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Low-Latency HD Video Codec Board for Unmanned Systems - China Suppliers & Factory, 1080P Video, Multi-Channel Data Link
Applications
Surveillance, reconnaissance and intelligence of drones, unmanned vehicles
Border and perimeter security
Mobile security
Peculiarity
H.264/H.265 encoding, 4K/720P/1080P, less than 65ms delay
Electronic image balancing, boundary sharpening and contrast enhancement
Digital video transmission, HDMI/HD-SDI/Cameral-Link/IP and RJ45 Multiple simultaneous interfaces
RS232/422 Serial communication, IP bridge
Two-way instruction and control, link loading
AES 128/256 encryption
Support Song Block, FLIR, or DRS LWIR
1 watt RF power (5-15 watts optional)

9.5x9x1.5cm, 85g

COFDM series-0WR receiver (13.6x11.7x3.4cm, 425g)

1watt 7.8x5.7x3.0cm, 147g

Encoding Board 6.0x3.3x5.0cm, 13.7g

1watt 7.8x5.7x3.0cm, 147g

Encoding Board 6.0x3.3x5.0cm, 13.7g
Frequently Asked Questions (FAQ)
What are the primary applications of this video codec board?
The video codec board is widely used in surveillance, reconnaissance, and intelligence for drones, unmanned vehicles, border and perimeter security, as well as mobile security applications.
What is the latency and video encoding standard supported?
It supports high-efficiency H.264/H.265 encoding with an ultra-low latency of less than 65ms. Supported resolutions include 4K, 1080P, and 720P.
Which video and communication interfaces are available?
It offers multiple simultaneous interfaces including HDMI, HD-SDI, Camera-Link, IP, and RJ45 for digital video transmission, alongside RS232/422 serial communication and an IP bridge.
Does the system support encryption for secure data transmission?
Yes, the system supports robust AES 128/256 encryption to ensure secure two-way instruction, control, and link loading.
What thermal imaging camera modules are compatible?
The codec board supports integration with Song Block, FLIR, or DRS LWIR thermal imaging modules.
What are the physical dimensions and weight of the encoding board?
The standalone encoding board measures 6.0x3.3x5.0cm and weighs only 13.7g, making it highly compact and suitable for weight-sensitive unmanned systems.


