Appear ABR Packager
Appear’s ABR Packager enables linear just-in-time packaging with features for start-over, catch-up, nPVR and VOD and is designed for large scale OTT operations.
Part#:
ASW-ABRManufacturer:
Appear Download AppearTV_ABR_Brochure_v2.0.pdfFeatures
- Support for catch-up TV, nPVR and VOD
- H.264/AVC and H.265/HEVC Compatible
- Flexible JIT pakaging of DASH, HLS, MSS and CMAF
- Pre-integrated with popular DRM vendors
- WebVTT/TTML captions for live and VOD
- Infinite deep catch-up
- Dolby® multi-channel sound
- Encoding Vendor Agnostic
The Appear ABR Packager is a modular software solution providing powerful video ingest and segmentation engine, high-performance storage solution, just-in-time packager/DRM engine and origin server in one complete suite. The ABR system runs on industry standard off-the-shelf server hardware and can be customized to meet the operators´ specific streaming requirements. With its innovative architecture, the ABR Server allows for seamless growth and scalable redundancy – both through vertical brick-by-brick scaling and horizontal functional separation.
The Appear ABR system is encoding vendor agnostic offering a space and power-efficient solution with full redundancy, tier one performance and exceptional reliability. Live ingest can be performed by any multiscreen encoder/transcoder, like the Appear X platform, XC platform and Software-based Video Compression.
VOD ingest is equally easy with open APIs and any multiscreen file transcoder, or the fully-integrated file ingest solution in Appear’s Software-based Video Compression.
The Appear ABR system is encoding vendor agnostic offering a space and power-efficient solution with full redundancy, tier one performance and exceptional reliability. Live ingest can be performed by any multiscreen encoder/transcoder, like the Appear X platform, XC platform and Software-based Video Compression.
VOD ingest is equally easy with open APIs and any multiscreen file transcoder, or the fully-integrated file ingest solution in Appear’s Software-based Video Compression.