GRASS VALLEY Upconverter and Frame Sync HD (Brand new)

$120.00

Stock: 4
Code: BS17414
Model: 8995UPC

The 8995UPC is a compact, broadcast-quality fiber-ready upconverter. Conversion is of the highest quality, with pixel-adaptive motion processing. In addition, the 8995UPC provides the most robust signal handling with the low hysteresis synchronizer, redundant reference, and perfect-picture mode of the 8985FS.

The 8995UPC is fully featured with color-space conversion and a powerful video proc. amp that includes RGB color correction with gamma and component with Y/C clip level adjustments.

Powerful embedded-audio handling includes channel-level and Dolby E stream routing. PCM audio processing eliminates the clicks caused by the video synchronizer dropping or repeating frames. This module silences the effects of hot upstream video switching using a V-fade.

VITC and closed caption data conversion are supported for same-frame-rate conversions, making this an ideal module for playout applications.

One of three types of optional SFP fiber optic submodules can be installed in the fiber optic rear cage connector to provide two fiber inputs (Dual Receiver), two fiber outputs (Dual Transmitter), or one fiber input and one fiber output (Transceiver).

Refer to the rear module pinout and the block diagram on the next page.

Technical Details

Key Features

High-quality upconverter with synchronizer for robust signal handling
Image enhancement and pixel-level motion adaptive conversion for superb picture quality
Full video proc. amp functions, including RGB and component color controls, video gain, chroma gain, phase control (hue), Y/C White/Y Black clip controls, and color space conversion (ITU 601, ITU 709)
Minimum delay (1 frame conversion) for low-latency live applications
Maximum adjustable delay up to 9 frames
Fiber-ready – accepts an optional SFP fiber submodule providing optical inputs or outputs
Optional genlock reference input submodule for reference timing that supports loop-through, Tri-level sync and color black