8-channel vehicle PCIE video injection card solution
Based on Xilinx ZYNQ Ultrascale+ MPSoC series FPGA chip design, it is applied in the fields of autonomous driving such as injection image simulation, in-vehicle video playback, hardware-in-the-loop HIL simulation, etc.
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·Independent R&D Design
Solution provided for algorithm validation and optimization in the autonomous driving industry
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·8-way camera video output
3840×2160@30fps support up to 8-way output
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·PCIE 3.0
PCIE 3.0 X16
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·operating system
Linux / Window
key parameters
Serializer
MAX9295A
Correspondin g deserializer
Support MAX96712 / MAX9296A and so on
CAN
3 CAN / CAN-FD interfaces
Number of channels
8-way camera video output
Video format
YUV422、RAW12
PCIE
PCI Express Gen 3 x16
Output Resolution
3840×2160@30fps support up to 8-way output
External trigger
Support the synchronization of the external trigger of cameras
Vehicle Ethernet
3 1000M Base-T1 interface Support PTP timestamp with time service, with the accuracy of less than 1 ms
Cable length
Under GMSL1 mode can reach 40m (3Gbps)
Under GMSL2 mode can reach 20m(6Gbps)
Upgrade
Support the upgrade of PC firmware
operating system
Linux / Window
I/0 interface
TTL trigger,GPS
FAKRA
4-in-1 Amphenal Z code min-Fakra
Working temperature
-40℃～70℃
Storage temperature
-40℃～85℃
Working Humidity
10%～90%
Storage Humidity
0～90%
Power supply
PCIE Power supply / 12V Power supply
Weight
400g
Size
Length* Width：111.15 * 189.99（mm）
MTBF
5 years
Interface description
3-way 1000BASE-T1 interface, 2-way 4-in-1 Amphenol min-Fakra interfaces (8-way video output), and 1 M8 aviation socket (including 3-way CAN/CAN-FD interfaces) are led out at baffle as the external interfaces
Application Area
Injection based image simulation
Used for video simulation of unmanned driving systems
Vehicle video playback system
Video playback for data collection vehicles
Hardware in the loop HIL simulation
Used for ADAS and autonomous driving test system in loop HIL simulation