➢ Ultra-low latency H.264 codec board
➢ Resolution: 1080p60/50/30/25, 1080i60/50, 720p60/50, 720x576, 720x480
➢ FV-ULS supports 3G SDI/HDMI input(for your option)
➢ FV-ULT supports 3G SDI output + HD HDMI output
➢ Default color space 4:2:0 (4:2:2 on request)
➢ Bit rate can be configured
➢ Automatically detect the resolution of the input signal
➢ Total latency of Encoding + 100Mbps Ethernet transmission + decoding + display:
➢ Quick start: the start time≤100ms after power on
➢ The detection time of FV-ULS is 2s~3s after inputting SDI or HDMI signal, and then it starts coding
➢ The detection time of FV-ULT is 2s~3s after inputting the video stream, and then starts decoding
➢ Size: 45x70x1.2mm
Encoding Board: FV-ULS
1*IPEX socket with 3G SDI input (Resolution: 1920x1080p60)
1* 3G SDI loop-out IPEX socket for option(not welded with related chips in default)
1*MiniHDMI socket, supporting HDMI 1.4 standard (Resolution:1920x1080p60
Decoding Board: FV-ULT
1*3G SDI output IPEX socket (Resolution: 1920x1080p60)
1*MiniHDMI socket, supporting HDMI 1.4 standard (Resolution:1920x1080p60)
8 status indicator LED lights on the front side
26p 0.5mm cable interface with multiple functions:
1. DC 5.3V~18V Input
2. 100M Ethernet PHY for transmitting encoded video stream
3. Configure pin for DIP switch or SPI
20p 0.5mm cable interface is for TS_SPI, optional by firmware. It can be configured as 8bit TS data or 1bit TS data.
The serial number, located in a gold area on the front of the PCB
The programming interface is used to write firmware. It needs to cooperate with the programming switch board to convert the horn plug of the USB Blaster to a flat cable.
There are two programming interfaces(16p 0.5mm and 10p 0.5mm) for boards of different batches. Their functions are the same, but different programming switch boards are required.
The programming interface and programming switch board, USB Blaster connection method is shown as below, use the same side of the cable to connect(note: the blue reinforcing plate of the cable is facing upwards.
100M Ethernet PHY schematic shown as below, the chip is Microchip KSZ8091RNA
➢ Size: 45x70x1.2mm
➢ Electronic components on front side: the max height 2mm
➢ Electronic components on back side: MiniHDMI socket height 3.5mm, other components max height 2mm
The figure below is a schematic diagram of the size, the pin1 of the cable socket has a triangle to indicate
Note: DXF format PCB device location map can be provided for accurate measurement of structural design.
-40 ~ 85℃
FV-ULS: 3.7 W
FV-ULT: 3.2 W