OPERATION MANUAL USF-106UDC-12G 4K Up/Down-Converter USF-106DC-12G 4K Down-Converter USF-10UDC-AHDR USF-10DC-AHDR 2 nd Edition - Rev. 1
Precautions Important Safety Warnings [Power] Stop [Circuitry Access] Do not place or drop heavy or sharp-edged objects on the power cord. A damaged cord can cause fire or electrical shock hazards. Regularly check the power cord for excessive wear or damage to avoid possible fire / electrical hazards. Stop Do not touch any parts / circuitry with a high heat factor. Capacitors can retain enough electric charge to cause mild to serious shock, even after the power has been disconnected. Capacitors associated with the power supply are especially hazardous. Hazard [Potential Hazards] Unit should not be operated or stored with cover, panels, and / or casing removed. Operating the unit with circuitry exposed could result in electric shock / fire hazards or a unit malfunction. Caution If abnormal odors or noises are noticed coming from the unit, immediately turn the power off and disconnect the power cord to avoid potentially hazardous conditions. If problems similar to the above occur, contact an authorized service representative before attempting to operate the unit again. [Consumables] Caution Consumable items that are used in the unit must be periodically replaced. For further details on which parts are consumables and when they should be replaced, refer to the specifications at the end of the Operation Manual. Since the service life of the consumables varies greatly depending on the environment in which they are used, such items should be replaced at an early date. For details on replacing consumable items, contact your dealer. 2
Upon Receipt USF-106UDC / DC-12G cards and their accessories are fully inspected and adjusted prior to shipment. Check your received items against the packing lists below. Check to ensure no damage has occurred during shipment. If damage has occurred, or items are missing, inform your supplier immediately. USF-106UDC / DC-12G Box ITEM QTY REMARKS USF-106UDC-12G or USF-106DC-12G DVD-ROM 1 1 Front module Rear module Installation disc -USF-106UDC/DC-12G GUI Software -USF-GUI-Launcher (Connection Manager) Including the following PDF manuals -USF-106UDC/DC-12G Operation Manual -USF-GUI-Launcher Operation Manual Software Option USF-10UDC-AHDR or USF-10DC-AHDR 1 HDR Expansion option Remote Control Option FA-10RU 1 Trademarks * Microsoft, Windows and Internet Explorer are either registered trademarks or trademarks of Microsoft Corporation in the United States and/or other countries * Intel Core and Pentium are trademarks of Intel Corporation in the U.S. and/or other countries. * Firefox is a registered trademark of the Mozilla Foundation. * Dolby is a trademark of Dolby Laboratories Inc. * All other trademarks are trademarks or registered trademarks of their respective owners. 3
Table of Contents 1. Prior to Starting... 6 1-1. Overview... 6 1-2. Features... 6 2. Panel Descriptions... 7 2-1. Front Panel... 7 2-2. Dipswitch Settings... 7 2-3. Rear Panel... 8 3. Connection... 9 3-1. Basic Configuration... 9 3-2. Video Input and Output...10 4. Conversion Table...12 4-1. USF-106UDC-12G...12 4-1. USF-106DC-12G...13 5. USF-106UDC/DC-12G GUI (Windows GUI)...14 5-1. Video Tab...15 5-1-1. Input Select...16 5-1-2. Reference Select...17 5-1-3. Synchronizer...17 5-1-4. Converter...18 5-1-5. Color Processor Input Select...23 5-1-6. Color Processor...23 5-1-6-1. Pre Process Amp/Post Process Amp...23 5-1-6-2. Input / Output Gamma / Color...24 5-1-6-3. Dynamic Range Gain...26 5-1-6-4. Differential Color Correct...26 5-1-6-5. Knee (RGB) Clip...27 5-1-6-6. Balance Color Correct...27 5-1-6-7. YPbPr Clip...28 5-1-6-8. Other...28 5-1-7. Ancillary...29 5-1-8. Output Select...31 5-1-9. Video Status...31 5-2. Audio Tab...32 5-2-1. Input...32 5-2-2. Input Delay...33 5-2-3. Sampling Rate Converter...34 5-2-4. Output Mapping...34 5-2-5. Monosum / Downmix / Test Signal...35 5-2-6. Gain...36 5-2-7. Converter Delay...37 5-2-8. Output...37 5-2-9. Audio System...38 5-2-10. Input Status / Output Status...38 5-3. Event Tab...39 5-3-1. Unsaved Menu Settings...39 5-4. Status Tab...39 6. Web GUI...40 6-1. Module Information...40 6-2. Network...40 6-3. Trap...41 6-3-1. SNMP Trap Settings...41 4
6-3-2. Download MIB File...41 6-4. Event Data...42 6-5. Gamma Data / Gamut Data...42 7. Command Control...43 7-1. Overview...43 7-2. Communication Method...43 7-3. Slave IP Address Setting...43 7-4. Master IP Address Setting...43 7-5. Setting Command...43 7-5-1. Master to Slave Messages...43 7-5-2. Command List - Master to Slave...44 7-5-3. Commands Setting Value...45 7-5-4. Slave Responses to Master to Slave Messages...48 7-5-5. Slave Status Report Messages...49 7-6-1. Checking the Slave Start-up...52 7-6-2. Acquiring the Slave Status...52 7-6-3. Changing the Slave Settings...52 7-6-4. Reporting the Slave Status Change...52 8. SNMP Functions...53 8-1. USF-106UDC-12G MIB Information...53 8-2. USF-106DC-12G MIB Information...55 9. Specifications and Dimensions...57 9-1. Unit Specifications...57 9-2. External Dimensions...58 5
1. Prior to Starting 1-1. Overview The USF-106UDC/DC-12G module is an up/down converter with FS functions supporting 12G-SDI. Strongly supports various video conversions with a newly developed color processing circuit that supports latest Gamut and Dynamic Range. Audio remapping, audio gain adjustment and audio delay functions are also available. 1-2. Features Implements a latest SDI interface: 12G-SDI. Strongly supports HD/4K contents production with a newly developed color processing circuit. ITU-R BT.2020 (WCG) and ITU-R BT.709 processing and conversion. Various HDR/ SDR EOTF and OETF reduce differences with external devices. Custom EOTF / OETF log curves and color space data upload from computer Dynamic Range conversion for Display light, OOTF (HLG) Up-/down-/IP-conversions, ranging from SD to HD/4K 3G-SDI Level-A/B and SQD / 2SI conversions 4K conversion between Single-Link 12G-SDI and Quad-Link 3G-SDI (Gearbox) Robust frame synchronizer with audio and SDI error correction GUI software (full) and web browser (limited) control and SNMP monitoring Mounts on USF-212AS and USF-105AS frames 6
2. Panel Descriptions 2-1. Front Panel USF-106UDC-12G 1 2 USF-106UDC-12G No. Name Description 1 POWER SW (S2) 2 Micro SD Switch used to turn unit power ON / OFF. Move the switch to the right to turn on the power. To remove the front module when the frame is powered on, pull out the module with the switch turned to the left. To install the front module when the frame is powered on, insert the module with the switch off (move to left) and turn on (move to right) the power switch after installation. (POWER SW not installed on the front module S/N 17610301 and later.) A micro SD card is implemented on the module. Do not remove the micro SD card. 2-2. Dipswitch Settings IMPORTANT Note that dipswitch settings should remain unchanged from factory default settings. If you have accidentally changed the setting, refer to the table below to return to the factory default settings. Dipswitch. Switch No. Setting Remark DS1 1-3 4 5-8 DS2 1-8 DS7 1-8 Off (Do not change) On (Do not change) Off (Do not change) Off (Do not change) Off (Do not change) (Not installed on the front module S/N 17610301 and later.) (Not installed on the front module S/N 17610301 and later.) 7
2-3. Rear Panel 3 2 1 No. Name Description 1 12G/3G/HD/SD-SDI IN Used for 12G/3G/HD/SD-SDI input 2 3 12G/3G/HD/SD-SDI OUT 1a 12G/3G/HD/SD-SDI OUT 1b 3G/HD/SD-SDI IO 2a 3G/HD/SD-SDI IO 2b 3G/HD/SD-SDI IO 2c 3G/HD/SD-SDI IO 2d Used for 12G/3G/HD/SD-SDI output Used for 12G/3G/HD/SD-SDI output Used for 3G/HD/SD-SDI input/output and Link 1 for 4K Quad Link 3G-SDI. Used for 3G/HD/SD-SDI input/output and Link 2 for 4K Quad Link 3G-SDI. Used for 3G/HD/SD-SDI input/output and Link 3 for 4K Quad Link 3G-SDI. Used for 3G/HD/SD-SDI input/output and Link 4 for 4K Quad Link 3G-SDI. 8
VIDEO IN USF-10 40VEA THRU 1 2 3G/HD/SDSDI IN USF-1043FS USF-1 08ADA SDI IN USF-10 53DDA ANALOG AUDIO 1 2 VIDEO OUT 1 2 3G/HD/SD SDI OUT 1 2 3 4 5 SDI OUT 3 3 4 4 IN OUT 3G/HD/SD SDI USF-1013MUX IN OUT 3G/HD/SD SDI USF-101 3DEMUX USF-10 43DCC 1/2 3/4 5/6 DIGITAL AUDIO IN 1/2 3/4 5/6 DIGITAL AUDIO OUT 3 4 5 6 7 VIDEO OUT 1 VIDEO IN USF-11 00VEA THRU 8 9 2 3 10 4 LAN A ALARM GENLOCK 1 GENLOCK 2 AC100-240V 50/60Hz IN 3. Connection 3-1. Basic Configuration Two USF-106UDC-12G (or USF-106DC-12G) module cards are installed on a USF-212AS frame in this example. Set input or output for four BNC port on the upper side of the modules. See Sec.3-2. Video Input and Output for details. The USF frame, the PC and the FA-10RU (optional remote control unit) are connected via LAN. Install the dedicated Windows GUI software in the PC and setup and operate the modules. (See Sec.5. USF-106UDC/DC-12G GUI (Windows GUI) for details. The PC Web browser allows you to save/load events (menu settings list) and to import/export Gamma and Gamut settings files. ( See Sec. 6. Web GUI. ) Reference Signal 75Ω Termination USF-106UDC-12G 1 2 3G/HD/SD SDI IN 1 2 3G/HD/SD SDI OUT 7/8 -LTC 7/8 -LTC LAN 1 LAN 2 LAN1 USF-212 192.168.0.10 (255.255.255.0) SER. NO. AC100-240V 50/60Hz IN 1 AC100-240V 50/60Hz IN 2 USF-212AS Rear Panel Selectable Inputs/outputs 4K/HD/SD Video 4K/HD/SD Video Ethernet hub Setup and operation Save/load events Setup and operation (Windows GUI Software) Save/load events (Web browser) LAN port 192.168.0.53 (255.255.255.0) FA-10RU (Remote Control Unit option) Windows GUI Software Web browser TO MU GPI1 GPI2 GPI3 (10/100/1000BASE-T) TO MU 192.168.0.100 (255.255.255.0) FA-10RU allows you to setup/operate the modules and save/load events. See the FA-10RU for USF-106UDC/DC-12G Operation Manual for details on FA-10RU connection and operation. 9
3-2. Video Input and Output If using SDI I/O 2a-2d as input (*1) (Signals in light blue cells are unavailable on USF-106DC-12G modules.) Input video Input port (*2) SDI OUT 1a, 1b [Video > Converter] menu settings output video HD 4K (3G Quad) 4K (12G Single) SDI IN (SDI 1) SDI I/O 2a SDI I/O 2a-2d SDI IN (SDI 1) HD x 2 4K (12G Single) x 2 HD x 2 4K (12G Single) x 2 HD x 2 4K (12G Single) x 2 Format Convert: Follow Input Format Convert: Manual Standard: 2160 Frame Rate: 59.94P Level: Level-A Division: 2-Sample Interleave Format Convert: Manual Standard: 1080 Frame Rate: 59.94i/29.97PsF Format Convert: Manual Standard: 2160 Frame Rate: 59.94P Level: Level-A Division: 2-Sample Interleave Format Convert: Manual Standard: 1080 Frame Rate: 59.94i/29.97PsF Format Convert: Follow Input (*1) Select Input under [Video > Input Select > SDI 2 Terminal]. (p 16) (*2) Select an input source under the [Video > Input Select > Source Select]. (p 16) Input: SDI IN Output: SDI OUT 1a, 1b 4K or HD 4K or HD 4K or HD Input: SDI I/O 2a-2d Output: SDI OUT 1a, 1b 4K (3G Quad) x1 or HD x 1 (2a) 4K or HD 4K or HD 10
If using SDI I/O 2a-2d as output (*3) (Signals in light blue cells are unavailable on USF-106DC-12G modules.) Input video Input port SDI OUT 1a, 1b output video SDI I/O 2a-2d output video [Video > Converter] menu settings HD 4K (12G Single) SDI IN (SDI 1) HD x 2 HD x 4 Format Convert: Follow Input 4K (12G Single) x 2 (*4) 4K (3G Quad) x 1 HD x 2 HD x 4 4K (12G Single) x 2 (*4) 4K (3G Quad) x 1 Format Convert: Manual Standard: 2160 Frame Rate: 59.94P Level: Level-A or B Division: 2-Sample Interleave or Square Format Convert: Manual Standard: 1080 Frame Rate: 59.94i/29.97PsF Format Convert: Follow Input or Manual Standard: 2160 Frame Rate: 59.94P Level: Level-A or B Division: 2-Sample Interleave or Square (*3) Select Output under [Video > Input Select > SDI 2 Terminal]. (p 16) (*4) Selecting Level-B or Square displays the black video. Input: SDI IN Output: SDI OUT 1a, 1b SDI I/O 2a-2d 4K (3G Quad) x1 or HD x 4 4K or HD 4K or HD 4K or HD 11
4. Conversion Table 4-1. USF-106UDC-12G <59.94 Hz> Output 4K HD SD 12G 3G x 4 3G 1.5G Input 2160/59.94p Level-A 2SI 12G 2160/59.94p Level-A 2SI 2160/59.94p Level-A SQD 4K 3G 2160/59.94p Level-A 2SI x 4 2160/59.94p Level-B SQD 2160/59.94p Level-B 2SI 3G 1080/59.94p Level-A 1080/59.94p Level-B 1080/29.97p HD 1080/23.98p 1.5G 1080/59.94i (29.97PsF) 1080/23.98PsF 720/59.94p SD 525/59.94i (SD-SDI) 2160/59.94p Level-A SQD 2160/59.94p Level-A 2SI 2160/59.94p Level-B SQD 2160/59.94p Level-B 2SI 1080/59.94p Level-A 1080/59.94p Level-B 1080/29.97p 1080/23.98p 1080/59.94i (29.97PsF) 1080/23.98PsF 720/59.94p 525/59.94i(SD-SDI) <50 Hz> Output 4K HD SD 12G 3G x 4 3G 1.5G Input 12G 2160/50p Level-A 2SI 2160/50p Level-A SQD 4K 3G 2160/50p Level-A 2SI x 4 2160/50p Level-B SQD 2160/50p Level-B 2SI 3G 1080/50p Level-A 1080/50p Level-B HD 1080/25p 1.5G 1080/50i (25PsF) 720/50p SD 625/50i (SD-SDI) 2160/50p Level-A 2SI 2160/50p Level-A SQD 2160/50p Level-A 2SI 2160/50p Level-B SQD 2160/50p Level-B 2SI 1080/50p Level-A 1080/50p Level-B 1080/25p 1080/50i (25PsF) 720/50p 625/50i (SD-SDI) 12
4-1. USF-106DC-12G <59.94 Hz> Output 4K HD SD 12G 3G x 4 3G 1.5G Input 2160/59.94p Level-A 2SI 12G 2160/59.94p Level-A 2SI 2160/59.94p Level-A SQD 4K 3G 2160/59.94p Level-A 2SI x 4 2160/59.94p Level-B SQD 2160/59.94p Level-B 2SI 3G 1080/59.94p Level-A 1080/59.94p Level-B 1080/29.97p HD 1080/23.98p 1.5G 1080/59.94i (29.97PsF) 1080/23.98PsF 720/59.94p SD 525/59.94i (SD-SDI) 2160/59.94p Level-A SQD 2160/59.94p Level-A 2SI 2160/59.94p Level-B SQD 2160/59.94p Level-B 2SI 1080/59.94p Level-A 1080/59.94p Level-B 1080/29.97p 1080/23.98p 1080/59.94i (29.97PsF) 1080/23.98PsF 720/59.94p 525/59.94i(SD-SDI) <50 Hz> Output 4K HD SD 12G 3G x 4 3G 1.5G Input 12G 2160/50p Level-A 2SI 2160/50p Level-A SQD 4K 3G 2160/50p Level-A 2SI x 4 2160/50p Level-B SQD 2160/50p Level-B 2SI 3G 1080/50p Level-A 1080/50p Level-B HD 1080/25p 1.5G 1080/50i (25PsF) 720/50p SD 625/50i (SD-SDI) 2160/50p Level-A 2SI 2160/50p Level-A SQD 2160/50p Level-A 2SI 2160/50p Level-B SQD 2160/50p Level-B 2SI 1080/50p Level-A 1080/50p Level-B 1080/25p 1080/50i (25PsF) 720/50p 625/50i (SD-SDI) 13
5. USF-106UDC/DC-12G GUI (Windows GUI) When starting the USF-106UDC/DC-12G GUI software from the USF-GUI-Launcher (Connection Manager), the menu screen as shown below appears. USF-106UDC-12G USF-106DC-12G See the USF-GUI-Launcher Operation Manual (separate manual file) for details on how to launch USF-106UDC/DC -12G GUI using the USF-GUI-Launcher. Main Menu screen is composed of four tabs: Video, Audio, Event and Status. Video tab: Shows a block diagram for the video signal processing, from which menu pages are opened. Audio tab: Shows a block diagram for the audio signal processing, from which menu pages are opened. Event tab: Allows you to save/load menu settings. Status tab: Displays the module information. 14
5-1. Video Tab Selecting the Video tab shows the Video Block diagram. Click blocks in the processing order to open menus and configure video processing. USF-106UDC-12G USF-106DC-12G Block name Refer to Block name Refer to Input Select 5-1-1 Color Processor Input Select 5-1-5 Reference Select 5-1-2 Color Processor 5-1-6 Synchronizer 5-1-3 Ancillary 5-1-7 Converter 5-1-4 Output Select 5-1-8 Video Status 5-1-9 15
5-1-1. Input Select Selecting Input Select in the Video Block diagram opens the following menu screen. Item Default Setting Description Format - - Source Select SDI 2 Terminal Loss Mode Format Detection SDI 1 Input Black (Link) Auto SDI 1 SDI 2a-2d Input Output Black(Link) Black(Separate) Auto Freeze Output Mute Auto Manual Displays the detected input signal format. If unidentifiable video signal is input, for example, Not Supported (1920 * 1080/59.94i) appears. In which case, the input signal is supposed as the one in parenthesis and proceeded. Selects a video signal. Enabled when SDI 2 Terminal is set to Input. Selects input or output for SDI 2a-2d ports. Selects the output mode for input signal loss. Black (Link)(Separate): Outputs a black video. Auto Freeze: Freezes and outputs the last normal video. Output Mute: Stops outputting video signals. See note (*2) for 4K Quad Link 3G input. Auto: Automatically detects and determines the input signal format. Manual: Defines the input signal format using the following parameters. The following parameters are effective if Format Convert is set to Manual. Standard (*1) Horizontal Size Frame Rate (*1) Level 1080 SD 720 1080 2160 Specifies the number of vertical pixels (lines). 1920/3840 1920/3840 The number of horizontal pixels. (Fixed) 59.94i / 29.97PsF Follow Input 59.94p 50p 29.97p 23.98p 59.94i/29.97PsF 50i/25PsF 23.98PsF Follow Input Level A Level B(Dual Link) Specifies the frame rate. Settable frame rates according to the Standard selection are displayed. If Standard selection is changed and the frame rate becomes unaccepted, this field becomes vacant. In which case, select the correct frame rate. Specifies the 3G-SDI level. Displayed if Standard and Frame Rate combination is 3G-SDI or 12G-SDI. Follow Input: Uses the same level as input. 16
Division Follow Input Follow Input Square 2-Sample Interleave Specifies the Division method. Displayed if Standard setting is 2160. Follow Input: Uses 2SI if 2SI is detected in input payload identification codes. In other cases, uses Square. (*1) Unavailable on USF-106DC-12G (*2) Loss Mode: When a part of 4K video signal (Quad Link 3G) is lost: 4K input Loss Mode setting Output image when a part of image is lost 2-Sample Interleave Square Black(Link) Black(Separate) Auto Freeze Black(Link) Black(Separate) Auto Freeze Compensates the loss and restores the whole input image, maintaining its appearance. Replaces lost parts with black to restore the whole input image. The image is displayed with lower luminance. Freezes and outputs the last normal video. Outputs a black video. Outputs the input video displaying black for the lost part. 5-1-2. Reference Select Selecting Reference Select in the Video Block diagram opens the following menu screen. Reference Select Item Default Setting Description Genlock Genlock Select Genlock 1 Genlock SDI Free Run Genlock 1 Genlock 2 Selects a reference source. Genlock: Uses a reference signal input to the USF frame. SDI: Uses the SDI input. Free Run: Uses the internal signal generator. Selects a reference source from two genlock signals input to the USF frame. 5-1-3. Synchronizer Selecting Synchronizer in the Video Block diagram opens the following menu screen. 17
Mode Item Default Setting Description Adjust Timing (Horizontal) Adjust Timing (Vertical) Freeze Enable Freeze Mode Frame Frame Line AVDL Line(Min) Selects the reference mode. Frame: Horizontal and vertical video signal adjustment referring to genlock signal. Not necessary for video input and genlock to sync. Line: ±1/2H horizontal video signal adjustment output with 1H delay. Synchronization necessary for video input and genlock signal. AVDL: Horizontal video signal adjustment output with 1H delay. Synchronization necessary for video input and genlock signal. Line(Min): ±1/2H horizontal video signal adjustment output with minimum delay. Synchronization necessary for video input and genlock signal. 0 Clock -2750 to 2750 Sets the horizontal offset. 0 Line -563 to 563 Sets the vertical offset. Frame Enable Frame Odd Even Turns freeze On/Off. Sets the freeze mode. This setting is ignored if progressive/no signal is input. 5-1-4. Converter Selecting Converter in the Video Block diagram opens the following menu screen. <If Converter is selected:> Item Default Setting Description Format - - Format Convert (*1) Follow Input Follow Input Manual Specifies the converter output format. If the specified format is not supported, Not Supported is displayed, indicating the actual output format in parenthesis. Specifies the converter output format. Follow Input: Converter input signal format Manual: Signal format specified below. The Output Format block parameters are available if Format Convert is set to Manual. 18
Standard (*2) 1080 Horizontal Frame Rate Level Division (*1) Motion Sense Anti Alias Horizontal Anti Alias Vertical Directional Interpolation (*1) 1920/ 3840 59.94i/ 29.97PsF Level-A Square Adaptive 0 0 SD 720 1080 2160 (*1) Specifies the number of vertical pixels (lines). 1920/3840 The number of horizontal pixels. (Fixed) 59.94p 50p 29.97p 23.98p 59.94i/29.97PsF 50i/25PsF 23.98PsF Level-A Level-B (Dual Link) Square 2-Sample Interleave Adaptive Field Frame(Odd 1st) Frame(Even 1st) Off -7 to +8 Off -7 to +8 Enable Specifies the frame rate. Settable frame rates according to the Standard selection are displayed. If Standard selection is changed and the frame rate becomes non-compliant, this field becomes vacant. In which case, select the correct frame rate. Specifies the 3G-SDI Level. Displayed when Standard and Frame Rate combination is 3G-SDI or 12G-SDI. Specifies the Division method. Displays if 2160 is selected for Standard setting. Adaptive: Detects whether there is motion or no motion in the scene, and generates an optimal progressive image. Field: Generates a progressive image from one field of an interlaced image. The created image has no motion artifacts, but vertical resolution will be reduced. Frame(ODD 1st): Generates a progressive image from two fields (odd and even) of an interlaced image. Suitable for progressive segmented frame input shot in progressive format. Frame(EVEN 1st): Generates a progressive image from two fields (even and odd) of and interlaced image. Sets the horizontal anti-aliasing for the output video image. -7 to +8 (weak to strong) Set to Off if no anti-aliasing is applied. Enables/disables Edge Detect Level setting. Edge Detect (*1) 5 0-10 (*1) Unavailable on USF-106DC-12G (*2) Unavailable on USF-106DC-12G Sets Edge Detect Level. The lower the value, the higher the detection sensitivity, increasing the directional interpolation area. 19
<If Delay is selected:> Item Default Setting(Increments) Description Delay 0.0 0.0-8.0 (0.5) Converter Delay Frame Frame Minimum Adjustable Allows you to add a delay from 0.5 to 8.0. To add no delay, set to 0.0 Sets the conversion delay mode. Frame: Applies the delay set under Delay. Minimum: Applies the minimum delay. Adjustable: Applies the adjustable delay based on the Delay setting. The following settings are available when Converter Delay is set to Adjustable. Horizontal 0 Clock -2750 to 2750 Clock Finely adjusts the horizontal timing. Vertical 0 Line -563 to 563 Line Finely adjusts the vertical timing. <If Resize is selected:> Aspect Convert Item Default Setting Description SD Output (4:3) Full frame 4:3 (4:3) Letterbox 16:9 at top (4:3) Letterbox 14:9 at top (4:3) Letterbox greater than 16:9 (4:3) Full frame 4:3 (4:3) Letterbox 16:9 protected (4:3) Letterbox 14:9 (4:3) Full frame 4:3 alternative 14:9 (4:3) Letterbox 16:9 alternative 14:9 (4:3) Letterbox 16:9 alternative 4:3 (16:9) Letterbox greater than 16:9 (16:9) Full frame 16:9 (16:9) Pillarbox 4:3 (16:9) Full frame protected (16:9) Pillarbox 14:9 (16:9) Pillarbox 4:3 alternative 14:9 (16:9) Full frame 16:9 alternative 14:9 (16:9) Full frame 16:9 alternative 4:3 Selects the aspect ratio when converting HD to SD. 20
HD Output (16:9) Full frame 16:9 (16:9) Letterbox greater than 16:9 (16:9) Full frame 16:9 (16:9) Pillarbox 4:3 (16:9) Full frame protected (16:9) Pillarbox 14:9 (16:9) Pillarbox 4:3 alternative 14:9 (16:9) Full frame 16:9 alternative 14:9 (16:9) Full frame 16:9 alternative 4:3 Selects the aspect ratio when converting SD to HD. SD Input 4:3 4:3 16:9 Selects the aspect ratio of SD input. Select the ratio according to the input signal. If the video horizontal direction is compressed, select 16:9. Size/Position Item Default Setting Description Horizontal Size 100.0% 50.0-150.0% Vertical Size 100.0% 50.0-150.0% Horizontal Position Vertical Position 0 Pixel Varies depending on the signal 0 Line format. Selects the horizontal image size ratio after conversion. Selects the vertical image size ratio after conversion. Selects the horizontal image position after conversion. Selects the vertical image position after conversion. Crop Item Default Setting Description Left 0 Pixel Crops the image from the left side. Varies Right 0 Pixel depending on Crops the image from the right side. Top 0 Line the signal Crops the image from the top. format. Bottom 0 Line Crops the image from the bottom. Video Signal Horizontal Position Vertical Position Cropping Left Cropping Right Cropping Top Cropping Bottom 2160p -1920 to 1920-1080 to 1080 0-1918 0-1079 1080i/p -960 to 960-540 to 540 0-958 0-539 720p -640 to 640-360 to 360 0-638 0-359 525i (NTSC) -360 to 360-243 to 243 0-358 0-243 625i (PAL) -360 to 360-288 to 288 0-358 0-287 <If Noise Reducer is selected:> Unavailable on USF-106DC-12G 21
Item Default Setting Description Noise Reducer Enable Enable Red Filter Level 8 1-16 Green Filter Level 8 1-16 Blue Filter Level 8 1-16 Enables/disables Noise Reducer applied for 4K up-conversions. Sets the noise reduction level for low luminance side (darker areas) in RGB. Effective for camera lower random noises. Ineffective for noises in high luminance side (brighter areas) or block noises from compression. The stronger (higher) the Red, Green, Blue or Filter level, the fewer the high-frequency components in video images. 22
5-1-5. Color Processor Input Select Item Default Setting Description Color Processor Input Source Synchronizer Synchronizer Converter Selects a source signal for Color Processor. Synchronizer: A signal that was not processed by the Converter. Converter: A signal that was processed by the Synchronizer then Converter. 5-1-6. Color Processor Selecting Color Processor in the Video Block diagram opens the following menu screen. Processing blocks are shown in the top of the screen and clicking each block (indicated with a yellow underline) opens a submenu in the bottom of the screen. 5-1-6-1. Pre Process Amp/Post Process Amp Selecting Color Processor in the Video Block diagram, then Pre Process Amp. or Post Process Amp. (AHDR option is required for Post Process Amp settings) opens the submenu as shown below. Item Default Setting (increments) Description Pre Process button Post Process button - Pre Process Post Process Selects a Process Amp (Pre or Post). Video 100.0% 0.0-200.0% (0.1) Sets the video level. Y 100.0% 0.0-200.0% (0.1) Sets the Y level. Chroma 100.0% 0.0-200.0% (0.1) Sets the Chroma level. Black 0.0% -20.0 to 100.0% (0.1) Sets the Black level. Hue 0.0deg. -179.8 to 180.0deg. (0.2) Sets the hue. 23
5-1-6-2. Input / Output Gamma / Color Selecting Input Gamma/Color or Output Gamma/Color in the Color Processor flow diagram opens the submenu as shown below. Item Default Setting Description Dynamic Range Conversion Bypass Bypass Operate Operate: Passes through the DRC (Dynamic Range/Color Space) processing. Bypass: Bypasses the DRC processing. The following parameters are available when Dynamic Range Conversion is set to Operate. Input Gamma Curve (EOTF) Input Color Space Output Gamma Curve (OETF) Output Color Space User 01: SDR 2.2 BT.1886 Rec. ITU-R BT. 709 User 01: SDR 2.2 BT.1886 Rec. ITU-R BT. 709 User 01: SDR 2.2 BT.1886 User 02: SDR 2.4 BT.1886 User 03: HLG BT.2100 User 04: HLG (RGB SG1.2) User 05: HLG (RGB SG1.4) User 06: ST 2084 (PQ) User 07: SDR 2.2 BT.709 User 08: S-Log3 User 09: Canon Log 2 User 10: SDR 2.4 BT.1886 Rec. ITU-R BT.709 Rec. ITU-R BT.2020 User 01: S-Gamut/Gamut3 User 02 User 03 User 04 User 05 (Same as Input Gamma Curve) (Same as Input Color Space) Selects a gamma curve for input. Gamma settings as shown at left are respectively stored in files named User 01 to User 10. Gamma setting names and content can be changed by editing files in the Web GUI. (See Sec. 6-5 Gamma Data / Gamut Data. ) These settings are shared by both input and output gamma settings. Selects a color space for input. User 01-05 Gamut settings are stored in files and these names and content can be changed by editing files in the Web GUI. (See Sec. 6-5 Gamma Data / Gamut Data. ) These settings are shared by both input and output gamut settings. Selects a gamma curve for output. Selects a color space for output. 24
GAMMA/COLOR Setting Example Conversion SDR HLG HLG SDR (1) OOTF for HLG (*1) (2) Input Gamma Curve (3) OOTF (*2) (HLG) (4) Inverse OOTF (*3) (HLG) (5) Output Gamma Curve SDR 2.2 BT.709 HLG BT.2100 Enable SDR 2.4 BT.1886 Inverse OOTF HLG BT.2100 HLG BT.2100 SDR 2.2 BT.709 Enable HLG BT.2100 OOTF (*2) SDR 2.4 BT.1886 PQ HLG Enable ST 2084 (PQ) Inverse OOTF (*3) HLG BT.2100 HLG PQ Enable HLG BT.2100 OOTF (*2) ST 2084 (PQ) (*1) See OOTF for HLG below. (*2) See OOTF for HLG (INPUT SIDE) below. (*3) See OOTF for HLG (OUTPUT SIDE) below. : : Scene-referred settings : Display-referred settings Item Default Setting Description OOTF for HLG (1) Enable Set Enable to enable HLG conversion that applies OOTF processing. (AHDR option required) OOTF for HLG (Input Side/Output Side) (AHDR option required) OOTF menus are effective only when HLG BT.2100 is selected under Input / Output Gamma Curve. Select in other cases. If Enable is selected for OOTF for HLG, set OOTF settings by pressing Edit in the OOTF for Y GAMMA (INPUT SIDE) menu or in the OOTF for Y GAMMA (OUTPUT SIDE) menu. For more details on settings, see the GAMMA/COLOR Setting Example table above. (Input Side) (Output Side) Item Default Setting (increments) Description button OOTF button Inverse OOTF button OOTF Inverse OOTF : s OOTF processing. OOTF: Applies OOTF processing to the input side. Inverse OOTF: Applies OOTF processing to the output side. Use the following parameters to specify the OOTF or Inverse OOTF processing operations. System Gamma 1.2 1.0 to 2.0 (0.1) Sets the OOTF gamma value. 25
Display Peak 1000 cd/m2 100-10000 cd/m2 (100) Display Black 0 cd/m2 0-100 cd/m2 (10) Sets the maximum luminance peak for Display Light. Sets the minimum luminance peak for Display Light. 5-1-6-3. Dynamic Range Gain Selecting Dynamic Range Gain in the Color Processor flow diagram opens the submenu as shown below. Item Default Setting (increments) Description Dynamic Range Gain 0.0 db -42.0dB to +42.0dB (0.1) Sets the gain for linear RGB signal values that are EOTF-processed on the Color Processor. 5-1-6-4. Differential Color Correct Selecting Differential Color Correct in the Color Processor flow diagram opens the submenu as shown below. White Level Black Level Item Default Setting (increments) Description (R-Y) (G-Y) (B-Y) (R-Y) (G-Y) (B-Y) 100.0% 0.0-200.0% (0.5) 100.0% 0.0-200.0% (0.1) Sets the white level by separately adjusting R-Y, G-Y and B-Y components. Sets the black level by separately adjusting R-Y, G-Y and B-Y components. 26
5-1-6-5. Knee (RGB) Clip Selecting Knee(RGB) Clip in the Color Processor flow diagram opens the submenu as shown below. Item Default Setting (increments) Description White Clip Enable Enables/disables Knee Clip (White). The following three parameters are available when White Clip is set to Enable. Output Clip 100.0% 50.0 to 150.0%(0.5) Knee Slope 1.0 0.1 to 1.0 (0.05) Knee Point Black Clip / Enable (Variable) 50.0% to (Variable)(0.5) Enable Sets the upper clip point in the RGB color space. Sets the knee clip slope in high luminance areas. The following parameter is available when Black Clip is set to Enable. Output Clip 0.0% -50.0 to 50.0% (0.1) Sets the knee clip start point in the high luminance areas. Maximum and default values vary depending on the White Level (RGB white clip) setting. Enables/disables Knee Clip (Black). Sets the lower clip point in the RGB color space. 5-1-6-6. Balance Color Correct Selecting Balance Color Correct in the Color Processor flow diagram opens the submenu as shown below. Item Default Setting (increments) Description White Level (RGB) 100.0% 0.0-200.0% (0.5) Sets the white level by separately adjusting R, G, and B components or simultaneously adjusting them using Master. 27
Black Level (RGB) Gamma Curve 100.0% 0.0-200.0% (0.1) Center Center Black White Range 100.0% 0.5-100.0% (0.5) Gamma Level (RGB) 100.0% 0.0-200.0% (0.5) Sets the black level by separately adjusting R, G, and B components or simultaneously adjusting them using Master. Selects a gamma curve type. Sets the upper threshold where the gamma correction is enabled. Minimum is fixed to 0%. A 100% value is based on the OETF Maximum Input. Sets the gamma level by separately adjusting R, G, and B components or simultaneously adjusting them using Master. 5-1-6-7. YPbPr Clip Selecting YPbPr Clip in the Color Processor flow diagram opens the submenu as shown below. Item Default Setting (increments) Description button Enable button Enable Setting Enable allows you to specify the following parameters. Enables/disables YPbPr Clip. White 109.0% 50.0 to 109.0% (0.5) Sets the upper Y signal limit. Black -7.5% -7.5 to 50.0% (0.5) Sets the lower Y signal limit. Chroma 113.0% 50.0 to 113.0% (0.5) Sets the upper and lower PbPr signal limits. 5-1-6-8. Other Selecting Other in the Color Processor flow diagram opens the submenu as shown below. 28
Test Signal Item Default Setting Description Split Mode Operate 100% Color Bar 75% Color Bar Operate V-Split H-Split Bypass Outputs the selected test signal. The following Area Marker settings require an AHDR option. Marker Color Blink Blink Luminance Gamut Red Green Blue Enable Selects the output image display method. Selecting V-Split or H-Split allows you to simultaneously display images before and after correction. Selects the marker mode. : Plots no makers. Luminance: Marks pixels above the high threshold when enabling RGB Clip. Gamut: Marks pixels whose RGB values exceed the range between 0 and 1.0. Selects the marker color. Toggles marker flashing on/off. 5-1-7. Ancillary Selecting Ancillary in the Video Block diagram opens the following menu screen. <If Multiplexer is selected> Item Default Setting Description Horizontal Ancillary Multiplex Mode Horizontal Ancillary Multiplex Payload ID Vertical Ancillary Multiplex Mode Overwrite Pass Pass Overwrite Pass Blank Pass Overwrite Pass Blank Selects the H ANC data insertion mode. Overwrite: Inserts the internally-processed input H ANC data. Pass: Inserts the input H ANC data without processing. Blank: Embeds no input signal H ANC data. Selects the Payload ID insertion mode. Pass: Inserts input payload ID codes without change. Overwrite: Inserts internally-generated payload ID codes. Selects the V ANC data insertion mode. Pass: Inserts the input V ANC data without processing. Blank: Embeds no V ANC data. ARIB B37 (HD Closed Caption) data embedded in SDI input VANC packets are able to pass through while using Up/Down converters, but the data and video delays are not aligned (controlled). Other closed caption data (SD/Analog/Mobile) are not passed through. 29
<If Time Code is selected> Sets the timecode to be inserted in output images. The input timecode is displayed under Input Time Code Status. If no timecode is inserted in input signals, N/A is displayed. Time Code Multiplex Item Default Setting Description ATC (LTC) ATC (VITC) DVITC Enable Enable Enable Sets whether to insert the ATC (LTC) timecode. Sets whether to insert the ATC (VITC) timecode. Sets whether to insert the DVITC timecode. Time Code Generator 1 (LTC), Time Code Generator 1 (VITC/DVITC) Item Default Setting Description Source Mode ATC (LTC) Stay ATC(LTC) ATC(VITC) DVITC Generator Stay Continue Adjust 0-16 to 16 Selects the timecode source. ATC(LTC): LTC timecode inserted in the SDI input. ATC(VITC): VITC timecode inserted in the SDI input. DVITC: VITC timecode inserted in the SD-SDI input. Generator: Generator s timecode, which starts by pressing the Start button and stops by pressing the Stop button. Selects the way to recover when a timecode source loss is detected. Stay: Stops counting up with the last timecode value. Continue: Continues counting up with the timing before loss. : Timecode is cleared to 00.00.00.00 when the source loss is detected. SDI output stops inserting ATC packet and DVITC. Sets the offset from the source timecode. For example, if set to +16, 0:0:0.16 is output when the source timecode count reaches 0:0:0.0. Reset - - Reset the Time Code Generator count to 0:0:0:0. Preset - (Start time) Drop Frame Off Off On Sets the timecode preset value. Enter the preset time and press Preset to start timecode from the preset time. To use drop frame, set to On. 30
5-1-8. Output Select Selecting Output Select in the Video Block diagram opens the following menu screen. SDI 1 Item Default Setting Description Operate Bypass Operate Bypass: SDI 1 input signal is output from SDI 1 without processing. 5-1-9. Video Status Selecting Video Status in the Video Block diagram opens the following screen, showing video input status in the left side and output status in the right side. Pressing the Detail button shows the screen as shown below. The screen shows payload ID codes and error count of the input signal. To reset the error count, press Error Count Reset in the bottom right corner of the screen. 31
5-2. Audio Tab Selecting the Audio tab shows the audio block diagram. Click blocks in the processing order to open menus and configure audio processing. Block Name Ref. Block Name Ref. Input 5-2-1 Gain 5-2-6 Input Delay 5-2-2 Converter Delay 5-2-7 Sampling Rate Converter 5-2-3 Output 5-2-8 Output Mapping 5-2-4 Audio System 5-2-9 Monosum / Downmix / Test Signal 5-2-5 Input Status / Output Status 5-2-10 5-2-1. Input Selecting Input in the Audio Block diagram opens the following menu screen. Group Alignment Item Default Setting Description Enable Selects whether to perform auto phase adjustment among each SDI input audio group. Enable: Performs auto adjustment. : Performs no auto adjustment (Normal setting). 32
Demultiplexer Clock Auto Auto Sync SDI Audio Clock Selects the audio de-embedding method for HD-SDI input. Auto: Uses the audio clock phase data in the SDI input to de-embed audio independently for each group (Synchronous or asynchronous de-embedding). If the audio phase data incorrect or de-embedded audio has noticeable jitter, audio channels in all groups are de-embed synchronously. Sync SDI: Synchronously de-embeds audio channels in all groups without using the audio clock phase data. (*) Audio Clock: Uses the audio clock phase data in the HD-SDI input to de-embed audio independently for each group (Synchronous or asynchronous de-embedding). Error Sensing Normal Normal Sensitive Selects the input audio error detection mode used for Error Fade below. : Detects no errors for Error Fade. Normally do not use. Normal: Detects SDI signal switching, ADP (Audio Data Packet) change and DBN (Data Block Number) switching as Error Fade errors. Sensitive: Adds channel status change and EDP (Extended Data Packet) change (SD-SDI only) to those described above as Error Fade errors. Error Fade Enable : Passes through input audio without using any effects. Enable: Fades out and mutes audio when an input error is detected and fades in when recovered. Audio Polarity Ch.1-16 Normal Normal Invert Selects the (odd number) channel polarity. Selecting Invert inverts the audio channel polarity. 5-2-2. Input Delay Selecting Input Delay in the Audio Block diagram opens the following menu screen. 33
Item Default Setting Description Adjust Video Delay - - Pressing Set adds the delay amount shown at left to Master Delay. Master 5 ms 5-1000 ms Sets the delay offset for all 16 channels. Ch.1-16 5 ms 5-1000 ms Each channel delay amount (sum of each delay and Master delay) is displayed. To adjust each channel delay, use the slide bar. 5-2-3. Sampling Rate Converter Selecting Sampling Rate Converter in the Audio Block diagram opens the following menu screen. Item Default Setting Description Ch.1/2- Ch.15/16 Auto Auto SRC Input Bypass Sets the SRC processing mode for each channel pair. Auto: PCM audio is processed by the SRC. Non-PCM audio is not processed by the SRC. By-pass: Avoids the SRC. Use Bypass for non-pcm audio. Note that to embed non-pcm audio to the SDI output, audio group clock should be properly selected under Multiplex Clock (see Sec. 5-2-8. Output ). SRC In: Both PCM and non-pcm audio is processed by SRC. This is useful for irregular audio such as PCM audio content with non-pcm metadata. Note that SRC-processed audio may not be played properly if it is a true non-pcm audio signal. 5-2-4. Output Mapping Selecting Output Mapping in the Audio Block diagram opens the following menu screen. 34
Ch.1-16 Item Default Setting Description Embedded Ch.1-16 Embedded Ch. 1-16 500Hz Tone 1kHz Tone Silence Downmix L Downmix R Mono Sum Ch. 1-8 Selects an audio source for each channel. Embedded Ch.1-16: 16 audio channels de-embedded from the SDI input. 1kHz, 500Hz Tone: Audio test signals Silence: Mute signal Downmix L/R: Downmixed audio channels Mono Sum Ch1-8: Mono-summed audio channels 5-2-5. Monosum / Downmix / Test Signal Selecting Monosum Downmix Test Signal in the Audio Block diagram opens the following menu screen. <If Downmix is selected> Item Default Setting Description Downmix Mode Mix Level Surround Mix Level Center Mix Level Master Stereo -3dB -3dB -3dB Mix Source Assign Left Right Center Left Surround Right Surround Stereo Surround Monaural -3dB -6dB -9dB Off -3dB -4.5 db -6dB -3dB 0dB Auto Embedded Ch.1 Embedded Ch.2 Embedded Ch.3 Embedded Ch.5 Embedded Ch.6 Selects the Downmix mode. Sets the Ls/Rs (Surround channels) level. Setting to Off removes the Ls/Rs channels from mixing sources. Sets the C (Center channel) level. To use the same level as audio sources, set to -3dB. The L/R channel volume of downmixed audio may sound too large. In such cases, decrease the Center level to -4.5dB or -6dB. Sets the entire downmix audio level. If set to Auto, Mix Level - Master changes according to Downmix Mode and Mix Level - Surround settings. Embedded Ch.1-16 500Hz Tone 1kHz Tone Silence Selects an audio source for the selected channel. 35
<If Monosum is selected> Item Default Setting Description Source 1-8 L Source 1-8 R Embedded Ch.1-15 (Odd ch) Embedded Ch.2-16 (Even ch) Embedded Ch.1-16 Selects an audio source channel input to each Monosum L and R. < If Test is selected> Test Tone Item Default Setting Description Off Off 500Hz Tone 1kHz Tone Allows you to assign an audio test signal to the embedded audio on the SDI output. 5-2-6. Gain Selecting Gain in the Audio Block diagram opens the following menu screen. Item Default Setting (increments) Description Master Mute Enable Ch.1-16 0.0dB -20.0dB to +20.0dB (0.1) Master 0.0dB -20.0dB to +20.0dB (0.1) Setting to Enable mutes all output audio channels. Sets the gain for each channel. Pressing Unity resets values. Sets the gain offset for all channels. Pressing Unity resets values. 36
5-2-7. Converter Delay Selecting Output Delay in the Audio Block diagram opens the following menu screen. Item Default Setting Description Converter Delay Enable Enables/disables converter additional delay adjustment for audio to be embedded on the SDI output. 5-2-8. Output Selecting Output in the Audio Block diagram opens the following menu screen. Item Default Setting Description Group 1-4 Multiplex Enable Group 1-4 Multiplex Clock Enable Auto Enable Auto Reference Input Ch X/X Input Ch X/X Enable: Inserts audio channels. : Inserts no audio channels. Selects a reference clock for each audio group that is used for SDI embedding. Auto: Uses a non-pcm audio if it is included in an audio group for embedding. If there are multiple non-pcm audio channels in the group, a clock of the channel pair with the smallest numbers is selected. Uses a clock synced with the output video if all group channels are PCM. Reference: Uses a clock synced with the output video (Synchronous output with SRC). CH 1/2-15/16: Uses the selected input channel pair clock. To asynchronously output non-pcm audio, select a channel pair. Reference is always applied to SD-SDI input regardless of this setting. 37
5-2-9. Audio System Selecting Audio System in the Audio Block diagram opens the following menu screen. Reference Level Grade Resolution Item Default Setting Description Silence Detection Time Silence Detection Level -20 dbfs Professional 24 bit -18 dbfs -20 dbfs Professional Consumer 16 bit 20 bit 24 bit 2 sec 1 10 sec -72 dbfs -48 dbfs -54 dbfs -60 dbfs -66 dbfs -72 dbfs Selects the reference level for digital audio signals. Selects an audio application. Professional: Optimized for professional use. Consumer: Optimized for consumer use. Selects an audio word length. Sets the duration to determine digital audio signals are silent. Sets the audio level to determine audio input signals are silent. 5-2-10. Input Status / Output Status Selecting Input Status or Output Status in the Audio Block diagram opens the following screen, showing audio status in the SDI input or output signal. 38
5-3. Event Tab Selecting the Event tab shows the following screen. Startup Event Item Default Setting Description Last Settings Load Event button - - Save Event button - - Last Settings Default Event 1-100 Selects an event to be loaded at startup. Last Settings: Loads the settings last used. Default: Resets all settings to default. Event1-100: Loads the selected event memory. Pressing the button loads the event selected below under Event No. Pressing the button saves settings to the event selected below under Event No. 5-3-1. Unsaved Menu Settings SDI2 Terminal(5-1-1) Split Mode(5-1-6-8) Area Maker(5-1-6-8) Master Mute(5-2-6) 5-4. Status Tab Selecting the Status tab opens the following screen, in which Serial Number, MAC address, Version Information and Option status of the module are displayed. 39
6. Web GUI Network settings, module information display, SNMP settings, event, gamma and gamut data import and export are available by connecting to USF-106UDC/DC-12G module cards from a web browser via LAN through USF frames on which the cards are installed. Supported web browsers: Windows 10 Internet Explorer 11 Google Chrome 45.0.2454 or later Firefox 40.0.3 * See the USF frame Operation Manual for details on how to connect to USF-106UDC/DC-12G cards from a web browser through USF frames. 6-1. Module Information Pressing Module Information opens the module and option information as shown below. 6-2. Network Pressing Network opens the screen as shown below and allows you to set IP address and target port of the controlling PC. See Sec. 7 External Control for details. 40
6-3. Trap 6-3-1. SNMP Trap Settings Allows you to select SNMP trap out settings. If checked (), a trap is sent out to SNMP Manager and not sent out if un-checked. See the Trap list in Sec. 8. SNMP Functions for details on traps. Temperature Alarm * A trap is sent out at 60 seconds intervals when FPGA2 temperature exceeds 90 C. SDI1 Input * A trap is sent out if there is a change in SDI1 input video signal. SDI2a-SDI2d Input * A trap is sent out if there is a change in SDI2a-SDI2d input video signal. Channel ID Input * A trap is sent out if there is a change of channel ID numbers inserted in the 3G-SDI Quad Link 2SI (SDI2a-SDI2d) input. Genlock Input * A trap is sent out if there is a change in genlock input. Audio Input * A trap is sent out if there is a change in audio inserted in SDI input signal. * When FPGA2 temperature exceeds 100 C and the FPGA2 power shutdown function is triggered, a trap is not sent out. 6-3-2. Download MIB File Clicking this button at the bottom of the screen allows you to download the dedicated MIB (Management Information Base) file used in SNMP managers. See Sec. 8. SNMP Functions for details on MIB files. 41
6-4. Event Data Pressing Event Data opens the screen as shown below and allows you to save (Event Export) and load (Event Import) menu settings using the Event function. Event Export Downloads an event (menu setting list) stored in the USF-106UDC/DC-12G and saves it in the PC as a csv file. (1) Select an event number. (2) Press Export to download the specified USF-106UDC/DC-12G event data. Event Import Selects a csv file (with the same data format as downloaded files) in the computer and uploads it to the specified event number in the USF-106UDC/DC-12G. (1) Select an event number. (2) Press Browse to open the dialog and specify a csv file in the PC. (3) Press Import to update the specified event data in the USF-106UDC/DC-12G. 6-5. Gamma Data / Gamut Data Pressing Gamma Data (or Gamut Data) opens the screen as shown below. Gamma Data Export / Gamut Data Export Downloads a Gamma (or Gamut) data stored in the USF-106UDC/DC-12G and saves it in the PC as an original lut (or gmt) file. (1) Select a User Gamma (or Gamut) number. (2) Press Export to download the specified USF-106UDC/DC-12G Gamma (or Gamut) data. Gamma Data Import / Gamut Data Import Selects a lut (or gmt) file (with the same data format as downloaded files) in the computer and uploads it to the specified user data number in the USF-106UDC/DC-12G. (1) Select a User Gamma (or Gamut) number. (2) Press Browse to open the dialog and specify a lut (or gmt) file in the PC. (3) Press Import to update the specified Gamma (or Gamut) data in the USF-106UDC/DC-12G. 42
7. Command Control 7-1. Overview USF-106UDC/DC-12G modules can accept commands over LAN. Hereafter, the external control system is called Master and the USF-106UDC/DC-12G is called Slave. 7-2. Communication Method Communication Interface Ethernet 100BASE-TX / 1000BASE-T RJ-45 Command Protocol Overview 1. A Master control Commands sent from a master control: TCP/IP Responses sent from a slave to a master: TCP/IP 2. Status report messages Status report messages from a slave to a master: UDP Responses sent from a master to a slave: UDP 3. Setting command format (sent from a master to a slave): Command are written in 7bit ASCII and ended with [CR][LF], and composed of four index elements separated by three delimiters (comma characters). (See Sec. 7-5. Setting Commands for details.) 7-3. Slave IP Address Setting Slave IP address is the LAN port address of the USF frame in which a USF-106UDC/DC-12G is installed. See the USF frame Operation Manual for details. Specify the port no. same as the Target Port no. set in Sec. 7-4. Master IP Address Setting. 7-4. Master IP Address Setting Set the Master IP address using Web GUI network settings. Connect to USF-106UDC/DC-12G Web GUI. See Sec. 6. Web GUI for details. Selecting the Network Setting tab opens the screen as shown below. Fill in Master IP address in Target IP Address 1 and 2. Set the port no. in Target Port. The port number is same as the Target IP Address 1 and 2. Two IP addresses can be set. Click Apply after changing settings. Data will be transmitted from the Slave to the Master after USF-106UDC/DC-12G power restart. 7-5. Setting Command 7-5-1. Master to Slave Messages Commands from Master to Slave are written in 7-bit ASCII and ended with [CR][LF], and 43