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pro bel V6402 HD User Manual

Vistek
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VISTEK V6402
FRAME
SYNCHRONISER,
V6404
DOWN CONVERTER,
V6406
UP CONVERTER,
V6408
CROSS CONVERTER and
V6418
CONVERTER
USER GUIDE
www.pro-bel.com
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Summary of Contents for pro bel V6402 HD

  • Page 1 VISTEK V6402 FRAME SYNCHRONISER, V6404 DOWN CONVERTER, V6406 UP CONVERTER, V6408 CROSS CONVERTER and V6418 CONVERTER USER GUIDE www.pro-bel.com...

  • Page 2: Table Of Contents

    V6418 HD converters Contents DESCRIPTION ......................5 1.1 General ......................5 1.2 Block Diagram ....................7 1.3 Supported Video Standards ................8 1.3.1 V6402 HD Frame Synchroniser.............8 1.3.2 V6404 HD Down Converter ..............10 1.3.3 V6406 HD Up Converter..............11 1.3.4 V6408 HD Cross Converter..............12 1.3.5...
  • Page 3 V6402, V6404, V6406, V6408 and V6418 HD converters 3.2 Common Features to all Units ..............28 3.2.1 SDI Inputs.................... 28 3.2.2 SDI Reclocked & Buffered Output ............28 3.2.3 SDI Main Outputs ................28 3.2.4 Video Reference.................. 28 3.2.5 Standard Detection................28 3.2.6 TRS Signals ..................
  • Page 4 6.2.1 Board Initialization Sequence..............68 6.2.2 SDRAM Test..................69 6.3 Menu Structures ................... 69 6.3.1 V6402 HD Frame Synchroniser Menu Structure .........70 6.3.2 V6404 HD Down Converter Menu Structure........71 6.3.3 V6406 HD Up Converter Menu Structure ..........72 6.3.4 V6408 HD Cross Converter Menu Structure ........73 6.3.5...

  • Page 5: Description

    AH: Audio Handling General The V6402 HD Frame Synchroniser re-times an HD or SD SDI signal to an external reference signal and allows the operator to offset the output from the reference by a set amount both horizontally and vertically.

  • Page 6: Issue

    V6402, V6404, V6406,V6408 and V6418 HD converters The V6406 HD Up Converter takes an SD input signal and converts it to a High Definition (HD) output at the same frame rate as the input. The V6406’s 3 dimensional, motion adaptive filtering offers far superior conversion compared with the V6408’s 2 dimensional algorithm.

  • Page 7: Block Diagram

    V6402, V6404, V6406, V6408 and V6418 HD converters Block Diagram V6402 / V6404 / V6408 / V6418 LVDS Misc I/O (Clk, F, RxD, TxD, etc.) LVDS Video Out (3 pairs Data + 1 pair Clock) LVDS Video In (3 pairs Data + 1 pair Clock) I/O Daughter Card Cable Driver Reclocked HD Output...

  • Page 8: Supported Video Standards

    60Hz. The Bit Serial Interface for all listed HD modes is in accordance with SMPTE specification 292M. For all SD modes, the Serial Digital Interface is in accordance with ANSI/SMPTE 259M. 1.3.1 V6402 HD Frame Synchroniser Supported Video I/O Standards at the time of printing (FPGA Firmware Version V05.04) Tektronix Definition...
  • Page 9 V6402, V6404, V6406, V6408 and V6418 HD converters Supported Reference Standards Standard Sync Type Compatible Video Input Frame- or Field Rates 1080i60 Tri-Level 30Hz, 60Hz 1080i59 Tri-Level 29.97Hz, 59.94Hz 1080i50 Tri-Level 25Hz, 50Hz 1080p30 Tri-Level 30Hz, 60Hz 1080p29 Tri-Level 29.97Hz, 59.94Hz 1080p25 Tri-Level 25Hz, 50Hz...

  • Page 10: V6404 Hd Down Converter

    V6402, V6404, V6406,V6408 and V6418 HD converters 1.3.2 V6404 HD Down Converter Supported conversion modes at the time of printing (FPGA Firmware Version V05.04) Input Standard Output Standard Aspect Ratios 1080i59 525i59 4:3 Anamorphic 1035i59 525i59 16:9 Letterbox 720p59 525i59 14:9 Letterbox 4:3 Centre-Cutout 1080i50...

  • Page 11: V6406 Hd Up Converter

    V6402, V6404, V6406, V6408 and V6418 HD converters 1.3.3 V6406 HD Up Converter Supported conversion modes at the time of printing Input Standard Output Standard Aspect Ratios 525i59 720p59 16:9 Anamorphic 1080i59 4:3 Pillarbox 14:9 Centre-Cutout 625i50 720p50 16:9 Centre-Cutout 1080i50 Furthermore, the V6406 HD Up Converter performs the colourspace conversion between the SD and the HD domain in accordance with the following standards:...

  • Page 12: V6408 Hd Cross Converter

    V6402, V6404, V6406,V6408 and V6418 HD converters 1.3.4 V6408 HD Cross Converter Supported conversion modes at the time of printing (FPGA Firmware Version V05.04) Input Standard Output Standard Aspect Ratios 1080i59 720p59 1035i59 720p59 720p59 720p59 1080i60 720p60 1035i60 720p60 720p60 720p60 1080i59...

  • Page 13: V6418 Hd Converter

    V6402, V6404, V6406, V6408 and V6418 HD converters 1.3.5 V6418 HD Converter Supported conversion modes at the time of printing (FPGA Firmware Version V05.04) Input Standard Output Standard Aspect Ratios 1080i59 720p59 1035i59 720p59 720p59 720p59 1080i60 720p60 1035i60 720p60 720p60 720p60 1080i59...
  • Page 14 V6402, V6404, V6406,V6408 and V6418 HD converters Notes: 1. 1035i59 Input Standard not supported in Short Delay Down Conversion mode. 2. 16:9 and 14:9 Letterbox Aspect Ratios not supported in Short Delay Down Conversion mode. Furthermore, the V6418 HD Converter performs the colourspace conversion between the SD and the HD domains when up- or down-converting in accordance with the following standards: ITU-R BT.709-5 (HD) ITU-R BT.601-5 (SD)

  • Page 15: Installation

    V6402, V6404, V6406, V6408 and V6418 HD converters INSTALLATION Rear Panels For more details on the V6302 see the V6302 User Guide. HU-V6402&4&6&8&18...

  • Page 16: Connections

    V6402, V6404, V6406,V6408 and V6418 HD converters Connections The following table shows the function of the rear panel BNCs: Connector Type Function ► HD/SDI 1 HD/SDI Video Input 1 ► HD/SDI 2 HD/SDI Video Input 2 ◄ HD/SDI LOOP HD/SDI Reclocked and Buffered Loop-through Output ◄...

  • Page 17: Module And Environmental Specifications

    V6402, V6404, V6406, V6408 and V6418 HD converters Module and Environmental Specifications Parameter Environmental Specification Module Size Standard V1600 range form factor; fits in V1606 3U rack or V6011 '1-Box' Rear Panels V16HR3C Single width rear V16HR3D Double width rear (for V6302 combo) V16HR3E Triple width rear (for V6302 combo) Operating Voltage...

  • Page 18: Timing Adjustment Ranges

    V6402, V6404, V6406,V6408 and V6418 HD converters Timing Adjustment Ranges The following tables apply to the V6402 and all other modules with the 'SY' option enabled. The tables show the range of the timing adjustments possible relative to the external reference signal (Synchroniser mode) or the range of adjustable input-to-output delay (also known as insertion delay) if a module is being operated without an external reference, i.e.

  • Page 19: Delay Mode

    V6402, V6404, V6406, V6408 and V6418 HD converters 2.5.2 Delay Mode In the 'Delay Mode', i.e. if the reference is taken from the Input Video signal rather than an external reference, timing adjustments can be accomplished in three levels of accuracy: pixels, lines and fields (interlaced modes) or frames (progressive modes).

  • Page 20: Minimum Delay (Intrinsic Delay)

    V6402, V6404, V6406,V6408 and V6418 HD converters 2.5.3 Minimum Delay (Intrinsic Delay) Module Standard/Conversion Min. Delay Min. Delay Frame Sync mode F-Delay mode V6402 All modes 1 line + 38 pixels 9.1µs (min) 24.4µs (max) (see Delay Mode table for mode dependent line Hysteresis: 15.3µs lengths and pixel timing)

  • Page 21: Hardware

    V6402, V6404, V6406, V6408 and V6418 HD converters Notes: 1. In this case, a pixel is a luminance sample. 2. When in Short Delay Down Conversion mode, these conversions have a maximum insertion delay of 1 Hardware 2.6.1 The PCB This figure shows the construction of the PCB, along with some components of interest.

  • Page 22: Fuse

    V6402, V6404, V6406,V6408 and V6418 HD converters 2.6.3 Fuse There is only one fuse on these modules, which is in series with the main DC input. Fuse 2 Amp Wire In series with the +15V input to the module on the I/O ended daughter board.

  • Page 23: Front Panel

    V6402, V6404, V6406, V6408 and V6418 HD converters Front Panel V6418 HD Conv. U-D-X The front panels are similar to other complex V1600 types. They provide the user with total control and monitoring of the unit without the need to consult manuals and read unlabelled indicators. At first use the menu system may seem cumbersome but with only a small amount of practice it will become very easy to use.

  • Page 24: Display And Switches

    V6402, V6404, V6406,V6408 and V6418 HD converters 2.7.2 Display and Switches The main display is an eight character LED matrix display. It has been set so that when fitted into a 3U rack (V1606) it can be read from the left, and when fitted into a '1-Box' (V6011) it is horizontal and the ‘proper’...

  • Page 25: System Operation

    V6402, V6404, V6406, V6408 and V6418 HD converters SYSTEM OPERATION Local Control 3.1.1 Start up Local control and monitoring of the modules is done through the front panel with its eight character LED ▲ ▼ display and three control buttons Select, .

  • Page 26: Menu Control

    V6402, V6404, V6406,V6408 and V6418 HD converters 3.1.3 Menu Control ▲ ▼ The Select, buttons are used to manoeuvre around the menu system. The menu structure has ▲ ▼ five levels and the Select button is used to go up and down the structure. The buttons are used to move between selections or to adjust a parameter depending on which sort of menu is displayed.

  • Page 27: Menu Examples

    V6402, V6404, V6406, V6408 and V6418 HD converters 3.1.4 Menu Examples This section has examples of how to manoeuvre through the menu system. The first one starts with the unit in its ‘sleep’ mode where the display is blank, and then proceeds to set the reference source to the processing input (Vid I/P).

  • Page 28: Common Features To All Units

    V6402, V6404, V6406,V6408 and V6418 HD converters Common Features to all Units V6402 V6404 V6406 V6408 V6418 3.2.1 SDI Inputs The SDI inputs must conform to either the SMPTE292M or SMPTE259M standards, which describe the Bit Serial Digital Interface for HD and SD operation. If only one input is required then it should be connected to SDI 1.

  • Page 29: Trs Signals

    V6402, V6404, V6406, V6408 and V6418 HD converters 3.2.6 TRS Signals The TRS signals are the digital equivalent of the analogue synchronising pulses. All modules described in this manual always regenerate the TRS signals on their output, so that any errors on the input signal will not be propagated through.

  • Page 30: Sdi Input Fail

    V6402, V6404, V6406,V6408 and V6418 HD converters 3.2.10 SDI Input Fail V6402 and V6404/V6406/V6408/V6418 with SY option: If the selected SDI input fails, then the output picture will be either frozen, set to black or the selected input will switch from input 1 to input 2 (VIDEO : VFL Mode). If the Frame Delay option is not installed or set to zero, the output will resume after a full frame of undisrupted video has been received.

  • Page 31: Video Reference Mismatch

    V6402, V6404, V6406, V6408 and V6418 HD converters 3.2.13 Video Reference Mismatch When a mismatch between the Video Input's (Vid I/P) frame-rate and the Reference's frame-rate is being detected, the output can either follow the Vid I/P or the Reference, depending on the setting of VIDEO : XStdMode (also known as 'Cross-Reference' mode).

  • Page 32: Vco Centre Frequency

    V6402, V6404, V6406,V6408 and V6418 HD converters 3.2.15 VCO Centre Frequency Normally, the output is locked to the video reference - if present - and of the same standard as the video, or to the input video itself. If there is no signal or reference connected then the output will free run at the nominal centre frequency of the on board clock generator.

  • Page 33: Module Specific Functions

    V6402, V6404, V6406, V6408 and V6418 HD converters Module Specific Functions 3.3.1 Manual Freeze V6402 V6404SY V6406SY V6408SY V6418SY The output picture can be frozen manually using the VIDEO : Freeze menu. With interlaced video input formats, such as 1080i59, the operator has the choice between Field1 - Field2 - Frame.
  • Page 34 V6402, V6404, V6406,V6408 and V6418 HD converters Start of new Frame Start of new Frame Ext. Reference Start of new Frame Output is 'delayed' relative to the external Reference signal by V-Timing + H-Timing V6402 Output with positive V-Timing Start of new Frame Output is 'advanced' relative to the external Reference signal by V-Timing + H-Timing V6402 Output...
  • Page 35 V6402, V6404, V6406, V6408 and V6418 HD converters VIDEO : F Delay: Purpose: Coarse delay (in number of fields or frames) Range: depends on baseboard configuration and (Password enabled Option) Input Standard VIDEO : V Delay: Purpose: Fine delay (in number of lines) Range: 0 up to (number of total lines per field/frame –...
  • Page 36 V6402, V6404, V6406,V6408 and V6418 HD converters The following table shows the upper limits of the Field/Frame Delay control (VIDEO : F-Delay). Please note that the actual numbers displayed in the menu F-Delay represent ‘Fields’ if the input standard is interlaced and ‘Frames’...
  • Page 37 V6402, V6404, V6406, V6408 and V6418 HD converters The following illustration shows how the Field/Frame Delay works: Live Video Input Reclocked Output current scene Frame n Current Write Pointer Frame n-3 Frame n-2 Current Read Pointer Frame n-1 Circular Buffer stores multiple Frames Processed Output scene that happened n-Frames ago...

  • Page 38: Test Pattern Generator (Tpg)

    V6402, V6404, V6406,V6408 and V6418 HD converters 3.3.3 Test Pattern Generator (TPG) V6418SY V6408SY V6402 V6404SY V6406SY The V6402 and the V6404/06/08/18 with the SY option fitted come with a built-in Test Pattern Generator (TPG). The test patterns can be used to provide signals for system testing and even for testing other pieces of equipment.
  • Page 39 V6402, V6404, V6406, V6408 and V6418 HD converters Stepping through the menu, the following Test Patterns will be generated: TPG Off (Live Video) 100 % Bars 75 % Bars ► ► ► SDI Matrix Cross Hair Linear Ramp (Pathological signal) (Timing) ►...
  • Page 40 V6402, V6404, V6406,V6408 and V6418 HD converters The V6402 can be used as a simple stand-alone TPG, without the need for an Input signal or Reference signal being present. If the module powers up without an Input signal present, its output will automatically switch to the SD or HD Standard according to the selection made in the CONFIG : Def Std menu.

  • Page 41: Conversion Modes

    V6402, V6404, V6406, V6408 and V6418 HD converters 3.3.4 Conversion Modes V6418 V6404 V6408 V6402 Input Modes: By default, an auto-sensing mechanism switches the board between SD or HD input modes, depending on the Input standard applied to the board and the selected output standard. Alternatively, the board can be 'forced' to work either in SD or HD input modes.

  • Page 42: Down Converter Aspect Ratios

    V6402, V6404, V6406,V6408 and V6418 HD converters V6404 V6418 3.3.5 Down Converter Aspect Ratios A Down-Converter always converts a 16:9 input picture to a 4:3 aspect ratio output. The V6404/18 gives four options in the VIDEO : A/R menu (VIDEO : A/R Down for V6418). They are shown diagrammatically below.

  • Page 43: Up/Cross Converter Aspect Ratios

    V6402, V6404, V6406, V6408 and V6418 HD converters V6406 V6408 V6418 3.3.6 Up/Cross Converter Aspect Ratios Since all of the currently supported HD standards have the same 16:9 aspect ratio, there is no need to perform an aspect ratio conversion when cross-converting between them. If the V6406/08/18 is fed with an SD input, it will up-convert to the selected HD standard (provided they have the same frame-rate).

  • Page 44: V6418 Short Delay Mode

    V6402, V6404, V6406,V6408 and V6418 HD converters 3.3.8 V6418 Short Delay Mode The V6418 can be set in Short Delay Down Conversion mode in the menu: ENG’ING : DownConv : ShortDel. This mode applies only when the V6418 operates as a HD to SD down converter or a SD to SD bypass.

  • Page 45: Video Processing Amplifier

    V6402, V6404, V6406, V6408 and V6418 HD converters V6402VP V6404VP V6406VP V6408VP V6418VP Video Processing Amplifier 3.4.1 Video Gain PROC AMP V Gain The adjustment range is ±6dB and it applies equally to the luminance and both of the chrominance channels (Cb and Cr).

  • Page 46: Limiting

    V6402, V6404, V6406,V6408 and V6418 HD converters 3.4.6 Limiting PROC AMP Hrd Clip Since gain can be applied to the D1 signal it is possible to generate levels outside the normal 10 bit gamut of D1 and so limiting is required. The V64xx Proc Amp normally applies a soft form of limiting that progressively reduces the gain of a signal as it approaches the limits, either overshoot or undershoot.

  • Page 47: Audio Handling

    V6402, V6404, V6406, V6408 and V6418 HD converters Audio Handling V6418AH V6408AH V6404AH V6406AH The V6404/06/08/18 provide some functionality for dealing with embedded audio. These functions are summed up in a group called 'AUDIO'. The main task is to 'transfer' the embedded audio information between the different domains, i.e. from SD to HD or vice versa, whilst preserving its original digital content.

  • Page 48: Audio Processing

    V6402, V6404, V6406,V6408 and V6418 HD converters V6404AP V6406AP V6408AP V6418AP V6402AP Audio Processing The audio processing capabilities of the V6302/AP Advanced Audio Processor module can be utilised by any of these modules by combining the V6302/AP module with the V64xx module in a V16HR3D Double width or V16HR3E Triple width rear module.

  • Page 49: Closed Captions

    V6402, V6404, V6406, V6408 and V6418 HD converters V6418CP Closed Captions V6408CP V6406CP V6404CP The V6404/06/08/18 provide some functionality for dealing with closed caption data. These functions are summed up in a group call ‘CCAPTION’. The main task is to ‘transcode’ or transfer the closed caption information between the different domains, i.e.

  • Page 50: Output Line Selection On The V6418

    V6402, V6404, V6406,V6408 and V6418 HD converters 3.7.3 Output line selection on the V6418 The closed caption controls consist of an on/off control and line selection. Due to the complexity of the V6418 module the line selection control is a local only control available on the front panel of the module in remote and local modes.

  • Page 51: Calibration

    V6402, V6404, V6406, V6408 and V6418 HD converters CALIBRATION V6402 V6404 V6406 V6408 V6418 This section describes how to calibrate the unit as it is done in the factory. The units do not contain any potentiometers, but like most equipment with analogue parts still needs to be calibrated. Normally this calibration is done in the factory and should not need to be repeated in the field but this section describes the procedure and is included for completeness.

  • Page 52: Controls

    V6402, V6404, V6406,V6408 and V6418 HD converters CONTROLS These tables show a complete list of all the parameters that can be controlled locally for the various configurations. Unless otherwise shown they can also be controlled over the DART remote control system.

  • Page 53: Video Processing - Video

    V6402, V6404, V6406, V6408 and V6418 HD converters Video Processing – VIDEO Main Value Comment Menu Menu ü ü ü ü ü VIDEO Source I/P 1 ü ü ü ü ü I/P 2 ü Black ü ü O/P Std 720p59 720p60 720p29 720p30...
  • Page 54 V6402, V6404, V6406,V6408 and V6418 HD converters Video Processing – VIDEO (cont.) Comment Main Value Menu Menu ü 16:9 Anamorphic VIDEO A/R Up 16:9 ANA 4:3 PB 4:3 Pillar Box 14:9 PB 14:9 Pillar Box 16:9 CC 16:9 Centre Cutout ü...
  • Page 55 V6402, V6404, V6406, V6408 and V6418 HD converters Video Processing – VIDEO (cont.) Main Value Comment Menu Menu ü Video H Delay With Vid I/P as +0.00µs reference ⇓ Range dependent on +22.23µs mode! ü V Timing -256 With Ext. Reference ⇓...

  • Page 56: Operating Conditions - Status

    V6402, V6404, V6406,V6408 and V6418 HD converters Operating Conditions – STATUS Comment Main Value Menu Menu ü ü ü ü STATUS Variant V6402 Frame Synchroniser V6404 HD Down Converter HD Up Converter V6406 HD Cross Converter V6408 V6418 HD Converter ü...
  • Page 57 V6402, V6404, V6406, V6408 and V6418 HD converters Operating Conditions – STATUS (cont.) Main Value Comment Menu Menu STATUS Aud Grps None 1 2 3 4 Number indicates Grp present 1 - - - indicates Grp absent ü ü ü ü...

  • Page 58: Engineering - Eng'ing

    V6402, V6404, V6406,V6408 and V6418 HD converters Engineering – ENG’ING Main Value Comment Menu Menu ü defaults to Ref I/P if ENG'ING Ref Src Auto present selects Video Input Vid I/P Ref I/P selects Reference Input ü Test Ptn TPG Off Test Pattern 'Off' Bars 100 100% Colour Bars...

  • Page 59: Calibration - Calib

    V6402, V6404, V6406, V6408 and V6418 HD converters Calibration – CALIB Main Value Comment Menu Menu ü ü ü ü ü CALIB Cal Mode Cal Off Cal On Must be set 'On' to enable calibration (CntrFreq setting) ü ü ü ü...

  • Page 60: Configuration - Config

    V6402, V6404, V6406,V6408 and V6418 HD converters Configuration – CONFIG Comment Main Value Menu Menu ü ü ü ü ü GPI has no function CONFIG GPI OFF GPI SDI1 Activate to select I/P 1 GPI SDI2 Activate to select I/P 2 Activate to O/P Bars GPI BARS (SY)
  • Page 61 V6402, V6404, V6406, V6408 and V6418 HD converters Configuration – CONFIG (cont.) Comment Main Value Menu Menu 720p24 1080i59 1080i60 1080p29 1080p30 1080i50 1080p25 1080p23 1080p24 1080sf23 1080sf24 1035i59 1035i60 525i59 625i50 ü CONFIG DefIpStd 525i59 625i50 ü ü ü ü...
  • Page 62 V6402, V6404, V6406,V6408 and V6418 HD converters Legend: ü Feature available on Standard version VP (Video Proc Amp) option required SY (Frame Synchroniser) option required FD (Field/Frame Delay) option required AH (Audio Handling) option required Issue 6...

  • Page 63: Video Proc Amp - Proc Amp

    V6402, V6404, V6406, V6408 and V6418 HD converters Video Proc Amp – PROC AMP Note: This menu is only available on modules with the VP (Video Proc Amp) option enabled. Main Value Comment Menu Menu PROC AMP V Gain -6.02dB ⇓...

  • Page 64: Audio Handling - Audio

    V6402, V6404, V6406,V6408 and V6418 HD converters Audio Handling – AUDIO Note: This menu is only available on modules with the AH (Audio Handling) option enabled. Main Value Comment Menu Menu AUDIO Aud Grp1 Grp1 20b Grp1 24b Grp1 Off Aud Grp2 Grp2 20b Grp2 24b...

  • Page 65: Closed Captioning - Ccaption

    V6402, V6404, V6406, V6408 and V6418 HD converters Legend: ü Feature available on Standard version VP (Video Proc Amp) option required SY (Frame Synchroniser) option required FD (Field/Frame Delay) option required AH (Audio Handling) option required Closed Captioning – CCAPTION Note: This menu is only available on modules with the CP (CLOSED CAPTIONING) option enabled.

  • Page 66: Trouble Shooting Guide (Frequently Asked Questions)

    V6402, V6404, V6406,V6408 and V6418 HD converters APPENDIX A Trouble Shooting Guide (Frequently Asked Questions) This section is to be a help in solving some common difficulties. If there is no control from the front panel first check that the Rem/Local switch is set to Local. My V64xx powers-up with a static test pattern or black output, although a valid SDI video signal is connected to one of its inputs.
  • Page 67 V6402, V6404, V6406, V6408 and V6418 HD converters The Proc Amp does not work. Check whether it is set to Bypass. PROC AMP : Bypass : Byp Off The display never goes to sleep. Check whether the Sleep delay has been set to 0 Mins, which means stay awake. HU-V6402&4&6&8&18...

  • Page 68: Initialization, Power On-Selftest & Error Messages

    V6402, V6404, V6406,V6408 and V6418 HD converters Initialization, Power On-Selftest & Error Messages 6.2.1 Board Initialization Sequence Every time a board goes through a power-on cycle, either by re-seating the board in the rack or by triggering the manual reset, a sequence of initialisation and self-test events is being carried out by the on- board microcontroller.

  • Page 69: Sdram Test

    V6402, V6404, V6406, V6408 and V6418 HD converters 6.2.2 SDRAM Test An automatic SDRAM test is being carried out on the V64xx baseboard with firmware V02.00 (or higher) as part of the power-on self-test sequence. This is subject to the corresponding setting in the CONFIG Menu (Mem Test ON/OFF) - Mem Test is set to 'ON' by default.

  • Page 70: V6402 Hd Frame Synchroniser Menu Structure

    VISTEK V6402, V6404, V6406, V6408 and V6418 6.3.1 V6402 HD Frame Synchroniser Menu Structure SLEEP ▼ ◄► ◄► ◄► ◄► ◄► ◄► V6402 I/P 1 I/P 2 I/P Std O/P Std Ref Std ▼ ◄► ◄► ◄► ◄► ◄► ◄►...

  • Page 71: V6404 Hd Down Converter Menu Structure

    VISTEK V6402, V6404, V6406, V6408 and V6418 6.3.2 V6404 HD Down Converter Menu Structure SLEEP ▼ ◄► ◄► ◄► ◄► ◄► ◄► ◄► ◄► V6404 I/P 1 I/P 2 I/P Std O/P Std CEA608 CEA708 Ref Std ▼ ◄► ◄► ◄►...

  • Page 72: V6406 Hd Up Converter Menu Structure

    VISTEK V6402, V6404, V6406, V6408 and V6418 6.3.3 V6406 HD Up Converter Menu Structure SLEEP ▼ ◄► ◄► ◄► ◄► ◄► ◄► ◄► ◄► V6406 I/P 1 I/P 2 I/P Std O/P Std CEA608 CEA708 Ref Std ▼ ◄► ◄► ◄►...

  • Page 73: V6408 Hd Cross Converter Menu Structure

    VISTEK V6402, V6404, V6406, V6408 and V6418 6.3.4 V6408 HD Cross Converter Menu Structure SLEEP ▼ ◄► ◄► ◄► ◄► ◄► ◄► ◄► ◄► V6408 I/P 1 I/P 2 I/P Std O/P Std CEA608 CEA708 Ref Std ▼ ◄► ◄► ◄►...

  • Page 74: V6418 Hd Converter Menu Structure

    VISTEK V6402, V6404, V6406, V6408 and V6418 6.3.5 V6418 HD Converter Menu Structure SLEEP ▼ ◄► ◄► ◄► ◄► ◄► ◄► ◄► ◄► V6418 I/P 1 I/P 2 I/P Std O/P Std CEA608 CEA708 Ref Std ▼ ◄► ◄► ◄► ◄►...

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V6404 hdV6406 hdV6408 hdV6418 hd

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