TAG Doubles Volume Of Uncompressed Signal Capacity

Media companies can now monitor twice the number of uncompressed signals within the same compute infrastructure thanks to TAG Video Systems’ support of PCIe Gen 4 servers. The company’s Realtime Media Performance Platform operates in the cloud, on COTS servers or hybrid configurations and supports thousands of sources including all the latest formats and transports.

PCIe4 (PCI Express 4.0) hardware is the latest available version of Intel’s motherboard expansion card interface. With availability of PCIe4 server systems, the interconnect bandwidth is doubled compared to the PCIe3 version and provides up to 256 Gbps of bidirectional data per card slot. Support for PCIe4 and Gen3 Xeon CPUs enables TAG’s Realtime Media Performance platform to handle twice the number of uncompressed video streams, cutting the number of servers required in half, an enormous benefit in today’s world of hardware shortages, rising prices and supply chain delays.

“This is a classic case of TAG supporting multiple customer goals with a Zer0 Friction approach,” said Paul Briscoe, Chief Architect for TAG. “On the technical side, it reduces complexities by enabling engineers to manage double the number of streams on a given footprint. On the business end, it’s allowing media companies to maximize hardware investments, make better use of general resources, and stretch the budget for growth initiatives and other improvements.”

TAG has also announced that users can expect a further and significant increase in capacity when PCIe5 and the next generation of CPUs hits the market. According to Briscoe, support is already in development, underscoring the company’s commitment to keep pace with a rapidly evolving technology landscape and keep its customers ahead of the technology curve, while ensuring they have the most current IT solutions to meet their business needs.

As always, in keeping with TAG’s Zer0-Friction paradigm, all current TAG customers upgrading to the latest version of TAG software can enable the latest features including PCIe4-based servers at no additional cost or changes to their licenses.

You might also like...

Minimizing OTT Churn Rates Through Viewer Engagement

A D2C streaming service requires an understanding of satisfaction with the service – the quality of it, the ease of use, the style of use – which requires the right technology and a focused information-gathering approach.

Designing IP Broadcast Systems: Where Broadcast Meets IT

Broadcast and IT engineers have historically approached their professions from two different places, but as technology is more reliable, they are moving closer.

Network Orchestration And Monitoring At NAB 2024

Sophisticated IP infrastructure requires software layers to facilitate network & infrastructure planning, orchestration, and monitoring and there will be plenty in this area to see at the 2024 NAB Show.

Encoding & Transport For Remote Contribution At NAB 2024

As broadcasters embrace remote production workflows the technology required to compress, encode and reliably transport streams from the venue to the network operation center or the cloud become key, and there will be plenty of new developments and sources of…

Standards: Part 7 - ST 2110 - A Review Of The Current Standard

Of all of the broadcast standards it is perhaps SMPTE ST 2110 which has had the greatest impact on production & distribution infrastructure in recent years, but much has changed since it’s 2017 release.