Panasonic Integrates AVC-Intra Compression Technology with Grass Valley Products

Following a collaborative technology development between the two companies, Panasonic’s AVC-Intra compression is now interoperable with Grass Valley’s complete line of HD media servers and editing products, creating an end-to-end video compression solution.

When using AVC-Intra 50/100 compression, the Grass Valley K2 Dyno Replay System on a K2-based storage area network (SAN) offers users a true shared environment for replaying content, as well as sharing and managing highlight clips between multiple nonlinear editing systems networked together. AVC-Intra content being recorded to the SAN can be replayed, edited, searched, and played out without need to transfer files between individual departments.  Standalone K2 Summit production clients and K2 Solo servers with AVC-Intra meet the demands for 10-bit quality needed in graphics support, 3D playback, and live event productions.

The AVC-Intra codec uses intraframe (single frame), AVC compliant  compression algorithms to allow users of Panasonic’s solid-state P2 systems to record HD data into smaller files on a P2 card and to store more content on Grass Valley servers for mission-critical playout and editing applications when compared to other professional codecs.

Grass Valley now offers full open file compatibility with AVC-Intra among its Aurora and EDIUS real-time HD nonlinear editing platforms. Grass Valley’s EDIUS and Aurora editors both support AVC-Intra as a native editing codec, and the format is fully supported by Apple and Avid editing products.

“Broadcasters are always looking for new and advanced technology to help them store and transfer their content in the most efficient way, and that’s exactly what the AVC-Intra codec is designed to do,” says Tadao Shimozuru, Director of Professional AV Systems B.U., Panasonic Corporation. “No format can be successful without the support of key vendors like Grass Valley, which has been a great partner in the evolution of the ACV-Intra format. Grass Valley has helped show its customers how frame-based compression positively affects HD editing, storage, and playout.”

Among those customers that have already adopted the Grass Valley K2 Dyno Replay System and an AVC-Intra workflow for all types of productions are: WPVI (Philadelphia, PA—facility and mobile), Dorna Sports SI (Spain), EuroSport (France), NEP Supershooters, ESPN, Rainbow Network, and WPIR (Puerto Rico), as well as the production departments of an increasing number of US-based professional NFL football teams such as the Carolina Panthers and Green Bay Packers.

“Since the introduction of AVC-Intra, we have recognized the value of this next generation codec for our customers and have worked diligently to provide seamless compatibility across many Grass Valley product lines,” says Jeff Rosica, SVP of Grass Valley. “AVC-Intra is now a market-accepted format for production and we’re committed to supporting it across many of our product lines.”

Some customers are using AVC-Intra 50 to maximize their recording space while maintaining high-quality content. The AVC-Intra 50 codec delivers high-quality and fast file transfers over a Gigabit Ethernet networked environment. Other customers are employing the AVC-Intra 100 compression format for key+fill production switcher sources and high-quality graphics playback.  Many K2 Solo servers have been sold for this purpose and for use with Grass Valley production switchers.

In addition, Panasonic uses the Grass Valley K2 Solo media server at trade shows and other events to demonstrate AVC-Intra based playback of 3D content using Grass Valley ChannelFlex technology, which allows all K2 Summit and K2 Solo servers to be expanded from four or two bidirectional channels to process up to eight or four video streams, respectively. This allows customers to get more functionality out of their investment while providing an ideal bridge from HD to 3D production.