LiveEdge® Node is built on a familiar chassis… but that’s where the similarities end. Node is the first device in the LiveEdge® Ecosystem - a full-on subscription service - served up with Compute, Cloud Control, vCare support, and an encoding container, plus the option to subscribe to additional LiveEdge® services at any time, giving you the ability to create the perfect hybrid:cloud workflow.
LiveEdge® Node is a powerful compute device designed for the contribution edge, delivering both low-latency and cost-efficiency, all wrapped up in a surprisingly small package that’s easy to set up and always ready to evolve.
Ultra-low Latency
Fanless
Power Efficient & Small Form Factor
Scalable Streaming for Demanding Workflows
LiveEdge® Node is a Qualcomm SnapDragon powered, standards-based, scalable UHD 4Kp30 solution for all types of professional streaming applications, especially demanding time-sensitive live workflows.
Deploy & Run Docker Containers
UHD 4Kp30
Single Channel
PoE
Power over Ethernet
Reliability
Quality
Remote Management
Subscription
Extensible
Ultra-low Latency
Static Overlay
Run Docker Containers
LiveEdge® Options
LiveEdge® Stream
Multiple Stream Output (3 x RTMP/SRT/RTSP/Zixi/WHIP - MPEG-2 TS Unicast x3 or Unicast x2 + Multicast x1)
Multi-Bit-Rate encoding (MBR) ladder up to a total of 4Kp30 - HLS, DASH, Low Latency Chunked Transfer Encoding
OTT HTTP Push with dual posting
LiveEdge® options are per input
LiveEdge® Ads
SCTE-35 marker insertion for monetization
Insertion through REST API or SCTE-104 ingest
LiveEdge® Data
SMPTE-336 with KLV functionality for multi-camera time sync and user-defined metadata for personalization.
LiveEdge® Graphix
Adds HTML5 with motion graphics for the visualization of metadata on-screen.
LiveEdge® Node comes in a small chassis that is perfectly portable. That said, sometimes rack mounting is the best option for workflows with lots of live streams.
Simply add the Horizontal Rack Mount Tray (19") (1RU) for direct mounting of up to three Node devices. This rack tray is designed and engineered to optimize airflow and heat dissipation.