Link Electronics NTSC/PAL Composite to Component RGB Plus Sync Analog Signal Converter

Take your analog signal conversion to the next level with the LINK 1163 NTSC/PAL Composite to Component RGB Plus Sync Analog Signal Converter. This high-performance device is expertly designed to convert analog NTSC signals into component analog, YUV, or RGB formats, offering you unparalleled accuracy and flexibility in signal conversion.

The LINK 1163 is equipped with advanced hybrid output filters, strategically positioned on the rear cell, to detect and output RGB or YUV signals with precision. The input analog to YUV decoder boasts a 2x oversampling feature, ensuring superior signal quality and clarity.

One of the standout features of this converter is its state-of-the-art three-line adaptive comb. This innovative technology effectively eliminates the "hanging dots" commonly associated with traditional comb filters, providing you with a smoother, more consistent signal.

The LINK 1163 utilizes 10-bit processing for optimal performance, with an available 12-bit option for those seeking enhanced depth and color accuracy. The unit offers system flexibility with rear cell options 1024 for YUV output and 1025 for RGB output.

Designed to fit seamlessly into LINK's 1000-Series frame, the LINK 1163 can be housed with up to five 1163 modules due to its efficient power management. This compatibility allows for a diverse range of digital, analog, audio, or video components to be accommodated in the same frame, making system upgrades a breeze with the DigiFlex 1000 series products.

For standalone applications, the DigiFlex modules can be conveniently mounted in a compact, portable chassis for single module use, model 7200. The 7200-Series "single-module frame" features a modular power supply, allowing for the insertion of any DigiFlex series front and rear modules.

In summary, the LINK 1163 NTSC/PAL Composite to Component RGB Plus Sync Analog Signal Converter is a versatile, high-performance solution for all your analog signal conversion needs.