Future-Proof your On-Prem Streaming & Broadcast Workflows with XOS from Harmonic
Friday October 11, 2024 18:35
Future-Proof your On-Prem Streaming & Broadcast Workflows with XOS
Process your Media with Greater Flexibility
Harmonic debuted their AI Powered Innovations at IBC, featuring their next-gen XOS Advanced Media Processor, enabling 50% more channel encoding and transcoding.
Take your media processing to the next level with the XOS Advanced Media Processor. This future-proof solution provides the features you need when you need them.
Streamline your workflow with our all-in-one appliance built with excellent performance from encoding to processing. Quickly convert your HDR with a powerful, built-in pre-processor. You can count on this software-based appliance to include new feature sets so your services are always up to date.
Software-based and ready for the future
You'll benefit from the latest microservices technology built into the XOS Advanced Media Processor. Use the appliance for either broadcast or streaming applications, and adapts it to multiple deployment environments.
Simplify the implementation of hybrid systems with XOS using a feature-complete RESTful API, shared with other Harmonic cloud and SaaS solutions. You'll be able to configure, control, and monitor from any external system resulting in maximum simplicity and flexibility.
Stream with reduced bandwidth
The XOS Advanced Media Processor uses EyeQ™ technology, which can reduce your streaming delivery costs by up to 50% while improving viewer quality of experience. Harmonic EyeQ content-aware encoding is fully compatible with standard protocols and players.
XOS simplifies streaming architectures with its built-in low-latency push packager that supports DASH and fragmented HLS, to reach standard broadcast latencies in streaming applications (CMAF).
Adapt the appliance to your infrastructure
Use the appliance for either broadcast or streaming applications, and it adapts to multiple deployment environments.
You can also support classic infrastructures, including, SDI, ASI, and satellite RF interfaces. Full-IP architectures, including SMPTE 2110 and SMPTE 2022-6, are also supported.
