Snell debuting new AHP technology for Sirius 800 routers at CCW 2012

At CCW 2012 this week, Snell will showcase the new advanced hybrid processing (AHP) technology built into the company's Sirius 800 series of large-scale, multi-format, expandable hybrid routers.
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At CCW 2012 this week, Snell will showcase the new advanced hybrid processing (AHP) technology built into the company's Sirius 800 series of large-scale, multi-format, expandable hybrid routers.

The 15-RU Sirius 830 features high-performance modules for flexible routing of SD, HD, ASI, and 3Gbps signals. New embedded audio and AES/MADI processing modules with AHP facilitate embedded audio routing, audio track swapping, and processing on all inputs and outputs. These modules allow users to route any combination of embedded, discrete, and MADI sources and destinations.

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Snell at CCW 2012:

Snell will showcase a wide range of new and existing products at this year's CCW. Many of these systems operate at 3Gbps, a capability that Snell has recently announced as standard with no price premium. 

The Wire

Snell Extends Functionality of Sirius 800 Routing Switcher Family With New Processing Options and Enhanced Control

Snell today announced the IBC2013 debut of its Sirius 800 enterprise-class routing switchers with enhancements including guaranteed co-timing of multi-channel audio on all channels, single reference switching for all formats, numerous control-related updates, and a technology demonstration of a new audio and video fingerprinting solution. The Sirius 800 system on display will also feature frame synchronization on the units' Advanced Hybrid Processing (AHP) input and output cards, an option that enables synchronization, clean switching, and independent routing and processing of audio and video signals with no restrictions on signal formats, timing, or number of audio channels.

The Wire

Snell Extends Versatility of Sirius 800 Family, Offering Frame Sync Functionality on All Its Advanced Hybrid Processing I/O Cards

Aug. 31, 2012 -- Snell today announced that its Sirius 800 family of routing switchers has been enhanced with the availability of frame synchronization on the units' AHP (Advanced Hybrid Processing) input and output cards. The resulting router architecture enables independent processing of audio and video signals with no restrictions on signal formats, timing between signal types, or number of audio channels. Building on the Sirius 800 series' audio de-embedding, embedding, and audio processing capabilities, this new functionality not only allows all inputs to be retimed before switching and enables operators to guarantee SMPTE-compliant switching, but also supports synchronization of incoming lines to a local studio reference.