K R A ME R E LE CT R O N IC S L TD .
Contents 1 Introduction 1 2 2.1 2.2 2.3 3 3.1 3.2 3.3 3.4 Getting Started Achieving the Best Performance Safety Instructions Recycling Kramer Products Overview HDCP Compliance About the Power Connect™ Feature Using Twisted Pair Cable Defining the VP-771 Presentation Switcher/Scaler 2 2 2 3 4 7 7 7 7 4 Installing in a Rack 11 5 5.1 5.2 5.3 Connecting the VP-771 Wiring the TP LINE IN / LINE OUT RJ-45 Connectors Microphone Pinout Audio Input Pinout 12 15 16 16 6 6.1 6.2 6.3 6.4 6.5 6.6 6.7 6.
Figures Figure 1: VP-771 Presentation Switcher/Scaler Front Panel Figure 2: VP-771 Presentation Switcher/Scaler Rear Panel Figure 3: 15-pin HD Connector Pinout Figure 4: Connecting the VP-771 Presentation Switcher/Scaler Figure 5: TP PINOUT Figure 6: Microphone Pinout Figure 7: Audio Input Pinout Figure 8: Input Menu Figure 9: Select the Display Mode Figure 10: Changing the Size of the Window Figure 11: Increasing the Width Figure 12: Increasing the Height Figure 13: Positioning the Window Figure 14: Window
1 Introduction Welcome to Kramer Electronics! Since 1981, Kramer Electronics has been providing a world of unique, creative, and affordable solutions to the vast range of problems that confront video, audio, presentation, and broadcasting professionals on a daily basis.
2 Getting Started We recommend that you: Unpack the equipment carefully and save the original box and packaging materials for possible future shipment Review the contents of this user manual i 2.1 Go to http://www.kramerelectronics.com/support/product_downloads.asp to check for up-to-date user manuals, application programs, and to check if firmware upgrades are available (where appropriate).
2.3 Recycling Kramer Products The Waste Electrical and Electronic Equipment (WEEE) Directive 2002/96/EC aims to reduce the amount of WEEE sent for disposal to landfill or incineration by requiring it to be collected and recycled. To comply with the WEEE Directive, Kramer Electronics has made arrangements with the European Advanced Recycling Network (EARN) and will cover any costs of treatment, recycling and recovery of waste Kramer Electronics branded equipment on arrival at the EARN facility.
3 Overview The Kramer VP-771 is a high quality presentation switcher and scaler. It accepts one of nine inputs: a component video on RCA connectors, a DisplayPort (DP) signal on a DisplayPort connector, an SDI signal on a BNC connector, two computer graphics signals on 15-pin HD connectors, two composite video signals on RCA connectors, and two HDMI signals on HDMI connectors.
Advanced deinterlacing functions - including 3D comb filtering, film mode, diagonal correction and motion detection Scaled Outputs - HDMI, computer graphics, SDI output and a DGKat TP output simultaneously Output Resolutions – HDTV and Computer Graphics up to 2K and 1080p/UXGA with selectable refresh rates Multiple Aspect Ratio Selections – Follow input, follow output, best fit, letterbox Multi-Standard SDI support - SDI (SMPTE 259M), HD-SDI (SMPTE 292M) and 3G HD-SDI (SMPTE 424M) Max
agreement allows copy-protected data on the HDMI input to pass only to the HDMI output In addition, the VP-771 Presentation Switcher / Scaler: Includes luma keying via the PiP window Features advanced EDID management (native resolution and color depth) per input Analyzes the connected output’s EDID for optimal scaling Auto-positions the input to fit the window perfectly Supports picture zooming both on main and PiP window from 100% to 1600%, including separate V and H sharpness control
The VP-771 is housed in a 19” 1U rack mountable enclosure, with rack “ears” included, and is fed from a 100-240 VAC universal switching power supply. 3.1 HDCP Compliance i If an HDMI signal is HDCP protected, it can only appear on HDMI and DGKat outputs that are connected to HDCP compliant displays. The VP-771 will not output an HDCP protected source to a display that is not HDCP compliant. Instead it will show a black screen. In the dual window display mode (see Section 7.
8 Figure 1: VP-771 Presentation Switcher/Scaler Front Panel # Feature 1 IR Receiver 2 IR LED 3 INPUT Selector Buttons Function Accepts IR remote commands Lights red when the unit accepts IR remote commands HDMI Press to select the HDMI input (from 1 to 2) PC Press to select the computer graphics input (from 1 to 2) 5 COMP.
VP-771 – Overview Figure 2: VP-771 Presentation Switcher/Scaler Rear Panel # Feature Connect to an unbalanced audio source for audio takeover of the HDMI 1 and HDMI 2 embedded audio (see Section 6.3). The pinout is defined in Section 5.3 PC 3.5mm Mini Jack Connect to the unbalanced audio of the computer graphics source (from 1 to 2). The pinout is defined in Section 5.3 20 DP 3.
10 # Feature Function 36 DISPLAYPORT Connect to the DisplayPort source 37 SDI IN Connect to the SDI source 38 SDI LOOP Connect to a local display 39 PC 15-pin HD Connect to a computer graphics acceptor SDI BNC Connect to an SDI acceptor HDMI Connect to an HDMI acceptor DGKAT RJ-45 Connect to a DGKat receiver (for example, Kramer PT-572+) 40 41 VIDEO OUTPUT Connectors 42 43 RS-232 9-pin D-sub Port Connect to the PC or other serial controller 44 ETHERNET Connector Connects to the
4 Installing in a Rack This section provides instructions for rack mounting the unit.
5 Connecting the VP-771 ! i Always switch off the power to each device before connecting it to your VP-771. After connecting your VP-771, connect its power and then switch on the power to each device. You do not have to connect all the inputs and outputs, connect only those that are required. To connect the VP-771, as illustrated in the example in Figure 4, do the following: 1. Connect an HDMI source (for example, a DVD player) to the HDMI 1 IN VIDEO INPUT connector.
6. Connect the audio input signals to the AUDIO IN connectors (3.5mm mini jack and RCA connectors), as required (not shown in Figure 4). 7. Connect an SDI source (for example, an SDI digital camera) to the SDI IN BNC connector. 8. Connect the SDI LOOP BNC connector to an SDI monitor (for example, an SDI display). 9. Connect the PC VIDEO OUTPUT 15-pin HD connector to a VGA acceptor (for example, an analog display). 10.
Figure 4: Connecting the VP-771 Presentation Switcher/Scaler 14 VP-771 - Connecting the VP-771
5.1 Wiring the TP LINE IN / LINE OUT RJ-45 Connectors This section defines the TP pinout, using a straight pin-to-pin cable with RJ-45 connectors. i Note, that the cable Ground shielding must be connected / soldered to the connector shield.
5.2 Microphone Pinout This section defines the microphone 3.5mm jack pinout. Figure 6: Microphone Pinout 5.3 Audio Input Pinout This section defines the audio input 3.5mm jack pinout.
6 The OSD Menu The VP-771 OSD menu lets you set the operation parameters for the: Main Window Control PIP Window Control Entire System Control The nature of the operation setup appears in the OSD title, as shown in the example in Section 6.
The subtitle, below the title line shows the current level accessed (Scale in this example) After selecting Output (which is the second Level), it appears in the subtitle Once Master Connection is selected, the Title changes to “Entire System Control” indicating that the selection will affect the entire system.
Note that: A selected parameter that turns gray becomes valid immediately. You can press Enter at this point to save these parameter changes to the memory immediately (the screen will display “Saving Data” for a split second). In any case, exiting the menu saves the parameter to the memory Data is saved per window and per input (to a dedicated input + window memory), as applicable The control buttons let you control the VP-771 via the OSD menu.
6.2 The Input Menu Figure 8: Input Menu Setting Function Display Mode Select the display mode (see Figure 9): Single Window – single window mode operation with one channel displayed E Picture in Picture (PiP) – dual window mode operation, a smaller window superimposed over a full screen image (see Section 7.2) E Picture + Picture (PoP) – dual window mode operation, both images appear side-by-side and the aspect ratios of both images are maintained (see Section 7.
Setting Function Input Settings Set the: H Image Shift – to set the horizontal position of the image within the window M/P Volatile parameter V Image Shift – to set the vertical position of the image within the window M/P Volatile parameter Auto Positioning – to search the input image during the tuning process and automatically position it on the output window in a perfect fit.
Setting Function Window Select the position and the size of the selected window: H Position, H Width, Customization V Position and V Height (see Section 6.2.1.2 and Section 6.2.1.1) M/P The value range is dynamic. The FW prevents windows from exceeding the boundaries or over-sizing. The position and size of the windows are saved to the system.
In the following examples, PiP Window Control is selected, but the same procedure applies to Main Window Control. i Note that you can also customize the window size and position via the “Y” commands (see Section 12.2) or protocol 3000 (see Section 12.4). 6.2.1.1 Changing the Size of the Main and/or PiP Window Use the H Width and V Height to change the size of the window using the + and – buttons on the front panel or remote control transmitter (as illustrated in Figure 10).
Figure 11: Increasing the Width 4. Select V Height (an OSD slide bar appears) and press + to increase the height, or – to decrease the height, see Figure 12. Figure 12: Increasing the Height 6.2.1.2 Moving the Position of the Main and/or PiP Window Use the H Position and V Position items in the OSD to change the position of the window using the + and – buttons on the front panel or remote control transmitter (as illustrated in Figure 13).
Figure 13: Positioning the Window To move the position of the window, do the following: 1. Check that window control is set as required (for example, PiP Window Control). 2. Select Window Customization. The following Window appears: Figure 14: Window Customization 3. To move the picture to the right, select H Position.
Figure 15: H-Position Slide Bar 4. Press the +/- buttons to move the PiP window horizontally. Use the V Position menu item in the same way to move the PiP vertically, see Figure 16. Figure 16: Moving the PiP Window i 26 Note that the sequence in which you change the size and position of the window is insignificant, as long as you make sure that the resized image does not go beyond the window boundaries.
6.3 The Audio Menu Figure 17: Audio Menu Setting Volume Function Set the input/output volume level [dB], see Figure 18 E. Set the: Input Volume [dB] – to adjust the audio input level Output Volume [dB] – to adjust the audio output level The output audio level can also be set via the + and – buttons on the front panel buttons (when not in the OSD mode) and/or the IR remote control transmitter buttons (see Section 8.
Setting Embedded Function Set: Pass-through – to On to pass the digital audio input directly to the output without any processing or set to Off to process the digital audio input E Note that this feature is disabled for the non-embedded audio inputs (PC, CV, YUV). In case the audio signal is encrypted or compressed set the Pass-through to On. Note that in some cases there may not be sufficient capacity to accurately transmit the audio.
the OSD) one of the eight SDI embedded stereo audio channels, together with three bypassed channels, to be routed to the input of a connected machine with SDI audio channels (for example, the Kramer 6810HDXL SDI/HD−SDI/3G Audio Embedder/De−embedder, or the Kramer 6809HD HD/SD-SDI AES Embedder). i Within the two connected groups, one channel can be activated and the remaining three channels are bypassed.
The active channel and bypassed channels are selected via the OSD menu. Figure 20 shows the SDI Channeling menu: Figure 20: The SDI Channeling Menu In the OSD setup that is illustrated in Figure 21, CH 2 in group B (active), CH1 in group B as well as CH 1 and CH2 in group A (bypassed) are routed via the VP-771 SDI output to the input of 6810HDXL; groups C and D are disconnected and therefore read as None (see example in Figure 19).
Figure 21: SDI Channeling Example If a different channel within the connected groups is activated, the remaining three channels will be automatically routed to bypass. If a channel in a disconnected group is activated, the system will automatically rearrange the groups and channel assignments to keep two groups connected and two others disconnected.
6.3.1.1 Bypassed Channels Select Bypass channels to set the bypassed channels to mute to cutoff the bypassed audio channels or to Unmute to let them pass through: Figure 22: SDI bypassed Channels Menu The Bypass Channels menu also lists the selected bypassed channels in the enabled groups.
6.4 The Process Menu i The Process menu functions are available for interlaced video processing only and not for progressive scan. Figure 23: Process Menu Setting Deinterlacing Function Set the deinterlacing method to: Line Doubler – reduces the flicker and improves the quality of the image to some extent M/P Line doubler takes an interlaced scan, doubles the lines.
6.5 The Picture Menu Figure 24: Picture Menu Setting Function Brightness Set the brightness level M/P Contrast Set the contrast level M/P Color Set the color level M/P Color Correction Set the blue, green and flesh color levels from 0 to 4 M/P Black Level Set the black level M/P Gamma Mode Set the gamma correction factor to Off, 0.4, 0.8, 1.2, 1.6, 2.0, 2.4 or 2.
6.6 The Enhance Menu Figure 25: Enhance Menu Setting Function H Sharpness Select the horizontal sharpness level M/P V Sharpness Select the vertical sharpness level M/P Noise Reduction Set the input noise reduction levels: Mosquito NR – the higher the level, the stronger the filtering of the image M/P Combing NR – set to improve the quality of the subtitles M/P Temporal NR – the higher the level, the stronger the filtering of the image.
6.7 The Scale Menu Figure 26: Scale Menu Setting Aspect Ratio Function Set (see Section 6.7.1) to: Follow Input – If the input resolution ≤ output resolution, display with a blank border. input > output is denied and the aspect ratio automatically changes to Follow Output M Follow Output – If the input resolution ≤ output resolution, scale up the picture.
Setting Output continued Function Note that Follow Output sets the Deep Color of the HDMI and the DGKat outputs independently, according to the screen connected to each output. A change in the Deep Color setting will take effect after there is a hot plug on the HDMI/DGKat output or if the user selects a new output resolution. i Color Space – to RGB, YPbPr422 or YPbPr444 HDCP Mode: Define the HDMI out HDCP activation policy.
BEST FIT – This setting re-sizes the video or graphics input signal to “best fit” the output resolution while maintaining the aspect ratio of the input signal. For example, a composite video signal (4:3 aspect ratio) will “best fit” to the top and bottom of a widescreen output image, resulting in black pillars on either side. LETTERBOX – This setting compresses the top and bottom edges of the input signal, but fills the width of the screen. For example, to preserve a widescreen film image on a 4:3 display.
6.
Setting Advanced Function Set: V Keystone – to set the vertical keystone level E Useful If the projector is located at an angle above or below the screen. In the OSD menu the value range shows -80 to 80. For interlaced inputs, this feature is disabled Auto Sync Off – to turn the auto sync On/Off.
6.8.1 The Luma Keying Feature The luma keying feature lets you display the PiP window (the key image) as semitransparent over the main window. This feature can be used to have the PiP window display a static or dynamic logo, for example, which will appear on a transparent background. To apply the luma keying feature, first set the PiP window to the desired size and location and then turn luma keying On. The PiP image will show without its background.
flooding, storms and so on), Amber and Silver alerts, safety and security, and also general advisories. Emergency alert messages are composed and transmitted using the Common Alert Protocol (CAP). CAP is an XML-based application that allows a warning message to be consistently disseminated simultaneously over many warning systems to many proprietary applications and devices. By using XML, messages can be composed, transmitted, and received across a broad range of proprietary AV and other devices.
The position of the displayed CAP message depends on the severity of the alert. Noticeable messages with “Extreme” and “Severe” headers will appear on the screen and cover up any other content together with an audio alert siren (in case of an Extreme level alert). Messages with lower levels of severity will appear as text crawler along the bottom of the image. When an alert is activated, the system (via P3K) outputs messages according to the activation mode type (see Section 12.4).
6.8.2.
7 The Display Modes The VP-771 can function in the single window display mode (the factory default setup) or the dual window display mode. 7.1 The Single Window Display Mode The single window mode shows one window on the screen. The window size can be customized, and its parameters modified via the OSD menu. 7.1.
The dual window mode appears in the following preset PiP configurations: Picture-in-Picture, with a smaller PiP window superimposed over a full main window image Picture + Picture, where both images appear side-by-side and the aspect ratios of both images are maintained Split, where both images are placed side-by-side with the same height The window customization feature (see Section 6.2) lets you customize the dual window mode layout (main window and PiP window) to any size and position.
7.2.1 Activating the Dual Window Mode You can activate the dual window mode (indicated by an illuminated PIP front panel button) in any of the following ways: Press and hold (for 3 seconds) the front panel PIP button The latest PiP configuration appears Press the PIP button on the IR remote control transmitter (see Section 8.
7.2.3 Selecting the PIP Source To select a PiP source you have to set the VP-771 to any of the PiP display mode configurations and then select the desired input. 7.2.3.1 Selecting the PiP Source via the Front Panel Buttons Press and hold the PIP front panel button while pressing the input button of the required PiP source. For example, to select CV 1 as the PiP source over DP as the main source, press the PIP front panel button while pressing the CV 1 front panel button (see Figure 30).
7.2.3.4 Selecting the PiP Source via the OSD Menu i You can select an input source only after you set the display mode to one of the PiP configurations (see Section 7.2.1). To set the PiP source via the OSD menu, do the following: 1. Press the MENU button to access the OSD menu. 2. Scroll through the menu, and for window specific submenus check the menu title: If PiP Window Control appears, continue to step 7 If not, continue to the next step 3.
8 Controlling the VP-771 The VP-771 can be controlled via: 8.1 The front panel buttons (see Section 8.1) The OSD menu (see Section 8.2) The Web pages (see Section 8.3) Remote control contact closure (see Section 8.4) The infrared remote control transmitter (see Section 8.
8.2 Controlling via the OSD Menu You can change PiP Window parameters, main window parameters and entire system parameters via the OSD menu, as described in Section 6.8. 8.3 Controlling via the VP-771 Web Pages You can remotely operate the VP-771 using a Web browser via the Ethernet connection (see Section 8.3.3). To be able to do so, you must use a supported Web browser: For Windows 7: Chrome version 25 Firefox version 15 Internet Explorer version 9 Safari 6 For Mac: 8.3.
8.3.2 Connecting to the VP-771 via RS-232 You can connect to the VP-771 via an RS-232 connection using, for example, a PC. Note that a null-modem adapter/connection is not required. To connect to the VP-771 via RS-232, connect the RS-232 9-pin D-sub rear panel port on the VP-771 unit via a 9-wire straight cable (only pin 2 to pin 2, pin 3 to pin 3, and pin 5 to pin 5 need to be connected) to the RS-232 9-pin D-sub port on your PC. 8.3.
Figure 32: Local Area Connection Properties Window 6. Select Use the following IP Address, and fill in the details as shown in Figure 33. You can use any IP address in the range 192.168.1.1 to 192.168.1.255 (excluding 192.168.1.39) that is provided by your IT department. 7. Click OK. Figure 33: Internet Protocol (TCP/IP) Properties Window 8.3.3.
8.3.3.3 Ethernet Port Configuration and Control Use the Kramer K-UPLOAD software to configure and control the VP-771 via the Ethernet. i 8.4 The latest version of K-UPLOAD and installation instructions can be downloaded from the Kramer Web site at http://www.kramerelectronics.com/support/product_downloads.
Use the PIP pin to: Toggle between the Single window display mode and the Dual window display mode, by connecting the PIP pin and the G pin for more than 3 seconds Select a PIP source To select a PIP source, connect the PIP pin to the G pin and, within 3 seconds, momentarily connect an input pin to the G pin. For example, to select the DP PIP source, connect the PIP pin to the G pin and, within 3 seconds, the 5 pin to the G pin, as illustrated in Figure 35.
8.5 Controlling via the Infrared Remote Control Transmitter You can control the VP-771 from the infrared remote control transmitter: Keys Function Toggle the power save mode ON or OFF PIP Enter the dual window mode (the latest setting), see Section 7.
8.5.1 Using the IR Transmitter You can use the IR transmitter to control the machine via the built-in IR receiver on the front panel or, instead, via an optional external IR receiver (Model: C-A35M/IRR-50). The external IR receiver can be located up to 15 meters away from the machine. This distance can be extended to up to 60 meters when used with three extension cables (Model: C-A35M/A35F-50).
9 Port Tunneling The port tunneling feature lets you send and receive simple RS-232 signals between a controller and a serial device via the VP-771 which is connected to the Ethernet and outputs via TP cable. The example, illustrated in Figure 37, shows a Kramer room controller that is connected to the VP-771 via the Ethernet. The DGKAT OUT connector on the VP-771 is connected via TP to a DGKat receiver. This DGKat receiver connects to a display via HDMI and RS-232.
To setup and activate port tunneling on the VP-771: 1. Set the dedicated port tunneling Ethernet connection port type and port number through which the VP-771 will be passing RS-232 signals. By default, the dedicated port settings are TCP, 5050. To change these settings see the “Port Tunneling Configuration” in the table in Section 12.2. 2. Set the DGKat UART command (the table in Section 12.2). By default, the settings are 9600,8,N,1 3. Make sure that the VP-771 is connected to Ethernet.
10 Flash Memory Upgrade You can upgrade the VP-771 via the Kramer K-UPLOAD software. Two types of upgrade files are available for upgrade: video core and audio/graphics (*.fct) and peripherals (*.kfw). i The latest firmware version, the Flash Memory Upgrade user guide, as well as the latest version of K-UPLOAD and installation instructions can be downloaded from the Kramer Web site at http://www.kramerelectronics.com/support/downloads.
11 Technical Specifications INPUTS: 2 HDMI (deep color) connectors 2 VGA on 15-pin HD connectors 1 component video on 3 RCA connectors 2 composite video on RCA connectors 1 DisplayPort connector 1 SDI on a BNC connector 1 SDI (looping) on BNC connectors 2 HDMI, 2 VGA, 1 DP, 2 CV unbalanced stereo audio on 3.5mm mini jack connectors 1 S/PDIF (for component video input) digital audio on an RCA connector 1 Mic on a 3.
11.1 Default Communication Parameters RS-232 Protocol 3000 (Default) Legacy Baud Rate: 115,200 9,600 Data Bits: 8 8 Stop Bits: 1 1 Parity: None None Command Format: ASCII ASCII Example (Set display mode to Picture in Picture): #Y 0,110,1 >Y 0 110 1 Ethernet To reset the IP settings to the factory reset values, power cycle the device while holding in the Ethernet Reset button, located on the rear panel of the unit IP Address: 192.168.1.39 Subnet mask: 255.255.000.
11.2.2 PC Input Resolutions PC Input Resolutions 11.2.
11.3 Output Resolutions This section defines the output resolutions 11.3.1 HDMI Output Resolutions Technical Specifications of the HDMI Output Signal 11.3.2 640x480@60 1280x1024@50 1680x1050@60 1080p25 640x480@75 1280x1024@60 1920x1200@60 1080p29.97 800x600@50 1280x1024@75 480i60 1080p30 800x600@60 1360x768@60 480p60 1080p50 800x600@75 1366x768@50 576i50 1080p59.94 1024x768@50 1366x768@60 576p50 1080p60 1024x768@60 1400x1050@50 720p50 2K50 1024x768@75 1400x1050@60 720p59.
12 The VP-771 RS-232 Communication Protocol The Kramer Protocol lets you control the VP-771 from any standard terminal software (for example, the Windows® HyperTerminal Application). 12.1 Using the Communication Protocol There are three different methods to control the VP-771 via the RS-232 or the Ethernet: Protocol commands (via protocol 3000 or Legacy Protocol) mimicking the OSD, see Section 12.
12.2.
12.2.2 Using the Communication Protocol with Legacy Protocol Set Command: Type in: YControl_TypeFunctionParam[CR] Reply: ZControl_TypeFunctionParam[CR][LF] Get Command: Type in: YControl_TypeFunction[CR] Reply: ZControl_TypeFunctionParam[CR][LF] When sending a command, a blank character may precede [CR] if desired Example: Example 1: set brightness value as 32 Send: Y041032[CR] Reply: Z141032[CR][LF] Example 2: get current output resolution.
1st Level 2nd Level 3rd Level Range Func.
1st Level Audio 2nd Level Volume 3rd Level Range Func.
1st Level Process 2nd Level Deinterlacing 3rd Level 4th Level Range Func. Note Bypassed Group Unmute 0 295 Mute 1 Line Doubler 0 311 Volatile parameter unavailable in progressive scan 312 Unavailable in progressive scan. 320 Unavailable in progressive scan 0:3 330 Unavailable in progressive scan.
1st Level Scale 2nd Level Aspect Ratio Overscan 3rd Level Range Func. Note Temporal NR 4th Level 0:3 533 Block NR 0:3 534 unavailable in progressive scan Follow input 0 610 Follow Output 1 Best Fit 2 Letterbox 3 1. Single window only 2. Customization lost 3.
1st Level 2nd Level 3rd Level Master Connection Deep Color Color Space HDCP Mode Zoom Position 72 Information Range 1080p30 36 Func. Note 1080p50 37 1080p59.94 38 1080p60 39 2K50 40 2K60 41 HDMI 0 DGKat 1 PC 2 SDI 3 Off 0 Follow Output 1 RGB 0 YPbPr422 1 Not applicable to PC output. Screen may flicker YPbPr444 2 Not applicable to SDI output. Screen may flicker Follow Output 0 Follow Input 1 632 633 634 Not applicable to SDI output.
1st Level 2nd Level 3rd Level 4th Level Range 1080i60 21 1080i50 22 N\A 23 1080i100 24 1080p60 25 1080p50 26 1080p30 27 1080p23_976 28 1080p24 29 1080p25 30 2K50 31 2K60 32 640X480@60 33 N\A 34 N\A 35 N\A 36 640x480@72 37 640x480@75 38 848x480@60 39 640x480@85 40 N\A 41 800x600@56 42 800x600@60 43 N\A 44 800x600@72 45 800x600@75 46 800x600@85 47 1024x768@60 48 1360x768@60 49 1280x768@60 50 1024x768@70 51 1024x768@75 52 1280x800@60 53 102
1st Level 2nd Level 3rd Level 4th Level NONE Window Control Main Win 0 PiP Win 1 723 ON 1 724 OFF 0 Transparency Gain 0.1:1.6 725 Transparency Bias -400:400 726 ON 1 727 OFF 0 Luma Keying Alert System Freeze Blank Mute Disable Outputs 74 0.1:1.6 728 Off 0 729 30 Sec 1 60 Sec 2 -400:400 731 In the OSD menu the value range shows -80:80.
12.3 Protocol Table: Mimicking Remote and Front Panel Buttons The keystroke codes operate in the following way: SET command third param =0, Syntax example: "#Y 0,10,0" => MENU keystroke GET command for keystrokes will return ERR The following table defines the keystroke function codes: 12.
Operation commands Command Syntax Response Usually the firmware will upload to the device via a command such as LDFW A device reset may be needed to complete the process Video core Firmware UPGRADES UPGRADES OK update execute* Reset configuration to factory default FACTORY FACTORY RESULT SET dedicated EAS port settings EAS-CFG PORTTYPE, PORTNUM EAS-CFG PORTTYPE, PORTNUM RESULT GET dedicated EAS port settings EAS-CFG? EAS-CFG PORTTYPE, PORTNUM Parameters Description: PORTTYPE either “TCP” or “UDP
VOLUME-PARAMETER = output volume parameters: [VALUE] either positive or negative digits (minus sign precedes negative values).
Read IP Address NET-IP? NTIP? NET-IP IP_ADDRESS Read MAC Address NET-MAC? NTMC? NET-MAC MAC_ADDRESS Set subnet mask NET-MASK SUBNET_MASK NTMSK NET-MASK SUBNET_MASK RESULT Read subnet mask NET-MASK? NTMSK? NET-MASK SUBNET_MASK Set gateway address NET-GATE GATEWAY_ADDRESS NTGT NET-GATE GATEWAY_ADDRESS RESULT Read subnet mask NET-GATE? NTGT? NET-GATE GATEWAY_ADDRESS Set DHCP mode NET-DHCP DHCP_MODE NTDH NET-DHCP DHCP_MODE RESULT Read subnet mask NET-DHCP? NTDH? NET-DHCP DHCP_MODE DHCP_M
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