AVerMedia CL332-HN is a PCIe Gen2 x1 capture card equipped with a maximum input of 1920×1080 60fps and capturing resolution.

Specification

Features

2 Channel HDMI 1080P 30FPS Video Capture

CL332-HN is a PCIe Gen2 x1 capture card equipped with a maximum input of 1920×1080@60fps and capturing resolution of 1920×1080@30fps. It has embedded audio inputs via standard HDMI connectors to ensure sturdy cable connection while the HDMI video source input supports astounding compressed video capture resolution of up to 1920×1080@60fps.

Along with AVerMedia proprietary SDK, CL332-HN can be easily and seamlessly integrated into various vertical applications that require superb video capture quality such as IP cam, broadcasting, surveillance, etc. With AVerMedia’s Windows and Linux driver support, clients are able to choose from a wide range of platforms according to their specific needs; this makes the CL332-HN the best choice for professional Full HD capturing applications.

Hardware H.264 Compression

The CL332-HN is equipped with an advanced built-in H.264 hardware encoder that enables the system to encode without impacting CPU’s computing power while maintaining high quality video encoding. This feature balances the load and in turn increases system’s reliability. As a result, the computer and its’ resources can focus on other important applications at hand.

Low Profile Design Capture Card

Suitable for small-footprint embedded platform. The low profile form factor design provides a better use of internal space by reducing cabling and allowing for flexible heat sink solution.

Hardware De-interlacing Video Technology

AVerMedia hardware-based video engine technology implements the most useful video processing functions such as deinterlacing and down scaling. This can significantly reduce computing burdens on software and hardware and in turn allow the resources to focus on other important parts of the application.

Video-processing SDK Included

Industrial customers can develop vertical applications flexibly and efficiently by using a specifically designed SDK, with features such as device control, media capture, A/V processing, and more.