3G/UltraHD/HD/SD SDI, ASI multi-channel I/O board.
8 HD-BNC connectors, each of which can function as an input or output depending on the configuration specified by the user. Connector for analog sync signal (Black Burst, Tri-level sync). Mixed mode operation: SD SDI + HD SDI, SDI + ASI, etc. There is a Fill + Key mode for external mixing.
Low profile PCI-Express x4 card. Drivers for Windows and Linux.
The FD788 Board Specification
Bus
PCI Express x4 (2.0)
Inputs and outputs
1 x HD-BNC input for connecting an external analog sync source (Black Burst, Tri-level sync) 8 x HD-BNC connectors – any one can be used as input or output for connecting SDI/ASI signals. The configuration is defined by the user. The HD-BNC-> BNC adapters for connection input and output signals to board are included.
Signal formats
SD-SDI: SMPTE 259M HD-SDI: SMPTE 292M, SMPTE 274M, SMPTE 296M 3G-SDI: SMPTE ST 424, SMPTE ST 425-1 UHDTV: Quad-link 3G-SDI SMPTE ST 425-5 (4SI) UHDTV: Dual-link 3G-SDI SMPTE ST 425-4 (2SI) ASI (EN50083-9) Bit rate 0..213 Mbps
Up to 8 channels in SD / HD-SDI or ASI modes Up to 4 channels in 3G-SDI mode 1 channel in Ultra HD-SDI mode 2160p: 50/59.94/60 (Quad-link) 2 channels in Ultra HD-SDI mode 2160p: 23.98/24/25/29.97/30 (Dual-link) Mixed SD-SDI + HD-SDI modes Mixed ASI + SDI modes
Supported OS
Windows – Direct Show, SoftLab-NSK SDK Linux – Video for Linux (V4L2)
Audio
Up to 16 mono channel per input/configurable audio delay
Synchronization
From external analog sync source (Black Burst, Tri-level sync) From the first two inputs of the board From NTP network time servers Software synchronization from another boards of the same type in the same PC
DirectShow Capture filters
Are part of the driver package
Power usage
10 W
Size
low-profile, 135х55 mm
FDEXT BOARDS FOR OPERATION WITH OTHER TYPES OF SIGNALS:
– FD322 – 2 ANALOG IN & 2 ANALOG OUT; – FD722 – SDI: SD/HD/3G; ASI. 2 IN & 2 OUT; – FD922 – SDI: SD/HD/3G/UltraHD/12G; ASI. 2 IN & 2 OUT; – FD720 – HDMI. 2 IN; – FD940 – HDMI. 4 IN; – FD2110 – 2 x 25G Ethernet. 2 x SDI/ASI.