HALL TECHNOLOGIES VERSA-4K K Video and USB Extension User Manual

VERSA-4K
USER’S MANUAL

4K Video & USB over IP

FFC Notice

This device complies with Part 15 of the FCC Rules. Operation is subject to the following conditions:

1. This device may not cause harmful interference.
2. This device must accept any interference even if it causes undesired operation.
   This equipment has been desinged to comply with the limits for a Class A digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy, and if it is not installed and used in accordance with the instruction manual, it may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference, in which case the user will be required to correct the interference at his own expense.

Introduction

VERSA-4K is a complete AV over IP solution, which can extend 4K video with one frame latency, USB 2.0, Keyboard, Mouse, IR, RS-232, and Analog Audio over Gigabit Ethernet Network. Encoder in the Sender (VERSA-4K-S) uses visually lossless compression, which gives pixel perfect quality at the remote end. Receiver’s inbuilt scaler not only supports Video Wall up to 16×16, but can also change the Orientation of the Image. VERSA-4K is one stop scalable solution for your future AV needs, with 10,000 unique channels, which not only extends video but also extends USB 2.0 devices. With incredible low latency, VERSA-4K can make its way to Medical Applications, Remote Server Management, Presentation Rooms, Digital Signage to name but a few.
See Specifications for More details.

1.1 Applications

• Remote PC management
• Digital Signage
• Interactive Classrooms
• Surveillance
• Live broadcast
• Patient Monitoring
• Conference rooms, Auditoriums, Bars and restaurants

Package Contents

User Manual
Wide Band IR Emitter
Mounting  Brackets
Universal Power Supply| 1
1
1
1
1
VERSA-4K-R| VERSA-4K-R
User Manual
Wide Band IR Detector
IR Detector (Local Control)
IR Remote Controller
Mounting  Brackets
Universal Power Supply| 1
1
1
1
1
1
1

Input and Outputs

| FIN| USB Mini for Front Panel Firmware update
---|---|---
MENU. UP. DOWN| user Button: for front panel operation
RST| Factory Reset
LCD| , 032 Character display for System Confiouration
| 1 000BT| RJ43 Jack -• Connects to 1G Ethernet
---|---|---
IR-CTRL| IR Local Control
:R-IN, IR-OUT| IR Detector and IR Emitter connection: for Bidirectional Paz:,throuon
L/R IN. L/R OUT| 3 5rnm Jack for Antilop Line Input and Line output
HOMI AUD| HDMI Audio extraction
MIC IN (Receiver only)| 1 smm Jack for Microphone Analog Input
-IDMI OUT (Sender only)| video Output
-IDMI IN| video input
RS-232| RS 232 Phoenix connector for lull duplex serial communication
tJSB HOST| use Type B that connect: to host PC
USB 1 1. USB2.0| use Type A for USB peripherals
5V DC| External  Power Supply with Locking connector

Getting Started

1. Use Gigabit Switch with IGMPV2 and Jumbo Frame Support
2. Connect Sender(s) and Receiver(s) to the switch. No DHCP server required, by default Auto IP is enabled.
3. If switch does not support PoE, use external power supply included in the package
4. Assign unique Group ID to each Sender. The Group ID can be changed from the Front Panel using UP and DOWN arrow keys or by using IR Remote Controller (See Front Panel operation for more details)
5. Connect HDMI Source(s) to Sender(s)
6. Connect HDMI Display(s) to Loop out as required
7. Connect HDMI Display(s) to Receiver(s)
8. Connect IR Detector cable to “IR-CTRL” port to use IR Remote Controller
9. If extending bidirectional IR, connect IR Emitter cable to “IR-OUT” port and IR detector cable to “IR-IN” port of both Sender and Receiver. See IR Over IP for more details.
10. If Using RS-232, connect RS-232 cable from PC or automation system to the supplied phoenix connector, and then connect it to the “RS-232” port of VERSA-4K. See Serial over IP for more details.
11. To control the unit from WEB-GUI or PC-GUI change the IP address of the PC to Auto IP network
12. Assign Device Name to Sender(s) and Receiver(s) from WEB-GUI or PC-GUI

Control Interface

5.1 Front Panel Operation
VERSA features 16X2 Character LCD with three user buttons: MENU, UP and DOWN on the front panel, which allows the user to quickly change the Group ID and IP configuration. By default,
Device Name and Group ID on the Home Screen of the LCD, UP and DOWN arrow keys can be used change the Group ID.
Changing configuration from front panel is a five step process:

1. Press MENU button on Home Screen
2. Use UP and DOWN arrow keys to navigate to a configuration.
3. Hold the MENU button till the configuration starts blinking.
4. Use UP and DOWN arrows keys to see the available Options/Settings.
5. Press MENU again to apply the new configuration.

devices are connected
USB TX IP (Receiver Only)| Shows the IP address of the Sender to which USB2.0 devices are exported
Link Speed| Ethernet Link Speed| 1000M| 1000BaseT (Gigabit Link)
---|---
100M| 100BaseT
10M| 10BaseT
No Link!| When there is no Physical Link or IP address

5.2 IR Control
IR Remote controller can be used to change the Group ID of Sender/Receiver. The numeric keypad on the remote controller can be used to key-In 4-digit Group ID (0000 to 9999). To use IR Remote Controller, connect IR Detector Cable (labeled as “Control”) to “IR-CTRL” port on VERSA. See IR Detectors and Emitters for more information

IR Detectors and Emitters

IR Detector cable for Passthrough. Connected to “IR-IN” port of VERSA.|
---|---
IR Detector cable for Local Control. Connected to “IR-CTRL” port of VERSA|
IR Emitter cable for Passthrough. Connected to “IR-OUT” port of VERSA|

5.3 WEB-GUI
Both Sender and Receiver host a WEB Application with intuitive Graphical User Interface (GUI), which can be accessed using any standard WEB browser. The WEB-GUI can be used to change various systems setting such as Device Name, Group ID, USB Control, Audio Control, Video Wall, Independent Routing and Firmware Update over HTTP etc. For more advance configurations such as USB Filtering and USB device View use PC-GUI

5.4 PC-GUI
PC-GUI is used to configure all the advanced settings, such as USB Filtering, OSD, EDID Management, SOIP, and Bezel and Gap Compensation. With advanced device finder, PC-GUI gives an advanced top-level management interface to control all the Senders and Receivers on the network. PC-GUI can provide Video Preview, USB Device View, Matrix View etc.

Working

6.1 Architecture
VERSA-4K uses Client-Server architecture, where each function such as Video, Audio, USB, IR, and RS-232 is considered as a service. VERSA-4K-S (Sender) acts as a server, and provides services independently under one Group ID. Each VERSA-4K-R (Receiver) in the network acts a client and receives a service by joining in the group using Group ID. A Receiver should have the same Group ID as sender to receive a service. Among all the services only USB 2.0 is mutually exclusive, means, only one receiver in a group can exclusively connect to the sender and exports all the USB2.0 attached to it. See USB over IP for more Details. Unicast Mode vs. Multicast Mode Unicast is used in One- to-One Applications, where only one receiver is allowed in a group. Unicast offers simple and secure ways to extend Video and USB applications to only one receiver. Unlike Unicast Mode, Multicast mode is used in One-to-Many Applications, where multiple receivers are allowed in a group and request services from a sender. Multicast gives true flexibility to scale the system.
Also, enabling Independent Routing on the receiver allows choose and various services from multiples Sender in different groups.

6.2 General Settings
Device Name
User can assign custom Device Name to VERSA, which can be used to identify its Location or Purpose. Device Names are useful for Logical representation of the system in big installations.
Device Names are not linked to IP address, these are only used as identifiers for the User. For instance, all the Receivers connected to the projectors in a school can have Room Number as Device Name. By default, the Device Name is set to “VERSA” for both sender and Receiver.
Group ID
In VERSA’s architecture, each service from a Sender is served on Multicast IP. Group ID is a simpler representation of Multicast IP. Each Sender needs to have a unique Group ID on the network. A Group ID Ranges from 0000 to 9999, which allows scaling the system up to 10,000 Senders in one network. A Receiver can receive a service from a sender by having the same Group ID. In multicast mode multiple Receivers can join in the same group, and can multiplex various services from Senders in different groups, which is also called as Independent Routing.
6.3 Auto IP
Auto IP, is also called as Automatic Private IP Addressing (APIPA) is a method where an IP device on a network selects an unique IP address in the absence of a DHCP Server. An Auto IP device, such as VERSA holds an IP address in the range of 169.254.x.y in Auto IP Mode, where : x,y can range from 0 to 255. By default, Auto IP is enabled in VERSA. To access the device WEB-GUI or to control the device with PC-GUI, the User’s PC should be in the following network:
IP Address 169.254.x.y
Subnet 255.255.0.0
Where: x=0-255 y=0-255
6.4 Independent Routing
Independent Routing is featured in the VERSA-4K-R (Receiver), which allows multiplexing different services from multiple Senders. For example, a Receiver can receive video form Group-1, Audio from Group-2 and USB from Group-3 as shown below.

Note: Audio only works when there is an active Video Group.
6.5 Video Over IP
VERSA-4K-S uses visually lossless compression to encode 4K Video. Along with bit rate and Frame rate adjustments, Sender provides Various Quality modes and Bit Rate adjustments to minimize the network bandwidth. Encoder Settings
Bit Rate

Best Effort| VERSA takes complete freedom to deliver best quality content with less compression. A typical 1080@60 video can take up to 200Mbps bandwidth
---|---
10 – 200Mbps| This forces the encoder to compress more to meet the selected video bandwidth requirement

Frame Rate

0-100%| Can be used to minimize the bandwidth by reducing the number of frames that needs to be encoded. Low frame rates can be used for Static Image Videos
---|---

Quality Mode

frames might be dropped. This mode is typically used for Static Image Videos.
5-Jan| The higher the value, lower the Video quality

Anti-Dither Mode

ON / OFF| Anti-Dither Mode removes the noise in the source video by averaging them with surrounding pixel data. Don’t enable this if the source video is clean
---|---

EDID Management
VERSA-4K Sender can save up to two EDIDs. One of them is Default EDID, which cannot be modified and other one is a Custom EIDD, which can be updated from Receiver end. Sender always serves Custom EDID to the source in the absence of Custom EDID it serves Default EDID.
In multicast mode, a receiver in the group can send an EDID Update Request to replace Custom EIDD with its attached Sink EDID. A Receiver automatically sends an Update Request when Display is detected, if “Use this EDID” option is enabled. When multiple receivers send an EDID update request, the last received EDID will be used. In multicast scenario it is recommended to enabled “Use This EDID” option on only one receiver.

6.6 Video Scaler
Receiver (VERSA-4K-R) has built-in Video Scaler. The Scaler supports Up- scaling (Low resolution to High Resolution), Down-Scaling (High Resolution to low resolution) and Timing Conversion (Interlaced to Progressive and vice versa). See HDMI Video resolution support list for more information.
The Scaler can be set to “EDID Preferred”, which will automatically scale the input video to the native resolution of the monitor as defined in its EDID. This feature provides the flexibility to use different kinds of monitors at the Receiver end regardless of brand and 4K resolution support.
Scaler Settings
Output Timing

the sink

6.7 Video Wall
VERSA receiver has built-in Video Wall support with Bezel and GAP compensation, Pixel Wise panning, Image Rotation and Mirroring. The Video Wall layout is a rectangular array of monitors, where the position (x’, y’) of a monitor on the Wall is identified with row and column number. The total number of rows indicates Vertical Monitor Count (Y) and the total number of columns indicates Horizontal Monitor Count (X).

For example, to build a 2×2 (two by two) Video Wall, which has 2 rows and 2 columns.
The Horizontal Monitor Count [X] = 2, and Vertical monitor Count [Y] =2
A total of 4 Receivers are required to build this wall and they can be positioned at: (0,0) , (0,1) , (1,0), and (1,1)
Each Receiver includes a Video Wall Preview in its WEB-GUI, which helps to visualize the wall. From the above example to the place a receiver in Top left corner of the video wall, set the Wall Size = 2×2, and select the position (0,0) as shown below.

Video Wall Settings
Wall Size

[X,Y]| X = [1 to 16] Horizontal Monitor Count
Y = [1 to 16] Vertical Monitor Count
Set [1,1] to disable Video Wall
---|---

Position

[x,y]| x’ =[0 to 15] Horizontal Position
y’ =[0 to 15] Vertical Position
---|---

Orientation
Default
Flip Vertical/Horizontal (Mirror Image)
Rotate Clockwise (90/180/270)
Rotate 90 + Flip Vertical
Stretch
Fill / Fit In———————-
Bezel and Gap Compensation

Scale
Horizontal Scale , Vertical Scale
Shift

Bezel and Gap

6.8 OSD
VERSA-4K-R has built-in Hardware On Screen Display (OSD) Controller, which supports Alpha Blending and transparent settings. A Receiver can display an Image and Multi color text at any position on the screen. Use PC GUI to upload images and display text as OSD.
OSD Settings
Position

Bottom-Left/Bottom-Right
Top/Bottom/Left/Right

Text

Image

6.9 Audio Over IP
VERSA Supports up to 7.1ch HDMI Audio (See HDMI Audio Format Support List for more details). The Sender also supports HDMI audio embedding from LIN IN, which is used for VGA sources. Bidirectional audio pass-through is only available in Unicast Mode, which make it ideal solution for Remote PC extension.

In multicast Mode, Sender supports 3 Input Modes to select an audio source between HDMI Audio and LIN IN Audio. The selected audio source is embedded into the video and multicast to all the Receivers in the group. Also, Receiver supports 3 Output Modes to route audio between LINE OUT and HDMI OUT. See Audio Modes for more details.
Note:

1. While using Independent Routing, receiver must be a part of a working video group to output the audio.
2. Bidirectional Audio Pass-through is only supported in Unicast Mode and when LINE IN is selected.

Audio Modes
Input Mode
(Sender only)

Auto| Auto Selects LINE IN when Video Input is DVI or when LINE IN hot plug is detected
---|---
Auto 1| Auto Selects LINE IN when LINE IN hot plug is detected irrespective of Video Input
Auto 2| Always uses HDMI audio when Video Input is not DVI. Also, Auto selects LINE IN when Video Input is DVI.

Output Mode (Sender only)

6.10 Keyboard and Mouse Over IP
Keyboard and mouse connected at the receiver end operates differently compared to other USB2.0 devices. To have instant accesses to the PC, both keyboard and mouse are always emulated by the Sender and only key and mouse parameters are received from each Receiver. As result, no explicit connection or driver installation is needed. In multicast mode, a PC can be controlled using mouse and keyboard from any receiver in the group. Each receiver has dedicated keyboard and mouse ports to use feature.

6.11 USB Over IP
The principle of USB Over IP (USBoIP) in VERSA is rather simple. A Receiver has a built-in USB2.0 HUB, which acts a USB2.0 host controller to all the USB devices connected to it locally. A Receiver needs to pair with a Sender explicitly in order to export its USB2.0 devices. The exported USB2.0 devices are enumerated by the Sender to the Host PC. VERSA can serve up to four USB2.0 downstream devices over IP, means, each Receiver can only export four USB2.0 devices to the Sender. Even though, there are only two USB2.0 ports on the receiver, an external hub can be added to extend more USB2.0 devices. Unlike KMoIP, each Receiver in a group should explicitly connect to a Sender in order to export its USB2.0 devices. Receiver can setup an export policy to filter USB2.0 devices based on Class or Product ID (PID) & Vendor ID (VID). Use PC- GUI to build custom USB policy and to view the Device Tree. See Supported USB Class List for more details.

Note: USBoIP does not support asynchronous USB transfers such as Video Streaming devices.
USB 2.0 Settings
VERSA-4K-S (Sender)

Attached Client IP| IP Address of connected Receiver from which all the USB2.0 devices are being exported
---|---
Auto Connect to First Peer| USB2.0 will be automatically connected the first Receiver seen in the group (Useful when there is only one receiver in the group)
USB Incompatibility| Enable when the mouse is responding slow

VERSA-4K-R
(Receiver)

Connect / Disconnect| Initiates USB 2.0 Connect/Disconnect Request. When multiple receivers send the request only last received will be successful and others will be disconnected.
---|---
Host IP| IP Address of connected Sender to which all the USB2.0 devices are exported

6.12 Serial Over IP
Both Sender and Receiver support two types of modes to control RS-232 devices. In Pass Through mode, all the bytes from the senders are multicast to all the receivers in the group, likewise, all the bytes from the receiver is directed to the sender in the group. The Guest Mode allows 3rd party control systems to control serial devices over IP. In Guest Mode, a control system can completely take control of the serial port and can have full duplex serial communication with attached serial devices over Telnet. See supported baud rate list for more information.

RS-232 Modes
Pass Through
Guest Mode
(Telnet Port) 6752
RS-232 Pass Through mode
Serial Over IP
6.13 IR Over IP
VERSA Supports Bidirectional Pass-through IR along with Guest Mode. Guest mode allows 3rd party control systems to Send IR Commands over IP. Both Guest mode and Pass-through are enabled by default.

IR Modes
IR Pass Through mode
IR Over IP (Pronto hex and Global Cache formats).
Pass Through
Guest Mode
(Telnet Port) 59401
To use IR Pass Through mode:

1. Connect IR Receiver to IR-IN port of Encoder (Sender) a.
2. Connect IR Emitter to IR-Out port of Decoder (Receiver) and the other end to device b.
3. Point remote at IR Receiver and send commands to device

To use IR Guest mode:

1. Connect IR Emitter to IR-Out port of Decoder (Receiver) and the other end to device a.
2. Connect to Versa IP address and port 59401 using a terminal such as Putty
3. For Pronto Hex commands send as is and it should look like this:
4. For Global Cache remove the “sendir,1:111,” from the command, then send.

6.14 Default Configuration

6.15 Firmware Update
Steps to update firmware from WEB-GUI:

1. Accesses the Sender or Receiver WEB-GUI
2. Navigate to Admin > Update Firmware
3. Click on Choose File and Select the Binary File (.bin) provided by Hall Research.
4. Click Upload
5. Wait until the System finishes the Firmware Update and Reboots itself.

Specifications

System

Supports| Device Naming, IP Control
Build in WEB Server with Institutive User Interface
Front panel with 16×2 Character display for System configuration IR Remote Control
---|---
Sender| Supports Independent routing
Receiver| Built-in OSD generator, which can display custom text and pictures Built in Scaler with can support:
low resolution <=> High Resolution timing conversion Interlaced <=> Progressive Mode conversion
Video Wall Support| Wall Size up to 16×16
Bezel and Gap Compensation
Pixel Wise Panning
Image Rotation , Mirroring, and Stretch Video Pause and Black Out

Video

Audio

HDMI Audio| 2Ch, 5.1Ch, 7.1Ch LPCM
5.1Ch, 7.1Ch NLPCM
---|---
Supports| HDMI Audio Extraction (2Ch LPCM 32Khz ~96Khz)

RS-232 Over IP

Guest Mode (Serial Over IP over dedicated telnet port)

IR Over IP

Guest Mode (Software Decoding over dedicated telnet port)

Network

Varies with video pattern, USB activity, and WEB-GUI activity
Casting| Multicast (Groups 0 —9999), Unicast Supports VLAN Switching
Supports| Bit rate and bandwidth Control
Static, DHCP and Auto IP (Zero Config) IGMPV2 1500 or 8000 MTU
Recommended 8K (8000MTU) for 4K video

Video Over IP

Video Codec| Proprietary Visually Lossless Video Codec
Supports Quality Control
---|---
Latency| 1 Frame (< 30ms)
Supports| Video Snapshot
Anti-Dithering V3, Frame Rate Control

Audio Over IP

Sender Analog Audio| Line In, Line Out for Audio Over IP Supports HDMI Audio Embedding
---|---
Receiver Analog Audio| Mic In, Line Out for Audio Over IP Supports HDMI Audio De-Embedding
Sender Analog Audio| Analog Volume Control. Bidirectional Audio extension in Unicast mode

USB Over IP

USB Extension| Up to  4xUSB 2.0 Downstream Devices
USB 1.1 for Keyboard and Mouse Extension
---|---
Supports| USB Class and Device Filtering
Touch Screen Devices

HDMI Video Resolution Support List

VIC Timings

VIC| Short Name| Aspect Ratio| Pixel Ratio| Resolution
---|---|---|---|---
1| DMT0659| 4:03| 1:01| 640x480p @59.94/60 Hz
2| 480p| 4:03| 8:09| 720x480p @59.94/60 Hz
3| 480pH| 16:09| 32:37| 720x480p @59.94/60 Hz
4| 720p| 16:09| 1:01| 1280x720p @59.94/60 Hz
5| 1080i| 16:09| 1:01| 1920×10801 @59.94/60 Hz
6| 480i| 4:03| 8:09| 7200 440)x4801@59.94/60 Hz
7| 4801H| 16:09| 32:37| 7200 440)x4801 @59.94/60 Hz
8| 240p| 4:03| 8:09| 720(1440)x240p @59.94/60 Hz
9| 240pH| 16:09| 32:37| 720(1440)x240p @59.94/60 Hz
10| 48014x| 4:03| 8:09| (2880)x480i @59.94/60 Hz
11| 48014xH| 16:09| 32:37| (2880)x4801@59.94/60 Hz
12| 240p4x| 4:03| 8:09| (2880)x240p @59.94/60 Hz
13| 240p4xH| 16:09| 32:37| (2880)x240p @59.94/60 Hz
14| 480p2x| 4:03| 8:09| 1440x480p @59.94/60 Hz
15| 480p2xH| 16:09| 32:37| 1440x480p @59.94/60 Hz
16| 1080p| 16:09| 1:01| 1920x1080p @59.94/60 Hz
17| 576p| 4:03| 16:15| 720x576p @50 Hz
18| 576pH| 16:09| 64:45| 720x576p @50 Hz
19| 720p50| 16:09| 1:01| 1280x720p ®50 Hz
20| 1080125| 16:09| 1:01| 1920x1080i @50 Hz
21| 5761| 4:03| 16:15| 7200 440)x576i @50 Hz
22| 5761H| 16:09| 64:45| 7200 440)x576i @50 Hz
23| 288p| 4:03| 16:15| 7200 440)x288p @50 Hz
24| 288pH| 16:09| 64:45| 720(1440)x288p @50 Hz
25| 57614x| 4:03| 16:15| (2880)x5761 @50 Hz
26| 57614sH| 16:09| 64:45| (2880)x5761 @50 Hz
27| 288p4x| 4:03| 16:15| (2880)x288p @50 Hz
28| 288p4xH| 16:09| 64:45| (2880)x288p @50 Hz
29| 576p2x| 4:03| 16:15| 1440x576p @50 Hz
30| 576p2xH| 16:09| 64:45| 1440x576p @50 Hz
31| 1080p50| 16:09| 1:01| 1920x1080p ®50 Hz
32| 1080p24| 16:09| 1:01| 1920x1080p @23.98/24 Hz
33| 1080p25| 16:09| 1:01| 1920x1080p @25 Hz
34| 1080p30| 16:09| 1:01| 1920x1080p @29.97/30 Hz
35| 480p4x| 4:03| 8:09| (2880)x480p @59.94/60 Hz
36| 480p4xH| 16:09| 32:37| (2880)x480p @59.94/60 Hz
37| 576p4x| 4:03| 16:15| (2880)x576p @50 Hz
38| 576p4xH| 16:09| 64:45| (2880)x576p @50 Hz
39| 1080125| 16:09| 1:01| 1920×10801 @50 Hz (1250 Total)
40| 1080150| 16:09| 1:01| 1920×10801 @100 Hz
41| 720p100| 16:09| 1:01| 1280x720p @100 Hz
42| 576p100| 4:03| 8:09| 720x576p @100 Hz
43| 576p100H| 16:09| 32:37| 720x576p @100 Hz
44| 576150| 4:03| 16:15| 7200 440)x576i @100 Hz
45| 576150H| 16:09| 64:45| 7200 440)x576i @100 Hz
46| 1080160| 16:09| 1:01| 1920×10801 @119.88/120 Hz
47| 720p120| 16:09| 1:01| 1280x720p @119.88/120 Hz
48| 480p119| 4:03| 16:15| 720x480p @119.88/120 Hz
49| 480p119H| 16:09| 64:45| 720x480p @119.88/120 Hz
50| 480159| 4:03| 8:09| 7200 440)x4801@119.88/120 Hz
51| 480i59H| 16:09| 32:37| 7200 440)x4801@119.88/120 Hz
52| 576p200| 4:03| 16:15| 720x576p @200 Hz
53| 576p200H| 16:09| 64:45| 720x576p @200 Hz
54| 5761100| 4:03| 16:15| 7200 440)x5761@200 Hz
55| 5761100H| 16:09| 64:45| 7200 440)x5761@200 Hz
56| 480p239| 4:03| 8:09| 720x480p @239.76/240 Hz
57| 480p239H| 16:09| 32:37| 720x480p @239.76/240 Hz
58| 4801119| 4:03| 8:09| 7200 440)x4801@239.76/240 Hz
VIC| Short Name| Aspect Ratio| Pixel Ratio| Resolution
---|---|---|---|---
59| 4801119H| 16:09| 32:37| 720(1440)x480i@239.76/240 I+7
60| 720p24| 16:09| 1:01| 1280x720p @23.98/24 Hz
61| 720p25| 16:09| 1:01| 1280x720p @25 Hz
62| 720p30| 16:09| 1:01| 1280x720p @29.97/30 Hz
63| 1080p120| 16:09| 1:01| 1920x1080p ®119.88/120 1-i/
64| 1080p100| 16:09| 1:01| 1920x1080p ®100 Hz
65| 720p24| 64:27| 4:03| 1280x720p @23.98/24 Hz
66| 720p25| 64:27| 4:03| 1280x720p @25 Hz
67| 720p30| 64:27| 4:03| 1280x720p @29.97/30 Hz
68| 720p50| 64:27| 4:03| 1280x720p @50 Hz
69| 720p| 64:27| 4:03| 1280x720p @59.94/60 Hz
70| 720p100| 64:27| 4:03| 1280x720p @100 Hz
71| 720p120| 64:27| 4:03| 1280x720p @119.88/120 Hz
72| 1080p24| 64:27| 4:03| 1920x1080p @23.98/24 Hz
73| 1080p25| 64:27| 4:03| 1920x1080p @25 Hz
74| 1080p30| 64:27| 4:03| 1920x1080p @29.97/30 Hz
75| 1080p50| 64:27| 4:03| 192011080p @50 Hz
76| 1080p| 64:27| 4:03| 1920x1080p @59.94/60 Hz
77| 1080p100| 64:27| 4:03| 192011080p @100 Hz
78| 1080p120| 64:27| 4:03| 1920x1080p ©119.88/120 Hz
79| 720p24| 64:27| 64:63| 1680x720p @23.98/24 Hz
80| 720p25| 64:27| 64:63| 1680x720p @25 Hz
81| 720p30| 64:27| 64:63| 1680x720p @29.97/30 Hz
87| 720p50| 64:27| 64:63| 1680x720p @50 Hz
83| 720p| 64:27| 64:63| 1680x720p @59.94/60 Hz
84| 720p100| 64:27| 64:63| 1680x720p ®100 Hz
85| 720p120| 64:27| 64:63| 1680x720p @119.88/120 Hz
86| 1080p24| 64:27| 1:01| 2560x1080p @23.98/24 Hz
87| 1080p25| 64:27| 1:01| 2560x1080p @25 Hz
88| 1080p30| 64:27| 1:01| 2560x1080p @29.97/30 Hz
89| 1080p50| 64:27| 1:01| 2560x1080p @50 Hz
90| 1080p| 64:27| 1:01| 2560x1080p @59.94/60 Hz
91| 1080p100| 64:27| 1:01| 2560x1080p ®100 Hz
92| 1080p120| 64:27| 1:01| 2560x1080p @119.88/120 Hz
93| 2160p24| 16:09| 1:01| 3840x2160p @23.98/24 Hz
94| 2160p25| 16:09| 1:01| 3840x2160p @25 Hz
95| 2160p30| 16:09| 1:01| 3840x2160p @29.97/30 Hz
96| 2160p50| 16:09| 1:01| 3840x2160p ®50 Hz
97| 2160p| 16:09| 1:01| 3840x2160p @59.94/60 Hz
98| 2160p24| 256:135| 1:01| 4096x2160p @23.98/24 Hz
99| 2160p25| 256:135| 1:01| 4096x2160p @25 Hz
100| 2160p30| 256:135| 1:01| 4096x2160p @29.97/30 Hz
101| 2160p50| 256:135| 1:01| 4096x2160p @50 Hz
102| 2160p| 256:135| 1:01| 4096x2160p @59.94/60 Hz
103| 2160p24| 64:27| 4:03| 3840x2160p @23.98/24 Hz
104| 2160p25| 64:27| 4:03| 3840x2160p @25 Hz
105| 2160p30| 64:27| 4:03| 3840x2160p @29.97/30 Hz
106| 2160p50| 64:27| 4:03| 3840x2160p @50 Hz
107| 2160p| 64:27| 4:03| 3840x2160p @59.94/60 Hz
S/No| HA| VA| Rate| HP| VP| Pix CLOCK| Scan Mode
---|---|---|---|---|---|---|---
| | | | – HDTV| 1 imings —| |
0| 640| 480| 60Hz| -ve| -ve| 252000| Prog
1| 720| 480| 60Hz| -ve| -ve| 270270| Prog
2| 720| 480| 60Hz| -ve| -ve| 270270(D)| Prog
3| 1280| 720| 60Hz| +ve| +ve| 742500| Prog
4| 1920| 1080/2| 60Hz| +ve| +ve| 742500| Inter’
5| 1440/2| 480/2| 60Hz| -ve| -ve| 270270/2| Inter’
6| 1440/2| 480/2| 60Hz| -ve| -ve| 270270/2(D)| Inter’
7| 1440/2| 240| 60Hz| -ve| -ve| 270270/2| Prog
8| 1440/2| 240| 60Hz| -ve| -ve| 270270/2(D1)| Prog
9| 1440/2| 240| 60Hz| -ve| -ve| 270270/2(D2)| Prog
10| 1440/2| 240| 60Hz| -ve| -ve| 270270/2(D3)| Prog
11| 1440| 480| 60Hz| -ve| -ve| 540450| Prog
12| 1440| 480| 60Hz| -ve| -ve| 540450(D)| Prog
13| 1920| 1080| 60Hz| +ve| +ve| 1485000| Prog
14| 720| 576| 50Hz| -ve| -ve| 270000| Prog
15| 720| 576| 50Hz| -ve| -ve| 270000(D)| Prog
16| 1280| 720| 50Hz| +ve| +ve| 742500| Prog
17| 1920| 1080/2| 50Hz| -ve| +ve| 742500| Inter’
18| 1440/2| 576/2| 50Hz| -ve| -ve| 270000/2| Inter’
19| 1440/2| 576/2| 50Hz| -ve| -ve| 270000/2(D)| Inter’
20| 1440/2| 288| 50Hz| -ve| -ve| 270000/2| Prog
21| 1440/2| 288| 50Hz| -ve| -ve| 270000/2(D)| Prog
22| 1440/2| 288| 50Hz| -ve| -ve| 270000/2(D1)| Prog
23| 1440/2| 288| 50Hz| -ve| -ve| 270000/2(D2)| Prog
24| 1440/2| 288| 50Hz| -ve| -ve| 270000/2(D3)| Prog
25| 1440/2| 288| 50Hz| -ve| -ve| 270000/2(D4)| Prog
26| 1440| 576| 50Hz| -ve| +ve| 540000| Prog
27| 1440| 576| 50Hz| -ve| +ve| 540000(D)| Prog
28| 1920| 1080| 50Hz| +ve| +ve| 1485000| Prog
29| 1920| 1080| 24Hz| +ve| +ve| 742500| Prog
30| 1920| 1080| 25Hz| +ve| +ve| 742500| Prog

— HDTV with wrong polarity —

— CEA-861-D Timing —

— CEA-861-D Timing with very high refresh rate —

— Frame packing 3D timings —

— 4K (2160p) Timings –

— 4K SMPTE Timings –

— VESA Digital Timing –

— VESA New Timing —

– VESA CVT Timing –

– – PC Timing —

– SPWG Panel Timing —

– GTF —

— 2560×1200 VESA CVT Generated Timing –

HDMI Audio Format Support List

Dolby Digital Plus
Dolby Digital Pro-Logic
Dolby TrueHD
Dolby Atmos| DTS 5.1 ch
DTS 96/24
DTS-ES Discrete
DTS-ES Matrix
DTS-HD High Resolution Audio
DTS-HD Master Audio
DTS:X| Linear PCM 2 ch 44.1 kHz
Linear PCM 2 ch 88.2 kHz
Linear PCM 2 ch 176.4 kHz
Linear PCM 2 ch 32 kHz
Linear PCM 2 ch 48 kHz
Linear PCM 2 ch 96 kHz
Linear PCM 2 ch 192 kHz
Linear PCM 5.1 ch 44.1 kHz
Linear PCM 5.1 ch 88.2 kHz
Linear PCM 5.1 ch 176.4 kHz
Linear PCM 5.1 ch 32 kHz
Linear PCM 5.1 ch 48 kHz
Linear PCM 5.1 ch 96 kHz
Linear PCM 5.1 ch 192 kHz
Linear PCM 6.1 ch 44.1 kHz
Linear PCM 6.1 ch 88.2 kHz
Linear PCM 6.1 ch 176.4 kHz
Linear PCM 6.1 ch 32 kHz
Linear PCM 6.1 ch 48 kHz
Linear PCM 6.1 ch 96 kHz
Linear PCM 6.1 ch 192 kHz
Linear PCM 7.1 ch 44.1 kHz
Linear PCM 7.1 ch 88.2 kHz
Linear PCM 7.1 ch 176.4 kHz
Linear PCM 7.1 ch 32 kHz
Linear PCM 7.1 ch 48 kHz
Linear PCM 7.1 ch 96 kHz
Linear PCM 7.1 ch 192 kHz

USB 2.0 Supported Class List

Communications and CDC Control
HID (Human Interface Device)
Physical
Image
Printer
Mass Storage
CDC Data
Smart Card
Content Security
Video (Video Streaming not supported)| Personal Healthcare
Audio/Video Devices
Diagnostic Device
Wireless Controller
Miscellaneous
Application Specific
Vendor Specific
---|---

RS-232 Supported Baud rate List

300, 600, 1200, 2400, 4800, 9600, 19200, 38400, 57600, 115200

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References

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