AVerMedia CL311-MN PCIe Low Profile Full HD 60fps Multi-interface Capture Card

AVerMedia CL311-MN PCIe Low Profile Full HD 60fps Multi-interface Capture Card

Feature

• Max. capturing/ recording 1920 x 1080 60fps
• SDI/ HDMI/ DVI/ VGA video input interface
• Windows DirectShow Compatible
• Specifically designed SDK
• Embedded SDI/ HDMI and analog L/R audio input interface(option)
• SDI video pass-through(option)

Multi-interface Full HD Capture Card

AVerMedia CL311-MN is a low-profile PCI Express capture card compatible with SDI/ HDMI/ DVI/ VGA sources. It supports 60fps full HD video capture that is ideal for monitoring, archiving, analyzing, while offering more flexibility and possibilities.

An All-around Industrial Imaging Solution

Endowed with a variety of digital and analog interfaces, it is ideal for industrial and commercial markets such as data recorder, medical imaging, machine vision and other industrial imaging applications.

Low Profile Form Factor

The compact low profile form factor design reduces cable routing and increases the use of interior space for a more flexible heat spreading solution.

SDI Pass-through for Simultaneously Preview

The optional daughter board offers pass-through functionality where input video feeds can be simultaneously viewed on an additional display without consuming PC processing power and hardware resources.

Support up to 4:4:4 10-bit RGB and YUV

CL311-MN can support up to 4:4:4 10 bit RGB and YUV, meaning it can capture colors across the full color spectrum for richer and brighter image quality. The 10-bit color depth support is especially useful in the medical imaging applications where images with the slightest color variation may indicate different conditions or stages of diseases. This in turn may assist doctors in accurately diagnosing patient conditions.

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.