Summary of Contents for Brandywine M212
- Page 1 Master Clock System (M212) User Manual P/N: 900000178 Revision B For Brandywine Communications products with the following Part Numbers: 0366003## MANUAL P/N 900000178 REV B...
- Page 2 Safety Warnings WARNING This unit contains lethal AC voltages. Disconnect the unit from the AC supply before removing the cover. WARNING: This unit contains dual power supplies. Isolate BOTH power supplied from AC Power before removing the top cover. WARNING: The lightning flash with an arrowhead inside of an equilateral triangle is intended to alert the user to the presence of un-insulated “dangerous voltage”...
- Page 3 Revision History Date Comments ECO Number 12/7/2020 Initial release 11560 Added Section 7 – Rear Panel Pinouts (pg 46) 04/8/2021 11683 MANUAL P/N 900000178 REV B...
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Page 4: Table Of Contents
Table of Contents Introduction ....................... 7 Master Clock System Basic Concept ......................8 Specifications (Basic Unit) ..........................9 1.2.1 Signal Reference Inputs ..........................9 1.2.2 Environmental .............................. 9 1.2.3 Physical ................................9 1.2.4 Temperature ..............................9 1.2.5 Shock and Vibration ........................... 9 1.2.6 EMC .................................. - Page 5 Figure 2. M212 Status Page......................15 Figure 3. System Inventory Tab ....................17 Figure 4. M212 System Setting Tab in View Mode ..............18 Figure 5. M212 Settings Tab in Edit Mode ................20 Figure 6. M212 Configuration Menu.................... 21 Figure 7.
- Page 6 Table of Tables Table 1. M212 Status Page Descriptors ..................15 Table 2. M212 System Inventory Tab Descriptors..............17 Table 3. M212 System Settings Tab Descriptors..............18 Table 4. M212 MCM Status Page Descriptors ................26 Table 5. MCM Input Reference Settings Page 1 Setting Descriptors ......30 Table 6.
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Page 7: Introduction
Rubidium, Chip Scale Atomic Clock (CSAC) and Ovenized Oscillator (OCXO) The output signals for the M212 are generated by up to 6 Output Signal Modules (OSM), and are ideal for custom solutions or future expansion. Available modules include NTP, low-phase-noise frequency, time code modules such as IRIG A, B, G, H, and NASA 36, BCD, PPS, PPM, Have Quick, serial data (RS232/422) as well as optical crosslink. -
Page 8: Master Clock System Basic Concept
1.1 Master Clock System Basic Concept The Master Clock System is a master clock that can have its capabilities defined by the use of standardized modules, allowing custom solutions to be created from standard hardware. Through the use of these standardized modules, distributed timing networks for high accuracy applications may be readily created. -
Page 9: Specifications (Basic Unit)
1.2 Specifications (Basic Unit) 1.2.1 Signal Reference Inputs 1.2.6 EMC FCC Part 15, Class A 1.2.1.1 C/A code GPS Receiver (standard) IEC CISPR 22 Receiver Type GNSS multi constellation (GPS, GLONASS, Galileo , Beidou) Sensitivity Tracking: -159 dBm 1.2.7 Outputs Acquisition: -147 dBm Accuracy 15ns (1σ) (@ -130 dBm) - Page 10 Signal Format Sinusoid Frequency 5 MHz, and 10 MHz Amplitude 13dBm/1V Harmonic Distortion-30dBc Non-Harmonic -70dBc 1-500MHz NTP Output Signal Format Ethernet 100BaseT Protocols supported NTPv3 (RFC-1305) NTPv4 (RFC-5905) No of Outputs 1 (J7-B only) Authentication SHA-1, MD5, AutoKey Management Front Panel Full color touch screen Remote SNMP V3...
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Page 11: Osm Specifications
MCM oscillator which must be user-programmable to a wide variety of time code or OCXO, CSAC, or a Rubidium oscillator pulse outputs. This flexibility ensures that an M212 can Specifications: be reconfigured as requirements change, and fewer... - Page 12 1.2.8.4 NTP Server OSM 1.2.8.7 BCD Time Code Output OSM The NTP Server module enables the Master Clock The BCD time code OSM provides 4 BCD time code System to act as an NTP server over an Ethernet outputs. The OSM buffers and distributes a BCD signal network.
- Page 13 The Optical Crosslink Module is a unique feature of the The Have Quick Distribution Module provides 4 Have M212. When installed, it allows a second M212 to be Quick time code outputs. The OSM buffers and synchronized as a slave chassis. If both chassis have distributes a Have Quick signal that is generated a primary reference installed (e.g.
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Page 14: Setup
If dual redundant power is required, connect both power sources to independent power sources Note that the Master Clock System uses a custom power cable designed to lock in place. Be sure to only use power cables made by Brandywine Communications Power Cable Part Number: 2.1.3 Ethernet Connect one end of an Ethernet patch cable to the Master Clock System Ethernet located on the Master Clock Module. -
Page 15: Configuration
3 Configuration 3.1 Status Page Upon connecting to the M212’s web interface, the first screen that will be displayed is the M212 Status page (Figure 2). Figure 2. M212 Status Page. The fields listed in this window and their explanation are listed in Table 1 below. - Page 16 Displays the reference source that a leap second was last set up. Set By Stratum The current reference stratum that the M212 is operating in. Ref Phase Error The reported phase error of the reference source. MANUAL P/N 900000178 REV B...
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Page 17: System Page
3.2 System Page The System page on the M212 is broken down into two tabs, the Inventory tab and the settings tab. 3.2.1 System Inventory The System Inventory tab (Figure 3) shows system inventory information. Figure 3. System Inventory Tab The fields on the system inventory tab are listed in Table 2 below. -
Page 18: System Settings
3.2.2 System Settings The system settings tab is used to change global settings with the M212, such as the system password, time zone and daylight saving time offset. Figure 4. M212 System Setting Tab in View Mode The fields of the system settings tab are listed below in Table 3. - Page 19 IRIG-B output 1PPS Output Indicates the delay compensation adjustment on the M212’s 1PPS output BCD 40-Bit Indicates the delay compensation adjustment on the M212’s 40- Output bit Binary Coded Decimal (BCD) output Local Time Time Zone (min) Indicates the time zone offset from UTC in minutes...
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Page 20: Figure 5. M212 Settings Tab In Edit Mode
Figure 5. M212 Settings Tab in Edit Mode MANUAL P/N 900000178 REV B... -
Page 21: Module Status And Configuration
Clicking on the option for “Configure” from the right hand menu will open the module configuration windows, and underneath the configure menu will be the configuration webpages for each module installed. Figure 6. M212 Configuration Menu MANUAL P/N 900000178 REV B... -
Page 22: Master Clock Module (Mcm) Configuration Page
3.4 Master Clock Module (MCM) Configuration Page Clicking the button labeled “MCM” will open the MCM status and configuration pages, from here the inventory, status and settings for the MCM are available for viewing and editing. 3.4.1 MCM Inventory Page The MCM Inventory page shows the MCM’s serial number, hardware revision, software version and FPGA version. -
Page 23: Mcm Status Page
3.5 MCM Status Page 3.5.1 MCM Faults The MCM Faults page (Figure 8) displays the current fault status with the MCM, as well as the fault status of any connected input references. Figure 8. MCM Faults Status Page MANUAL P/N 900000178 REV B... -
Page 24: Hq+Pps Phase/Freq Faults
3.5.2 HQ+PPS Phase/Freq Faults The MCM HQ+PPS Phase and Frequency Faults page (Figure 9) displays the current fault status of any connected HaveQuick and 1PPS input references. Figure 9. MCM HQ+PPS Phase/Freq Faults Status Page MANUAL P/N 900000178 REV B... -
Page 25: Alarms
3.5.3 Alarms The MCM Alarms page (Figure 10) displays the current active alarms that the MCM is reporting. If the M212 is currently producing a buzzer alarm, the “Turn Off Buzzer” button can be used to temporarily disable the alarm buzzer. -
Page 26: Mcm Status
Time Figure of merit, and the leap second state, for a more complete listing of these status fields and what they mean, see Table 4 below. Figure 11. MCM Status Page Table 4. M212 MCM Status Page Descriptors FIELD DESCRIPTION PLL Status... - Page 27 Displays the reference source that a leap second was last set up. Set By Stratum The current reference stratum that the M212 is operating in. Ref Phase Error The reported phase error of the reference source. MANUAL P/N 900000178 REV B...
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Page 28: Mcm Settings Page
Gateway address, and subnet mask of each port. Please note that DHCP is not supported, and the IP must be set manually. NOTE If the IP Address of the M212 is changed, the existing connection to the previous IP address will no longer work, to reconnect to the M212 web page, connect to it at the new IP address. -
Page 29: Ntp | Snmp Settings
3.6.2 NTP | SNMP Settings The NTP and SNMP Settings subtab (Figure 13) enables the user to set the NTP Authentication method, key ID and hex key for use with secure NTP. The SNMP settings are used to adjust the authentication settings for SNMP and the SNMP trap IP address. -
Page 30: Reference Settings
Displays Yes when the M212’s MCM is receiving time via HaveQuick. Displays Yes when the M212’s MCM is receiving time via GPS. IRIG-B Displays the IRIG-B Signal format the M212 is receiving if it is receiving time of day via IRIG-B MANUAL P/N 900000178 REV B... - Page 31 1, but if that fails, it will automatically switch to input reference 2 if it is valid. If the lower-priority input reference is not valid, the M212 will iterate down to a lower priority input reference until a higher priority input reference is restored.
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Page 32: Figure 15. Mcm Reference Settings
3.6.3.2 Reference Settings Page 2 Page 2 of the MCM Reference settings subtab contains the settings for input reference delays, enabling the system to account for cable propagation delay, and AutoSwitch prevention. Figure 15. MCM Reference Settings Page 2 Table 6. MCM Reference Settings Page 2 Setting Descriptors SETTING DESCRIPTION Delays... - Page 33 Table 6. MCM Reference Settings Page 2 Setting Descriptors SETTING DESCRIPTION Reference AutoSwitch Prevention CrossLink Ref-A Prevent the MCM’s autoswitching system from selecting this reference automatically in the event of a reference failure CrossLink Ref-B Prevent the MCM’s autoswitching system from selecting this reference automatically in the event of a reference failure IRIG-B + 1PPS...
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Page 34: Time Settings
M212’s MCM is operating in holdover mode or if it is only receiving frequency or pulse input references. The Manual Leap Second option is used when the input reference to the M212 does not support a leap second and the leap second must be entered manually. -
Page 35: Serial Settings
3.6.5 Serial Settings The Serial Settings subtab (Figure 17) allows the user to select the baud rate and output message format for the serial timecode output. Figure 17. MCM Serial Settings MANUAL P/N 900000178 REV B... -
Page 36: Universal Output Signal Module (Osm) Configuration Page
3.7 Universal Output Signal Module (OSM) Configuration Page Clicking the button labeled “Universal” will open the Universal OSM status and configuration pages, from here the inventory, status and settings for the Universal OSM are available for viewing and editing. 3.7.1 Universal OSM Inventory Page The Inventory page (Figure 18) shows the Universal OSM’s serial number, hardware revision, software version and FPGA version. -
Page 37: Universal Osm Status Page
3.7.2 Universal OSM Status Page The Status page (Figure 19) shows the fault status for all four outputs for the Universal OSM. Figure 19. Universal OSM Status Page MANUAL P/N 900000178 REV B... -
Page 38: Universal Osm Settings
3.7.3 Universal OSM Settings Each output jack on the Universal OSM can be independently configured to output different formats of time or frequency, depending on the requested application. The Universal OSM Settings tab (Figure 20) is used to configure each jack. Figure 20. - Page 39 Table 7. Universal OSM Setting Descriptors SETTING DESCRIPTION DST End Month Indicates the month that DST ends on. DST End DOW Indicates the Day of Week (DOW) that DST ends on. Indicates the Day of Week of Month (DOWOM) that DST DST End DOWOM ends on JX Output Type...
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Page 40: Network Time Protocol (Ntp) Osm Configuration Page
3.8 Network Time Protocol (NTP) OSM Configuration Page Clicking the button labeled “Ntp” will open the NTP OSM status and configuration pages, from here the inventory, status and settings for the NTP OSM are available for viewing and editing. 3.8.1 NTP OSM Inventory Page The Inventory page (Figure 21) shows the NTP OSM’s serial number, hardware revision, software version and FPGA version. -
Page 41: Ntp Osm Status Page
3.8.2 NTP OSM Status Page The Status page (Figure 22) shows the fault status for both ports on the NTP OSM, as well as showing the IPv6 Addresses of each port. Figure 22. NTP OSM Status Page MANUAL P/N 900000178 REV B... -
Page 42: Ntp Osm Settings
3.8.3 NTP OSM Settings The NTP OSM Settings Page enables the user to configure the IP address, gateway address, subnet mask, and authentication method, key ID and hex key for each port of the NTP OSM independently. Figure 23. NTP OSM Settings Page MANUAL P/N 900000178 REV B... -
Page 43: Support Information
4 Support Information All Brandywine Communications products come with a one-year warranty. If the unit is still exhibiting problems not covered by the above troubleshooting guide, contact us for technical support at support@brandywinecomm.com or call us at 714-755-1050. If it becomes necessary to return the unit to the factory for repairs, call us at 714- 755-1050 extension 113 to arrange an RMA. -
Page 44: Front Panel Drawing
5 Front Panel Drawing Figure 24. M212 Front Panel Drawing MANUAL P/N 900000178 REV A... -
Page 45: Rear Panel Drawings
6 Rear Panel Drawings Figure 25. M212 Rear Panel Drawing MANUAL P/N 900000178 REV A... - Page 46 Rear Panel Pinouts M212 MCM Module Rear Panel Pinouts Connector Ident Function J6-A 10Mhz Output 1PPS Input J6-B Ethernet Port 1 J7-A Ethernet Port 2 J7-B GPS Antenna Input J5-A 9 way 'D' Type Male Function Relay Alarm NC Relay Alarm COM...