WasinDiton
SF0619A HD video capture PCBA compatible AHD/CVBS
    Publish time 2024-04-02 20:34    

- Smooth image display

- High integration, stability, and reliability

- Support for real-time capture and transmission of 1080P images

- Universal UVC output

- Compact and portable, with dimensions of 35mm * 23mm * 5mm


SF0619A HD video capture PCBA compatible AHD/CVBS

SF619A_CVBS&AHD Image collection card module

1. Application scenario:

Pipeline endoscopy /industrial endoscopy /visual fish detector /video surveillance /computer image acquisition

2. Module characteristics:

Support AHD HD image: 1080p & 720P adaptation, AHD HD 1080P image 75Ω coaxial cable transmission distance is up to 200 meters long.

CVBS simulation image signal: ntsc & pal adaptive, standard UVC output, high -speed USB: 2.0, low latency ≤100ms.

Size: 35x23x7mm

3. Overview

SF619A supports HD 1080P 25Hz HD MINI type AHD & CVBS collection card. The board card uses a high -speed USB2.0 interface and supports 1st road 1080p AHD signal input to meet the needs of various full HD cameras to monitor and collect and capture the needs.

Compatible video signal: AHD HD 1080P image 75Ω coaxial cable transmission distance can reach up to 200 meters.

Compatible software support: ACAMP, VLC, OBS, XSplit, Vidblaster, Wirecast, VirtualDub, Microsoft Media Encoder, Adobe Flash Media Encoder

Operating system support: WinXP/Windows/7/8/10/2008/20

4, electrical parameters

AHD & CVBS image acquisition module: performance parameters

1 Work current ≤150ma

2 working voltage 3.6 ~ 5V

3 boot start time ≤10s ± 2S

4 AHD image 1080p 720p adaptive

5 CVBS image PAL NTSC adaptation

6 Image delay ≤100ms

7 Image resolution 1080p_25 frames

AHD & CVBS image acquisition module: other parameters

1 size 23mm*35mm*7mm

2 Work temperature -10 ℃ ~+65 ℃

3 Storage temperature -20 ℃ ~+85 ℃

AHD & CVBS image collection module: interface definition

 

Integrated solution

 



Applications

Video capture cards are used to solve the problem of capturing and converting analog video signals into digital format that can be processed, stored, and transmitted by computers.