September 02,2010
CEDIA 2010: Booth# 5015 Read More »
March 22,2010
NAB 2010: Booth# SL10723 Read More »
January 27,2010
Dual De-interlacer/Scaler with Analog Front-End Read More »
NEWS
September 02,2010
CEDIA 2010: Booth# 5015
We will be exhibiting at CEDIA 2010 in Atlanta, GA from Sept. 23rd to Sept. 26th 2010. Please come and visit our booth at 5015!
March 22,2010
NAB 2010: Booth# SL10723
We will be exhibiting at NAB 2009 in Las Vegas, NV from Apr. 12th to Apr. 15th 2010. Please come and visit us at the show! We will be displaying our latest demo.
January 27,2010
Dual De-interlacer/Scaler with Analog Front-End
The IP00C811 is a dual-input channel de-interlacer/scaler with built-in video decoder, ADC, CPU, and LVDS Tx. It supports PiP, PoP with inputs and output up to 1080p/WUXGA/2K1K progressive or 1080i. The IPooC811 features MPEG noise reduction, edge enhancement, xvYCC deep color processing, high color bitmap OSD, 90-degree image rotation, mirror image, keystone correction, and edge blending. IP00C811 is ideally suited for video walls applications.
The IP00C705 is an advanced image processor that performs scaling and de-interlacing in full 12-bit deep internal resolution. This allows you to process images in Deep Color, making it possible to render up to 68.71 billion colors.
The IP00C705 also features extended internal line buffers to handle more than 2048 pixels per line. With its edge blending capability, it's easy to integrate multiple devices all working together. The IP00C705 supports image rotation, and vertical and horizontal image flip. It has an embedded On-Screen Display engine with font sizes up to 64 x 64 pixels.
The IP00C705 features i-Chips proprietary technology for high-quality de-interlacing with motion estimation at each pixel. Interlaced video formats can be converted to progressive-scan with only a single field of latency, without compromising the image quality. The IP00C705 automatically processes all cadences found in movie and video sources.
The new expanded scaling filter of the IP00C705 provides superior scaling quality, making it ideally suited for broadcast conversion products and high-end display systems.
