BB 31 = fPAL-BB-REF 32 = f625-50i 33 = f625-50p 34 = f1125-60p 35 = f1125-59p94p 36 = f1125-50p l44black6TimingFrame Integer Black output 6 timing relative to the reference {l44black6TBL.3} signal (in frames) ±5 l44black6TimingVertical...
  • Page 251 17 SNMP Access Syntax Description {l44black6TBL.12} (PAL) 6 = vitc-pal-6 7 = vitc-pal-7 8 = vitc-pal-8 9 = vitc-pal-9 10 = vitc-pal-10 11 = vitc-pal-11 12 = vitc-pal-12 13 = vitc-pal-13 14 = vitc-pal-14 15 = vitc-pal-15 16 = vitc-pal-16 17 = vitc-pal-17 18 = vitc-pal-18 19 = vitc-pal-19...
  • Page 252 17 SNMP Access Syntax Description 8 = freq400Hz 12 = freq800Hz 13 = freq1000Hz l44aesEbuCh2Level Integer AES/EBU output CH2 level {l44aesEbuCh2TBL.3} 0 - -60 l44aesEbuCh2Click Integer AES/EBU output CH2 click insertion interval {l44aesEbuCh2TBL.4} 1 = off 2 = click1sec 3 = click2sec 4 = click4sec l44aesEbuResolution Integer...
  • Page 253 17 SNMP 17.4.7 l44ltcTBL Group Table 17-8 | l44ltcTBL group Access Syntax Description l44ltc1TBL Aggregate {l44ltcTBL.1} l44ltc1 Integer LTC output 1 {l44ltc1TBL.2} 1 = off 2 = on l44ltc1Format Integer LTC output 1 format {l44ltc1TBL.3} 1 = f30 2 = f29p97 3 = f25 4 = f24 5 = f23p98...
  • Page 254 17 SNMP Access Syntax Description 2 = on l44ltc2Format Integer LTC output 2 format {l44ltc2TBL.3} 1 = f30 2 = f29p97 3 = f25 4 = f24 5 = f23p98 l44ltc2TimingFrame Integer LTC output 2 timing relative to the reference {l44ltc2TBL.4} signal (in frames) ±29...
  • Page 255 17 SNMP Access Syntax Description l44ltc3TimingFrame Integer LTC output 3 timing relative to the reference {l44ltc3TBL.4} signal (in frames) ±29 l44ltc3TimingBit Integer LTC output 3 timing relative to the reference {l44ltc3TBL.5} signal (in bits) ±39 l44ltc3OffsetTBL Aggregate {l44ltc3TBL.6} l44ltc3OffsetSign Integer LTC output 3 offset relative to the reference {l44ltc3OffsetTBL.1} signal (sign)
  • Page 256 17 SNMP Access Syntax Description {l44trapIp1TBL.3} xxx.xxx.xxx.xxx l44trapManagerIp2Act Integer Trap transmission destination 2 {l44trapIp1TBL.4} 1 = enable 2 = disable l44trapManagerIp3 IpAddress IP address of trap transmission destination 3 {l44trapIp1TBL.5} xxx.xxx.xxx.xxx l44trapManagerIp3Act Integer Trap transmission destination 3 {l44trapIp1TBL.6} 1 = enable 2 = disable l44trapManagerIp4 IpAddress...
  • Page 257 17 SNMP Access Syntax Description {l44sdi1FormatTBL.3} 1 = f60p 2 = f59p94p 3 = f50p 4 = f48p 5 = f30p 6 = f29p97p 7 = f25p 8 = f47p95p 9 = f24p 10 = f23p98p 11 = f30psf 12 = f29.97psf 13 = f25psf 14 = f24psF 15 = f23p98psf...
  • Page 258 17 SNMP Access Syntax Description 15 = checkfield l44sdi1VideoTBL Aggregate {l44sdi1TBL.5} l44sdi1ComponentTBL Aggregate {l44sdi1VideoTBL.1} l44sdi1Component Integer SDI output 1 component (Y/G-Cb/B-Cr/R) {l44sdi1ComponentTBL.1} 1 = off-off-off 2 = on-off-off 3 = off-on-off 4 = on-on-off 5 = off-off-on 6 = on-off-on 7 = off-on-on 8 = on-on-on l44sdi1SafetyAreaTBL...
  • Page 259 17 SNMP Access Syntax Description {l44sdi1IdCharacterTBL.1} 1 = off 2 = on l44sdi1IdCharacterVposition Integer Vertical ID character position of SDI output 1 {l44sdi1IdCharacterTBL.2} 0 - 100 l44sdi1IdCharacterHposition Integer Horizontal ID character position of SDI output 1 {l44sdi1IdCharacterTBL.3} 0 - 100 l44sdi1IdCharacterSize Integer SDI output 1 ID character size...
  • Page 260 17 SNMP Access Syntax Description l44sdi1LogoTransParency Integer SDI output 1 logo transparency {l44sdi1LogoTBL.5} 1 = off 2 = on l44sdi1LogoTransParencyLevel Integer SDI output 1 logo transparency level {l44sdi1LogoTBL.6} 0 - 255 l44sdi1MovingBoxTBL Aggregate {l44sdi1VideoTBL.7} l44sdi1MovingBox Integer SDI output 1 moving box {l44sdi1MovingBoxTBL.1} 1 = off 2 = on...
  • Page 261 17 SNMP Access Syntax Description 2 = per-80 3 = per-70 l44sdi1CircleLevel Integer SDI output 1 circle luminance level {l44sdi1CircleTBL.3} 1 = per-100 2 = per-75 l44sdi1CircleBlinkTBL Aggregate {l44sdi1CircleTBL.4} l44sdi1CircleBlink Integer SDI output 1 circle blinking {l44sdi1CircleBlinkTBL.1} 1 = off 2 = on l44sdi1CircleBlinkOffTime Integer...
  • Page 262 17 SNMP Access Syntax Description 2 = on l44sdi1AudioGroup1Ch1TBL Aggregate {l44sdi1AudioGroup1TBL.３ l44sdi1AudioGroup1Ch1Frequency Integer SDI output 1 CH1 frequency {l44sdi1AudioGroup1Ch1TBL.2} 1 = silence 2 = freq400Hz 3 = freq800Hz 4 = freq1000Hz l44sdi1AudioGroup1Ch1Level Integer SDI output 1 CH1 level {l44sdi1AudioGroup1Ch1TBL.3} 0 - -60 l44sdi1AudioGroup1Ch1Click Integer SDI output 1 CH1 click insertion interval...
  • Page 263 17 SNMP Access Syntax Description 2 = click1sec 3 = click2sec 4 = click4sec l44sdi1AudioGroup1Ch4TBL Aggregate {l44sdi1AudioGroup1TBL.6} l44sdi1AudioGroup1Ch4EqualToCh1 Integer Setting shared by SDI output 1 CH4 and CH1 {l44sdi1AudioGroup1Ch4TBL.1} 1 = off 2 = on l44sdi1AudioGroup1Ch4Frequency Integer SDI output 1 CH4 frequency {l44sdi1AudioGroup1Ch4TBL.2} 1 = silence 2 = freq400Hz...
  • Page 264 17 SNMP Access Syntax Description {l44sdi1AudioGroup2Ch5TBL.4} 1 = off 2 = click1sec 3 = click2sec 4 = click4sec l44sdi1AudioGroup2Ch6TBL Aggregate {l44sdi1AudioGroup2TBL.4} l44sdi1AudioGroup2Ch6EqualToCh5 Integer Setting shared by SDI output 1 CH6 and CH5 {l44sdi1AudioGroup2Ch6TBL.1} 1 = off 2 = on l44sdi1AudioGroup2Ch6Frequency Integer SDI output 1 CH6 frequency {l44sdi1AudioGroup2Ch6TBL.2}...
  • Page 265 17 SNMP Access Syntax Description 3 = freq800Hz 4 = freq1000Hz l44sdi1AudioGroup2Ch8Level Integer SDI output 1 CH8 level {l44sdi1AudioGroup2Ch8TBL.3} 0 - -60 l44sdi1AudioGroup2Ch8Click Integer SDI output 1 CH8 click insertion interval {l44sdi1AudioGroup2Ch8TBL.4} 1 = off 2 = click1sec 3 = click2sec 4 = click4sec l44sdi1AudioGroup2Resolution Integer...
  • Page 266 17 SNMP Access Syntax Description 2 = freq400Hz 3 = freq800Hz 4 = freq1000Hz l44sdi1AudioGroup3Ch10Level Integer SDI output 1 CH10 level {l44sdi1AudioGroup3Ch10TBL.3} 0 - -60 l44sdi1AudioGroup3Ch10Click Integer SDI output 1 CH10 click insertion interval {l44sdi1AudioGroup3Ch10TBL.4} 1 = off 2 = click1sec 3 = click2sec 4 = click4sec l44sdi1AudioGroup3Ch11TBL...
  • Page 267 17 SNMP Access Syntax Description 2 = resolution24bit l44sdi1AudioGroup3Emphasis Integer SDI output 1 audio group 3 pre-emphasis mode {l44sdi1AudioGroup3TBL.8} 1 = emphasis50-15 2 = ccittl 3 = off l44sdi1AudioGroup4TBL Aggregate {l44sdi1AudioTBL.4} l44sdi1AudioGroup4 Integer SDI output 1 audio group 4 {l44sdi1AudioGroup4TBL.1} 1 = off 2 = on l44sdi1AudioGroup4EqualToG3...
  • Page 268 17 SNMP Access Syntax Description {l44sdi1AudioGroup4TBL.5} l44sdi1AudioGroup4Ch15EqualToCh13 Integer Setting shared by SDI output 1 CH15 and CH13 {l44sdi1AudioGroup4Ch15TBL.1} 1 = off 2 = on l44sdi1AudioGroup4Ch15Frequency Integer SDI output 1 CH15 frequency {l44sdi1AudioGroup4Ch15TBL.2} 1 = silence 2 = freq400Hz 3 = freq800Hz 4 = freq1000Hz l44sdi1AudioGroup4Ch15Level Integer...
  • Page 269 17 SNMP Access Syntax Description {l44sdi1AncTBL.2} 1 = off 2 = on l44sdi1AtcDropFrame Integer SDI output 1 dropped frame {l44sdi1AncTBL.3} 1 = off 2 = on l44sdi1OutputTBL Aggregate {l44sdi1TBL.8} l44sdi1Output Integer SDI output 1 {l44sdi1OutputTBL.1} 1 = enable 2 = disable l44sdi1OutputLinktoPtp1Bmca Integer SDI output 1 BMCA linking (PTP1)
  • Page 270 17 SNMP Access Syntax Description 4 = f48p 5 = f30p 6 = f29p97p 7 = f25p 8 = f47p95p 9 = f24p 10 = f23p98p 11 = f30psf 12 = f29.97psf 13 = f25psf 14 = f24psF 15 = f23p98psf 16 = f60i 17 = f59.94i 18 = f50i...
  • Page 271 17 SNMP Access Syntax Description l44sdi2ComponentTBL Aggregate {l44sdi2VideoTBL.1} l44sdi2Component Integer SDI output 2 component (Y/G-Cb/B-Cr/R) {l44sdi2ComponentTBL.1} 1 = off-off-off 2 = on-off-off 3 = off-on-off 4 = on-on-off 5 = off-off-on 6 = on-off-on 7 = off-on-on 8 = on-on-on l44sdi2SafetyAreaTBL Aggregate {l44sdi2VideoTBL.2}...
  • Page 272 17 SNMP Access Syntax Description {l44sdi2IdCharacterTBL.2} 0 - 100 l44sdi2IdCharacterHposition Integer Horizontal ID character position of SDI output 2 {l44sdi2IdCharacterTBL.3} 0 - 100 l44sdi2IdCharacterSize Integer SDI output 2 ID character size {l44sdi2IdCharacterTBL.4} 1 = x1 2 = x2 3 = x4 4 = x8 l44sdi2IdCharacterLevel Integer...
  • Page 273 17 SNMP Access Syntax Description l44sdi2LogoTransParencyLevel Integer SDI output 2 logo transparency level {l44sdi2LogoTBL.6} 0 - 255 l44sdi2MovingBoxTBL Aggregate {l44sdi2VideoTBL.7} l44sdi2MovingBox Integer SDI output 2 moving box {l44sdi2MovingBoxTBL.1} 1 = off 2 = on l44sdi2MovingBoxColor Integer SDI output 2 moving box color {l44sdi2MovingBoxTBL.2} 1 = white 2 = yellow...
  • Page 274 17 SNMP Access Syntax Description {l44sdi2CircleTBL.3} 1 = per-100 2 = per-75 l44sdi2CircleBlinkTBL Aggregate {l44sdi2CircleTBL.4} l44sdi2CircleBlink Integer SDI output 2 circle blinking {l44sdi2CircleBlinkTBL.1} 1 = off 2 = on l44sdi2CircleBlinkOffTime Integer SDI output 2 circle blinking off-time {l44sdi2CircleBlinkTBL.2} 1 - 9 l44sdi2CircleBlinkOnTime Integer SDI output 2 circle blinking on-time...
  • Page 275 17 SNMP Access Syntax Description l44sdi2AudioGroup1Ch1Frequency Integer SDI output 2 CH1 frequency {l44sdi2AudioGroup1Ch1TBL.2} 1 = silence 2 = freq400Hz 3 = freq800Hz 4 = freq1000Hz l44sdi2AudioGroup1Ch1Level Integer SDI output 2 CH1 level {l44sdi2AudioGroup1Ch1TBL.3} 0 - -60 l44sdi2AudioGroup1Ch1Click Integer SDI output 2 CH1 click insertion interval {l44sdi2AudioGroup1Ch1TBL.4} 1 = off 2 = click1sec...
  • Page 276 17 SNMP Access Syntax Description l44sdi2AudioGroup1Ch4TBL Aggregate {l44sdi2AudioGroup1TBL.6} l44sdi2AudioGroup1Ch4EqualToCh1 Integer Setting shared by SDI output 2 CH4 and CH1 {l44sdi2AudioGroup1Ch4TBL.1} 1 = off 2 = on l44sdi2AudioGroup1Ch4Frequency Integer SDI output 2 CH4 frequency {l44sdi2AudioGroup1Ch4TBL.2} 1 = silence 2 = freq400Hz 3 = freq800Hz 4 = freq1000Hz l44sdi2AudioGroup1Ch4Level...
  • Page 277 17 SNMP Access Syntax Description 4 = click4sec l44sdi2AudioGroup2Ch6TBL Aggregate {l44sdi2AudioGroup2TBL.4} l44sdi2AudioGroup2Ch6EqualToCh5 Integer Setting shared by SDI output 2 CH6 and CH5 {l44sdi2AudioGroup2Ch6TBL.1} 1 = off 2 = on l44sdi2AudioGroup2Ch6Frequency Integer SDI output 2 CH6 frequency {l44sdi2AudioGroup2Ch6TBL.2} 1 = silence 2 = freq400Hz 3 = freq800Hz 4 = freq1000Hz...
  • Page 278 17 SNMP Access Syntax Description {l44sdi2AudioGroup2Ch8TBL.3} 0 - -60 l44sdi2AudioGroup2Ch8Click Integer SDI output 2 CH8 click insertion interval {l44sdi2AudioGroup2Ch8TBL.4} 1 = off 2 = click1sec 3 = click2sec 4 = click4sec l44sdi2AudioGroup2Resolution Integer SDI output 2 audio group 2 resolution {l44sdi2AudioGroup2TBL.7} 1 = resolution20bit 2 = resolution24bit...
  • Page 279 17 SNMP Access Syntax Description l44sdi2AudioGroup3Ch10Level Integer SDI output 2 CH10 level {l44sdi2AudioGroup3Ch10TBL.3} 0 - -60 l44sdi2AudioGroup3Ch10Click Integer SDI output 2 CH10 click insertion interval {l44sdi2AudioGroup3Ch10TBL.4} 1 = off 2 = click1sec 3 = click2sec 4 = click4sec l44sdi2AudioGroup3Ch11TBL Aggregate {l44sdi2AudioGroup3TBL.5} l44sdi2AudioGroup3Ch11EqualToCh9 Integer...
  • Page 280 17 SNMP Access Syntax Description 2 = ccittl 3 = off l44sdi2AudioGroup4TBL Aggregate {l44sdi2AudioTBL.4} l44sdi2AudioGroup4 Integer SDI output 2 audio group 4 {l44sdi2AudioGroup4TBL.1} 1 = off 2 = on l44sdi2AudioGroup4EqualToG3 Integer Setting shared by SDI output 2 audio group 4 {l44sdi2AudioGroup4TBL.2} and audio group 3 1 = off...
  • Page 281 17 SNMP Access Syntax Description 2 = on l44sdi2AudioGroup4Ch15Frequency Integer SDI output 2 CH15 frequency {l44sdi2AudioGroup4Ch15TBL.2} 1 = silence 2 = freq400Hz 3 = freq800Hz 4 = freq1000Hz l44sdi2AudioGroup4Ch15Level Integer SDI output 2 CH15 level {l44sdi2AudioGroup4Ch15TBL.3} 0 - -60 l44sdi2AudioGroup4Ch15Click Integer SDI output 2 CH15 click insertion interval {l44sdi2AudioGroup4Ch15TBL.4}...
  • Page 282 17 SNMP Access Syntax Description {l44sdi2AncTBL.3} 1 = off 2 = on l44sdi2OutputTBL Aggregate {l44sdi2TBL.8} l44sdi2Output Integer SDI output 2 {l44sdi2OutputTBL.1} 1 = enable 2 = disable l44sdi2OutputLinktoPtp1Bmca Integer SDI output 2 BMCA linking (PTP1) {l44sdi2OutputTBL.2} 1 = enable 2 = disable l44sdi2OutputLinktoPtp2Bmca Integer SDI output 2 BMCA linking (PTP2)
  • Page 283 17 SNMP Access Syntax Description 7 = f25p 8 = f47p95p 9 = f24p 10 = f23p98p 11 = f30psf 12 = f29.97psf 13 = f25psf 14 = f24psF 15 = f23p98psf 16 = f60i 17 = f59.94i 18 = f50i l44sdi3TimingTBL Aggregate {l44sdi3TBL.3}...
  • Page 284 17 SNMP Access Syntax Description {l44sdi3ComponentTBL.1} 1 = off-off-off 2 = on-off-off 3 = off-on-off 4 = on-on-off 5 = off-off-on 6 = on-off-on 7 = off-on-on 8 = on-on-on l44sdi3SafetyAreaTBL Aggregate {l44sdi3VideoTBL.2} l44sdi3SafetyArea90 Integer 90% safety area marker of SDI output 3 {l44sdi3SafetyAreaTBL.1} 1 = off 2 = on...
  • Page 285 17 SNMP Access Syntax Description l44sdi3IdCharacterSize Integer SDI output 3 ID character size {l44sdi3IdCharacterTBL.4} 1 = x1 2 = x2 3 = x4 4 = x8 l44sdi3IdCharacterLevel Integer SDI output 3 ID character luminance level {l44sdi3IdCharacterTBL.5} 1 = per-100 2 = per-75 l44sdi3IdCharacterBlinkTBL Aggregate {l44sdi3IdCharacterTBL.6}...
  • Page 286 17 SNMP Access Syntax Description {l44sdi3VideoTBL.7} l44sdi3MovingBox Integer SDI output 3 moving box {l44sdi3MovingBoxTBL.1} 1 = off 2 = on l44sdi3MovingBoxColor Integer SDI output 3 moving box color {l44sdi3MovingBoxTBL.2} 1 = white 2 = yellow 3 = cyan 4 = green 5 = blue 6 = red 7 = magenta...
  • Page 287 17 SNMP Access Syntax Description {l44sdi3CircleTBL.4} l44sdi3CircleBlink Integer SDI output 3 circle blinking {l44sdi3CircleBlinkTBL.1} 1 = off 2 = on l44sdi3CircleBlinkOffTime Integer SDI output 3 circle blinking off-time {l44sdi3CircleBlinkTBL.2} 1 - 9 l44sdi3CircleBlinkOnTime Integer SDI output 3 circle blinking on-time {l44sdi3CircleBlinkTBL.3} 1 - 9 l44sdi3TimecodeTBL...
  • Page 288 17 SNMP Access Syntax Description 3 = freq800Hz 4 = freq1000Hz l44sdi3AudioGroup1Ch1Level Integer SDI output 3 CH1 level {l44sdi3AudioGroup1Ch1TBL.3} 0 - -60 l44sdi3AudioGroup1Ch1Click Integer SDI output 3 CH1 click insertion interval {l44sdi3AudioGroup1Ch1TBL.4} 1 = off 2 = click1sec 3 = click2sec 4 = click4sec l44sdi3AudioGroup1Ch2TBL Aggregate...
  • Page 289 17 SNMP Access Syntax Description {l44sdi3AudioGroup1Ch4TBL.1} 1 = off 2 = on l44sdi3AudioGroup1Ch4Frequency Integer SDI output 3 CH4 frequency {l44sdi3AudioGroup1Ch4TBL.2} 1 = silence 2 = freq400Hz 3 = freq800Hz 4 = freq1000Hz l44sdi3AudioGroup1Ch4Level Integer SDI output 3 CH4 level {l44sdi3AudioGroup1Ch4TBL.3} 0 - -60 l44sdi3AudioGroup1Ch4Click Integer...
  • Page 290 17 SNMP Access Syntax Description l44sdi3AudioGroup2Ch6EqualToCh5 Integer Setting shared by SDI output 3 CH6 and CH5 {l44sdi3AudioGroup2Ch6TBL.1} 1 = off 2 = on l44sdi3AudioGroup2Ch6Frequency Integer SDI output 3 CH6 frequency {l44sdi3AudioGroup2Ch6TBL.2} 1 = silence 2 = freq400Hz 3 = freq800Hz 4 = freq1000Hz l44sdi3AudioGroup2Ch6Level Integer...
  • Page 291 17 SNMP Access Syntax Description 2 = click1sec 3 = click2sec 4 = click4sec l44sdi3AudioGroup2Resolution Integer SDI output 3 audio group 2 resolution {l44sdi3AudioGroup2TBL.7} 1 = resolution20bit 2 = resolution24bit l44sdi3AudioGroup2Emphasis Integer SDI output 3 audio group 2 pre-emphasis mode {l44sdi3AudioGroup2TBL.8} 1 = emphasis50-15 2 = ccittl...
  • Page 292 17 SNMP Access Syntax Description {l44sdi3AudioGroup3Ch10TBL.4} 1 = off 2 = click1sec 3 = click2sec 4 = click4sec l44sdi3AudioGroup3Ch11TBL Aggregate {l44sdi3AudioGroup3TBL.5} l44sdi3AudioGroup3Ch11EqualToCh9 Integer Setting shared by SDI output 3 CH11 and CH9 {l44sdi3AudioGroup3Ch11TBL.1} 1 = off 2 = on l44sdi3AudioGroup3Ch11Frequency Integer SDI output 3 CH11 frequency {l44sdi3AudioGroup3Ch11TBL.2}...
  • Page 293 17 SNMP Access Syntax Description {l44sdi3AudioTBL.4} l44sdi3AudioGroup4 Integer SDI output 3 audio group 4 {l44sdi3AudioGroup4TBL.1} 1 = off 2 = on l44sdi3AudioGroup4EqualToG3 Integer Setting shared by SDI output 3 audio group 4 {l44sdi3AudioGroup4TBL.2} and audio group 3 1 = off 2 = on l44sdi3AudioGroup4Ch13TBL Aggregate...
  • Page 294 17 SNMP Access Syntax Description 2 = freq400Hz 3 = freq800Hz 4 = freq1000Hz l44sdi3AudioGroup4Ch15Level Integer SDI output 3 CH15 level {l44sdi3AudioGroup4Ch15TBL.3} 0 - -60 l44sdi3AudioGroup4Ch15Click Integer SDI output 3 CH15 click insertion interval {l44sdi3AudioGroup4Ch15TBL.4} 1 = off 2 = click1sec 3 = click2sec 4 = click4sec l44sdi3AudioGroup4Ch16TBL...
  • Page 295 17 SNMP Access Syntax Description {l44sdi3TBL.8} l44sdi3Output Integer SDI output 3 {l44sdi3OutputTBL.1} 1 = enable 2 = disable l44sdi3OutputLinktoPtp1Bmca Integer SDI output 3 BMCA linking (PTP1) {l44sdi3OutputTBL.2} 1 = enable 2 = disable l44sdi3OutputLinktoPtp2Bmca Integer SDI output 3 BMCA linking (PTP2) {l44sdi3OutputTBL.3} 1 = enable 2 = disable...
  • Page 296 17 SNMP Access Syntax Description 10 = f23p98p 11 = f30psf 12 = f29.97psf 13 = f25psf 14 = f24psF 15 = f23p98psf 16 = f60i 17 = f59.94i 18 = f50i l44sdi4TimingTBL Aggregate {l44sdi4TBL.3} l44sdi40HTiming Integer Reference timing for SDI output 4 {l44sdi4TimingTBL.1} 1 = serial 2 = legacy...
  • Page 297 17 SNMP Access Syntax Description 4 = on-on-off 5 = off-off-on 6 = on-off-on 7 = off-on-on 8 = on-on-on l44sdi4SafetyAreaTBL Aggregate {l44sdi4VideoTBL.2} l44sdi4SafetyArea90 Integer 90% safety area marker of SDI output 4 {l44sdi4SafetyAreaTBL.1} 1 = off 2 = on l44sdi4SafetyArea80 Integer 80% safety area marker of SDI output 4...
  • Page 298 17 SNMP Access Syntax Description 3 = x4 4 = x8 l44sdi4IdCharacterLevel Integer SDI output 4 ID character luminance level {l44sdi4IdCharacterTBL.5} 1 = per-100 2 = per-75 l44sdi4IdCharacterBlinkTBL Aggregate {l44sdi4IdCharacterTBL.6} l44sdi4IdCharacterBlink Integer SDI output 4 ID character blinking {l44sdi4IdCharacterBlinkTBL.1} 1 = off 2 = on l44sdi4IdCharacterBlinkOffTime Integer...
  • Page 299 17 SNMP Access Syntax Description 2 = on l44sdi4MovingBoxColor Integer SDI output 4 moving box color {l44sdi4MovingBoxTBL.2} 1 = white 2 = yellow 3 = cyan 4 = green 5 = blue 6 = red 7 = magenta 8 = black l44sdi4MovingBoxVspeed Integer Vertical moving box speed of SDI output 4...
  • Page 300 17 SNMP Access Syntax Description 2 = on l44sdi4CircleBlinkOffTime Integer SDI output 4 circle blinking off-time {l44sdi4CircleBlinkTBL.2} 1 - 9 l44sdi4CircleBlinkOnTime Integer SDI output 4 circle blinking on-time {l44sdi4CircleBlinkTBL.3} 1 - 9 l44sdi4TimecodeTBL Aggregate {l44sdi4VideoTBL.9} l44sdi4Timecode Integer SDI output 4 time code {l44sdi4TimecodeTBL.1} 1 = off 2 = on...
  • Page 301 17 SNMP Access Syntax Description {l44sdi4AudioGroup1Ch1TBL.3} 0 - -60 l44sdi4AudioGroup1Ch1Click Integer SDI output 4 CH1 click insertion interval {l44sdi4AudioGroup1Ch1TBL.4} 1 = off 2 = click1sec 3 = click2sec 4 = click4sec l44sdi4AudioGroup1Ch2TBL Aggregate {l44sdi4AudioGroup1TBL.4} l44sdi4AudioGroup1Ch2EqualToCh1 Integer Setting shared by SDI output 4 CH2 and CH1 {l44sdi4AudioGroup1Ch2TBL.1} 1 = off 2 = on...
  • Page 302 17 SNMP Access Syntax Description {l44sdi4AudioGroup1Ch4TBL.2} 1 = silence 2 = freq400Hz 3 = freq800Hz 4 = freq1000Hz l44sdi4AudioGroup1Ch4Level Integer SDI output 4 CH4 level {l44sdi4AudioGroup1Ch4TBL.3} 0 - -60 l44sdi4AudioGroup1Ch4Click Integer SDI output 4 CH4 click insertion interval {l44sdi4AudioGroup1Ch4TBL.4} 1 = off 2 = click1sec 3 = click2sec 4 = click4sec...
  • Page 303 17 SNMP Access Syntax Description l44sdi4AudioGroup2Ch6Frequency Integer SDI output 4 CH6 frequency {l44sdi4AudioGroup2Ch6TBL.2} 1 = silence 2 = freq400Hz 3 = freq800Hz 4 = freq1000Hz l44sdi4AudioGroup2Ch6Level Integer SDI output 4 CH6 level {l44sdi4AudioGroup2Ch6TBL.3} 0 - -60 l44sdi4AudioGroup2Ch6Click Integer SDI output 4 CH6 click insertion interval {l44sdi4AudioGroup2Ch6TBL.4} 1 = off 2 = click1sec...
  • Page 304 17 SNMP Access Syntax Description l44sdi4AudioGroup2Resolution Integer SDI output 4 audio group 2 resolution {l44sdi4AudioGroup2TBL.7} 1 = resolution20bit 2 = resolution24bit l44sdi4AudioGroup2Emphasis Integer SDI output 4 audio group 2 pre-emphasis mode {l44sdi4AudioGroup2TBL.8} 1 = emphasis50-15 2 = ccittl 3 = off l44sdi4AudioGroup3TBL Aggregate {l44sdi4AudioTBL.3}...
  • Page 305 17 SNMP Access Syntax Description 4 = click4sec l44sdi4AudioGroup3Ch11TBL Aggregate {l44sdi4AudioGroup3TBL.5} l44sdi4AudioGroup3Ch11EqualToCh9 Integer Setting shared by SDI output 4 CH11 and CH9 {l44sdi4AudioGroup3Ch11TBL.1} 1 = off 2 = on l44sdi4AudioGroup3Ch11Frequency Integer SDI output 4 CH11 frequency {l44sdi4AudioGroup3Ch11TBL.2} 1 = silence 2 = freq400Hz 3 = freq800Hz 4 = freq1000Hz...
  • Page 306 17 SNMP Access Syntax Description 2 = on l44sdi4AudioGroup4EqualToG3 Integer Setting shared by SDI output 4 audio group 4 {l44sdi4AudioGroup4TBL.2} and audio group 3 1 = off 2 = on l44sdi4AudioGroup4Ch13TBL Aggregate {l44sdi4AudioGroup4TBL.3} l44sdi4AudioGroup4Ch13Frequency Integer SDI output 4 CH13 frequency {l44sdi4AudioGroup4Ch13TBL.2} 1 = silence 2 = freq400Hz...
  • Page 307 17 SNMP Access Syntax Description l44sdi4AudioGroup4Ch15Level Integer SDI output 4 CH15 level {l44sdi4AudioGroup4Ch15TBL.3} 0 - -60 l44sdi4AudioGroup4Ch15Click Integer SDI output 4 CH15 click insertion interval {l44sdi4AudioGroup4Ch15TBL.4} 1 = off 2 = click1sec 3 = click2sec 4 = click4sec l44sdi4AudioGroup4Ch16TBL Aggregate {l44sdi4AudioGroup4TBL.6} l44sdi4AudioGroup4Ch16EqualToCh13 Integer...
  • Page 308 Table 17-12 | lt4670ser03 group Access Syntax Description l44ptp1TBL Aggregate {lt4670ser03.1} l44ptp1Mode Integer PTP1 mode {l44ptp1TBL.1} 1 = enable-leader 2 = disable-leader 3 = follower l44ptp1Bmca Integer BMCA of PTP1 {l44ptp1TBL.2} 1 = enable 2 = enable-only-once 3 = disable l44ptp1PriorityRecovery...
  • Page 309 17 SNMP Access Syntax Description 4 = f1s-1Hz 5 = f2s-0p5Hz 6 = f4s-0p25Hz 7 = f8s-0p125Hz 8 = f16s-0p0625Hz l44ptp1SyncInterval Integer PTP1 sync message transmission interval {l44ptp1DetailSettingTBL.5} 1 = f0p0078s-128Hz 2 = f0p015s-64Hz 3 = f0p0312s-32Hz 4 = f0p0625s-16Hz 5 = f0p125s-8Hz 6 = f0p25s-4Hz 7 = f0p5s-2Hz...
  • Page 310 PTP1 propagation time measurement method {l44ptp1DetailSettingTBL.13} 1 = end-to-end 2 = peer-to-peer l44ptp1AmtrationTBL Aggregate {l44ptp1DetailSettingTBL.14} l44ptp1AmtrationIP1 IpAddress IP address of leader 1 to which PTP1 is to {l44ptp1AmtrationTBL.1} connect xxx.xxx.xxx.xxx l44ptp1AmtrationIP2 IpAddress IP address of leader 2 to which PTP1 is to {l44ptp1AmtrationTBL.2} connect xxx.xxx.xxx.xxx...
  • Page 311 17 SNMP Access Syntax Description 11 = f8s-0p125Hz 12 = f16s-0p0625Hz l44ptp1AnnounceDesirInt Integer PTP1-desired announce message transmission {l44ptp1DetailSettingTBL.17} interval 1 = f0p125s-8Hz 2 = f0p25s-4Hz 3 = f0p5s-2Hz 4 = f1s-1Hz 5 = f2s-0p5Hz 6 = f4s-0p25Hz 7 = f8s-0p125Hz 8 = f16s-0p0625Hz l44ptp1AnnounceReqdInt Integer...
  • Page 312 10 = f4s-0p25Hz 11 = f8s-0p125Hz 12 = f16s-0p0625Hz l44ptp2TBL Aggregate {lt4670ser03.2} l44ptp2Mode Integer PTP2 mode {l44ptp2TBL.1} 1 = enable-leader 2 = disable-leader 3 = follower l44ptp2Bmca Integer BMCA of PTP2 {l44ptp2TBL.2} 1 = enable 2 = enable-only-once 3 = disable...
  • Page 313 17 SNMP Access Syntax Description {l44ptp2DetailSettingTBL.1} 1 = Fixed l44ptp2Domain Integer PTP2 domain number {l44ptp2DetailSettingTBL.2} 0 - 255 l44ptp2CommunicationMode Integer PTP2 communication mode {l44ptp2DetailSettingTBL.3} 1 = mixed-smpte 2 = mixed-smpte-wo-ne 3 = unicast 4 = multicast l44ptp2AnnounceInterval Integer PTP2 announce message transmission interval {l44ptp2DetailSettingTBL.4} 1 = f0p125s-8Hz 2 = f0p25s-4Hz...
  • Page 314 PTP2 propagation time measurement method {l44ptp2DetailSettingTBL.13} 1 = end-to-end 2 = peer-to-peer l44ptp2AmtrationTBL Aggregate {l44ptp2DetailSettingTBL.14} l44ptp2AmtrationIP1 IpAddress IP address of leader 1 to which PTP2 is to {l44ptp2AmtrationTBL.1} connect xxx.xxx.xxx.xxx l44ptp2AmtrationIP2 IpAddress IP address of leader 2 to which PTP2 is to {l44ptp2AmtrationTBL.2} connect xxx.xxx.xxx.xxx...
  • Page 315 17 SNMP Access Syntax Description {l44ptp2DetailSettingTBL.15} ±20.000(±20000) l44ptp2DelayMsgInterval Integer PTP2 delay message transmission interval {l44ptp2DetailSettingTBL.16} 1 = f0p0078s-128Hz 2 = f0p015s-64Hz 3 = f0p0312s-32Hz 4 = f0p0625s-16Hz 5 = f0p125s-8Hz 6 = f0p25s-4Hz 7 = f0p5s-2Hz 8 = f1s-1Hz 9 = f2s-0p5Hz 10 = f4s-0p25Hz 11 = f8s-0p125Hz 12 = f16s-0p0625Hz...
  • Page 316 17 SNMP Access Syntax Description l44ptp2SyncReqdInt Integer PTP2 sync message reception interval {l44ptp2DetailSettingTBL.20} 1 = f0p0078s-128Hz 2 = f0p015s-64Hz 3 = f0p0312s-32Hz 4 = f0p0625s-16Hz 5 = f0p125s-8Hz 6 = f0p25s-4Hz 7 = f0p5s-2Hz 8 = f1s-1Hz 9 = f2s-0p5Hz 10 = f4s-0p25Hz 11 = f8s-0p125Hz l44ptp2DlyMsgDesirInt...
  • Page 317 17 SNMP Access Syntax Description l44ipType Integer IP output standard {l44ipTBL.1} 1 = st2022-6 2 = st2110 l44ipRedundancy Integer IP output redundancy setting {l44ipTBL.2} 1 = off 2 = on l44ip1ConfigTBL Aggregate {l44ipTBL.3} l44ip1Output Integer IP output 1 {l44ip1ConfigTBL.1} 1 = off 2 = on l44ip1StreamTBL Aggregate...
  • Page 318 17 SNMP Access Syntax Description 2 = on l44ip1Stream1AudioDscpTag Integer IP output 1/stream 1/audio DSCP tag {l44ip1Stream1AudioTBL.5} 0 - 63 l44ip1Stream1AudioMode Integer IP output 1/stream 1/audio standard {l44ip1Stream1AudioTBL.6} 1 = st2110-30 2 = st2110-31 l44ip1Stream1AudioPacketTime Integer IP output 1/stream 1/audio packet time {l44ip1Stream1AudioTBL.7} 1 = time-1ms 2 = time-125us...
  • Page 319 17 SNMP Access Syntax Description l44ip1Stream2VideoDscpEnable Integer IP output 1/stream 2/video DSCP setting {l44ip1Stream2VideoTBL.4} 1 = off 2 = on l44ip1Stream2VideoDscpTag Integer IP output 1/stream 2/video DSCP tag {l44ip1Stream2VideoTBL.5} 0 - 63 l44ip1Stream2VideoDestAddress IpAddress IP output 1/stream 2/video destination IP {l44ip1Stream2VideoTBL.6} address xxx.xxx.xxx.xxx...
  • Page 320 17 SNMP Access Syntax Description l44ip1Stream2AncDscpEnable Integer IP output 1/stream 2/ANC DSCP setting {l44ip1Stream2AncTBL.4} 1 = off 2 = on l44ip1Stream2AncDscpTag Integer IP output 1/stream 2/ANC DSCP tag {l44ip1Stream2AncTBL.5} 0 - 63 l44ip1Stream2AncDestAddress IpAddress IP output 1/stream 2/ANC destination IP {l44ip1Stream2AncTBL.6} address xxx.xxx.xxx.xxx...
  • Page 321 17 SNMP Access Syntax Description 2 = on l44ip2Stream1AudioVlanTag Integer IP output 2/stream 1/audio VLAN tag {l44ip2Stream1AudioTBL.3} 1 - 4096 l44ip2Stream1AudioDscpEnable Integer IP output 2/stream 1/audio DSCP setting {l44ip2Stream1AudioTBL.4} 1 = off 2 = on l44ip2Stream1AudioDscpTag Integer IP output 2/stream 1/audio DSCP tag {l44ip2Stream1AudioTBL.5} 0 - 63 l44ip2Stream1AudioMode...
  • Page 322 17 SNMP Access Syntax Description l44ip2Stream2VideoVlanEnable Integer IP output 2/stream 2/video VLAN setting {l44ip2Stream2VideoTBL.2} 1 = off 2 = on l44ip2Stream2VideoVlanTag Integer IP output 2/stream 2/video VLAN tag {l44ip2Stream2VideoTBL.3} 1 - 4096 l44ip2Stream2VideoDscpEnable Integer IP output 2/stream 2/video DSCP setting {l44ip2Stream2VideoTBL.4} 1 = off 2 = on...
  • Page 323 17 SNMP Access Syntax Description l44ip2Stream2AncVlanEnable Integer IP output 2/stream 2/ANC VLAN setting {l44ip2Stream2AncTBL.2} 1 = off 2 = on l44ip2Stream2AncVlanTag Integer IP output 2/stream 2/ANC VLAN tag {l44ip2Stream2AncTBL.3} 1 - 4096 l44ip2Stream2AncDscpEnable Integer IP output 2/stream 2/ANC DSCP setting {l44ip2Stream2AncTBL.4} 1 = off 2 = on...
  • Page 324 Elapsed time after starting the agent index 2 OID: iso(1).org(3).dod(6).internet(1).snmpV2(6).snmpModules(3). snmpMIB(1).snmpMIBObjects(1).snmpTrap(4).snmpTrapOID(1).0 Syntax: Object Identifier Description: Trap OID index 3 OID: leader(20111).lt4670(44).lt4670ST1(1).l44notificationTBL(0). l44trapStrTBL(2).l44trapCounter(1).0 Syntax: Counter32 Range: 1 - 4294967295 Description: Total number of enterprise traps sent after starting up index 4 OID: leader(20111).lt4670(44).lt4670ST1(1).l44notificationTBL(0).
  • Page 325 17 SNMP index 6 OID: leader(20111).lt4670(44).lt4670ST1(1).l44statusTBL(2).l44statusAlarmTBL(1). leader(20111).lt4670(44).lt4670ST1(1).l44statusTBL(2).l44statusReferenceTBL (2).X Syntax: Integer Description: Alarm status and reference signal status...
  • Page 326 You can control this instrument from a general-purpose Web Browser on a PC. * The Ethernet features of this instrument have only been confirmed to work in a local network environment. LEADER does not guarantee that the features will work in all network environments. 18.1 Operating Environment This function has been confirmed to work with the following Web browsers.
  • Page 327 18 WEB BROWSER 5. Enter the URL in the address box of the Web Browser. Enter "http://" and the IP address that you set in step 1. Figure 18-1 | URL If you enter the correct URL, the STATUS screen of the LT4670 appears. Figure 18-2 | STATUS screen 6.
  • Page 328 18 WEB BROWSER 18.3 Procedure Indicators and reload The indicators at the top of the screen represent the LEDs on the LT4670 front panel. They light and blink as do the LEDs. Clicking the reload button in the upper right of the screen reloads the screen, displaying the STATUS screen again.
  • Page 329 18 WEB BROWSER Expanding the setting items Some items of the setup screen have a hierarchical structure. Immediately after you select a menu, all the items appear with their hierarchy shrunk. You can expand an item by clicking the "V" mark next to the title. Figure 18-5 | Expanding the setting items Selecting items To select an item, click the selection box to select it.
  • Page 330 18 WEB BROWSER Entering values To enter a value, use the ▲ and ▼ buttons or enter a value directly. The changed value is applied when you click the SET button. When the value is within the specified range, a green check mark appears. If the value is outside the range, a red warning mark appears.
  • Page 331 18 WEB BROWSER 18.4 Screen Description This section describes the screens that appear when all options (SER01, SER02, SER03, SER04, SER11, and SER21) are added. 18.4.1 STATUS Screen The STATUS screen displays the LT4670 status. This screen is for viewing the values only; it cannot be used to set the values.
  • Page 332 C/N0 of QZSS is displayed. SERIAL NO. The serial number of the GNSS option is displayed. LEADER ID The ID of the leader locked when the instrument is a follower is displayed. MODE Displays the mode BMCA The BMCA setting is displayed when the instrument is a leader.
  • Page 333 The phase difference between the leader and follower is displayed when the instrument is a follower. LOCK VALUE The lock strength of the leader and follower is displayed when the instrument is a follower. PACKET NOISE The average value of the PTP noise is displayed when the instrument is a follower.
  • Page 334 18 WEB BROWSER 18.4.2 REFERENCE Screen The REFERENCE screen lets you set the items of the REFERENCE CONFIG menu of LT4670. Figure 18-9 | REFERENCE screen Table 18-2 | Description of the REFERENCE screen Item Description Initial Value REFERENCE SOURCE Select the reference signal.
  • Page 335 18 WEB BROWSER 18.4.3 BLACK Screen The BLACK screen lets you set the items of the BLACK CONFIG menu of LT4670. Figure 18-10 | BLACK screen Table 18-3 | Description of BLACK screen Item Description Initial Value FORMAT Select the black format. NTSC BB (NTSC) PAL BB (PAL) TIMING FRAME...
  • Page 336 18 WEB BROWSER 18.4.4 AUDIO Screen The AUDIO screen lets you set the items of the AUDIO CONFIG menu of LT4670. Figure 18-11 | AUDIO screen Table 18-4 | Description of AUDIO screen Item Description Initial Value AES/EBU RESOLUTION Select the resolution. 20 BIT EMPHASIS Select the pre-emphasis mode.
  • Page 337 18 WEB BROWSER 18.4.5 LTC & CW/1PPS Screen The LTC & CW/1PPS screen lets you set the items of the LTC CONFIG menu and CW/1PPS CONFIG menu of LT4670. Figure 18-12 | LTC & CW/1PPS screen Table 18-5 | Description of the LTC & CW/1PPS screen Item Description Initial Value...
  • Page 338 18 WEB BROWSER 18.4.6 SDI Screen (SER02/SER04) The SDI screen lets you set the items of the SDI CONFIG menu of LT4670.
  • Page 339 18 WEB BROWSER...
  • Page 340 18 WEB BROWSER Figure 18-13 | SDI screen...
  • Page 341 18 WEB BROWSER Table 18-6 | Description of SDI screen Item Description Initial Value FORMAT SYSTEM Select the SDI format. 1920x1080 HD STRUCTURE Select the color system and quantization YCbCr(422)10bit accuracy. FRAME RATE Select the frame (field) frequency. 59.94I (NTSC) 50I (PAL) TIMING 0H TIMING...
  • Page 342 18 WEB BROWSER Item Description Initial Value H-POSITION Set the horizontal logo position. TRANSPARENCY Turn the logo transparency on or off. TRANSPARENCY LEVEL Set the transparency level of the logo. MOVING BOX ON/OFF Turn the moving box on or off. BOX COLOR Select the moving box color.
  • Page 343 18 WEB BROWSER Item Description Initial Value LINKED TO PTP* BMCA Select whether to stop SDI output in linkage with DISABLE BMCA. SDI2, SDI3 EQUAL TO SDI1 Select whether to make the settings the same as those for SDI1. SDI4 EQUAL TO SDI3 Select whether to make the settings the same as those for SDI3.
  • Page 344 18 WEB BROWSER 18.4.7 PTP Screen (SER03) The PTP screen lets you set the items of the PTP CONFIG menu of LT4670. Figure 18-14 | PTP screen...
  • Page 345 18 WEB BROWSER Table 18-7 | Description of the PTP screen (when the instrument is a PTP leader) Item Description Initial Value MODE Select whether to enable the PTP leader. ENABLE LEADER BMCA Select whether to enable BMCA. ENABLE PROFILE TYPE Select the profile.
  • Page 346 Select the delay message reception interval. 0.5s (ST2059) 2s (AES67) 0.125Hz (GENERAL) AMT ADDRESS * Set the IP address of the leader to be connected. 000.000.000.000 ANNOUNCE TIMEOUT Set the number of announce messages used to judge whether a timeout occurs.
  • Page 347 18 WEB BROWSER 18.4.8 SYSTEM Screen The SYSTEM screen lets you set the items of the SYSTEM CONFIG menu of LT4670.
  • Page 348 18 WEB BROWSER Figure 18-15 | SYSTEM screen Table 18-9 | Description of SYSTEM screen Item Description Initial Value UTILITY LCD BACKLIGHT Select the backlight setting. KEY LOCK ON/OFF Turn on or off the key lock of LT4670. PRESET RECALL Load the selected preset.
  • Page 349 18 WEB BROWSER Item Description Initial Value Turn the NTP function on or off. SERVER ADDRESS Set the address of the NTP server. 000.000.000.000 TIME MANAGEMENT INTERNAL CLOCK ADJUST Set the internal date and time of the 2000/01/01 00:00:00 instrument. TIMEZONE OFFSET Select the time zone.
  • Page 350 To use this instrument for a long period of time, you need to replace its parts periodically. Replace parts when the specified "replacement interval" passes after the last replacement or when a malfunction occurs. Parts are replaced by Leader or the designated service personnel. Contact your local Leader agent. Table 19-1 | Replacement of parts...
  • Page 351 19 MAINTENANCE 19.2.1 Power Supply Unit Replacement To replace the power supply unit, follow the procedure below. If you have two power supply units installed, you can replace one of them with the power turned on. The following procedure is an example in which you have two power supply units installed and replace POWER1 with the power of POWER2 on.
  • Page 352 19 MAINTENANCE Next, with the lever pulled up, pull out the power supply unit. Insert a new power supply unit. Insert the unit until it clicks into place. Tighten the two screws. Connect the power cable. Install the power supply unit first and then connect the power cable. Failure to follow this procedure may result in electric shock.
  • Page 353 19 MAINTENANCE Check that the LED on the power supply unit lights in green.
  • Page 354 19 MAINTENANCE 19.2.2 Front Fan Unit Replacement The instrument has two fan units installed, one on the front panel and one on the rear panel. You can replace one of these fan units with the power on. The following procedure is an example in which you replace the fan unit on the front panel with the power on.
  • Page 355 19 MAINTENANCE Loosen the two screws on the front panel, and pull out the fan unit. The screws cannot be removed from the fan unit even when they are loosened. Insert a new fan unit, and tighten the two screws.
  • Page 356 19 MAINTENANCE Attach the fan cover, and tighten the two screws. Start the fan on the front panel. Press the CONFIG key several times until SYSTEM CONFIG is displayed. Then, make the necessary setting by following the procedure below. SYSTEM CONFIG > FAN MAINTENANCE > FRONT > ON Check that the fan on the front panel is operating.
  • Page 357 19 MAINTENANCE 19.2.3 Rear Fan Unit Replacement The instrument has two fan units installed, one on the front panel and one on the rear panel. You can replace one of these fan units with the power on. The following procedure is an example in which you replace the fan unit on the rear panel with the power on.
  • Page 358 19 MAINTENANCE Pull out the fan unit. Insert a new fan unit, and tighten the two screws. Start the fan on the rear panel. Press the CONFIG key several times until SYSTEM CONFIG is displayed. Then, make the necessary setting by following the procedure below. SYSTEM CONFIG >...
  • Page 359 20 APPENDIX APPENDIX 20.1 List of Settings The settings available when all options (SER01, SER02, SER03, SER04, SER11, and SER21) are added are listed below. 20.1.1 REFERENCE CONFIG Menu Table 20-1 | REFERENCE CONFIG menu Setting Value Initial Value REFERENCE SOURCE INTERNAL / GENLOCK FMT-AUTO / GENLOCK FMT-MANUAL / INTERNAL 10MHz CW / GNSS / PTP1 / PTP2 / PTP1/2...
  • Page 360 20 APPENDIX Setting Value Initial Value BLACK* DROP FRAME ON / OFF BLACK* LINE NUMBER 10 - 20 (NTSC) 14 (NTSC) 6 - 22 (PAL) 19 (PAL) BLACK* OUTPUT ENABLE / DISABLE ENABLE BLACK* LINKED TO PTP* ENABLE / DISABLE DISABLE BLACK2 EQUAL TO BLACK1 ON / OFF...
  • Page 361 20 APPENDIX 20.1.5 CW/1PPS CONFIG Menu Table 20-5 | CW/1PPS CONFIG menu Setting Value Initial Value CW/1PPS OUTPUT CW / 1PPS 20.1.6 SDI CONFIG Menu (SER02/SER04) Table 20-6 | SDI CONFIG menu Setting Value Initial Value SDI FREQUENCY GROUP 59.94Hz / 60/50Hz 59.94Hz (NTSC) 60/50Hz (PAL) SDI* SYSTEM...
  • Page 362 20 APPENDIX Setting Value Initial Value SDI* ID BLINK ON / OFF SDI* ID BLINK ON TIME 1 - 9 SDI* ID BLINK OFF TIME 1 - 9 SDI* ID SCROLL ON / OFF SDI* ID SCROLL SPEED ±256 SDI* ID TRANSPARENCY ON / OFF SDI* LOGO ON / OFF...
  • Page 363 SDI3 EQUAL TO SDI1 ON / OFF SDI4 EQUAL TO SDI3 ON / OFF 20.1.7 PTP CONFIG Menu (SER03) Table 20-7 | PTP CONFIG menu (when the instrument is a PTP leader) Setting Value Initial Value PTP1 MODE ENABLE LEADER / DISABLE LEADER...
  • Page 364 20 APPENDIX Table 20-8 | PTP CONFIG menu (when the instrument is a PTP follower) Setting Value Initial Value PTP* MODE FOLLOWER FOLLOWER PTP* PROFILE TYPE ST2059 / AES67 / GENERAL ST2059 PTP1 DOMAIN 0 - 255 127 (ST2059) 0 (AES67/ GENERAL) PTP2 DOMAIN 0 - 255...
  • Page 365 20 APPENDIX Setting Value Initial Value IP* STREAM* VID VLAN 1 - 4094 IP* STREAM* VID DSCP ON / OFF IP* STREAM* VID DSCP 0 - 63 IP1 STREAM1 VID DSTIP 000.000.000.000 - 255.255.255.255 239.000.000.001 IP1 STREAM2 VID DSTIP 000.000.000.000 - 255.255.255.255 239.000.000.002 IP2 STREAM1 VID DSTIP 000.000.000.000 - 255.255.255.255...
  • Page 366 20 APPENDIX Setting Value Initial Value DEFAULT GATEWAY 000.000.000.000 - 255.255.255.255 000.000.000.000 SNMP SETUP DISABLE / V2C / V3 DISABLE SNMP TRAP * ENABLE / DISABLE DISABLE SNMP MANAGER IP * 000.000.000.000 - 255.255.255.255 000.000.000.000 READ COMMUNITY ◀0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmno LDRUser◀ (V2C) pqrstuvwxyz (up to 15 characters) LDuser (V3) WRITE COMMUNITY...
  • Page 367 20 APPENDIX Setting Value Initial Value INT PLL ENABLE / DISABLE DISABLE TIME LAG ENABLE / DISABLE DISABLE REFERENCE NO SIGNAL ENABLE / DISABLE DISABLE REFERENCE STAY ENABLE / DISABLE DISABLE GNSS ANTENNA ENABLE / DISABLE DISABLE FORMAT SETTING NTSC / PAL NTSC USB DEVICE ENABLE / DISABLE...
  • Page 368 Added LEAP-SECOND display to the browser STATUS screen. [SER02] Added support for user patterns and color logos in the browser. [SER03] Added display of LEADER ID, PHASE LAG, and STEP settings to the browser STATUS screen. [SER03] PTP MAC address display to the browser's PTP CONFIG screen.
  • Page 369 20 APPENDIX [SER02] Color logo support. Ver. 1.4 [LT4670] SNMP (v2c) support. Ver. 1.3 [LT4670] Web Browser support. [SER02/SER03] Added a mode to stop BLACK and SDI output in conjunction with BMCA auto switching. [SER03] Added dual follower mode. [SER03] Added Added manual recovery mode after BMCA auto switching.
  • Page 370 2-6-33 Tsunashima-higashi, Kohoku-ku, Yokohama-shi, Kanagawa, 223-8505, Japan www.leader.co.jp/en June 27, 2024 Ver. 6 (Firmware Ver. 2.0)

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Lt4670-ser01Lt4670-ser02Lt4670-ser03Lt4670Lt4670-ser11Lt4670-ser21

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