Using the latest advancements in compression technology the UEP delivers pristine H.264 (MPEG-4 Part 10) encoding at up to 1080p/60Hz true native resolution over Gig-E and/or ASI for delivery over satellite or terrestrial networks. The UEP's compression core can concurrently produce an ultra low latency, visually lossless transport stream using the latest JPEG 2000 compression algorithms for delivery across fat-pipe networks or high quality archival applications. Additionally the UEP generates an H.264 transport stream at 4:2:0 resolution to facilitate content injection into IPTV headend, inhouse cable plant or delivery into an "over the top" adaptive bit rate transcoding network. This unique triple staged compression architecture provides the very "best-in-breed" encoding for those applications that require true compression flexibility without compromise.
The UEP:
The UEP's physical interface offers dedicated primary and backup connections for GiG-E, ASI and 3H/HD/SD-SDI, dual control interfaces via the frame chassis for accessing the intuitive onboard HTTP web interface or classic SNMP. Control virtualization within a workflow can be accomplished within the Evertz VLPRO, IRM, MAGNUM or Mediator management software solution suites. Alternatively a middleware layer that virtualizes the device into a resource pool provides a north bound service API. For those mission critical applications, the UEP can be smartly managed using the Evertz Compression Systems Manager (CSM) software which offers complete provisioning, monitoring and redundancy management of the contribution compression head end.
The 3080UEP Universal Encoding Platform is fully feature upgradeable allowing for a cost-effective migration from a single codec contribution encoder to a triple stage compression platform in-field. For applications such as news, live events, primary and/or secondary contribution, this platform offers the best performance and versatility available from a world class contribution encoder supporting up to 1080P a "True Master Format".