Dejero PathWay-EC HEVC Capable Rack-Mounted Encoder/Transmitter

Features:

• Smart blending technology:
  • Blend up to eight network connections, including 3G/4G/LTE, Wi-Fi, Ethernet (WAN/LAN and Satellite)
• Hybrid encoding technology:
  • Hybrid hardware/software encoding dynamically adapts in real-time based on the complexity of the video scene being captured and the network throughput 
• Dual encode mode:
  • Simultaneously record and live transmit with 85GB of storage capable of up to 32 hours of HD recording
• AES256 enhanced stream encryption:
• Keeps audio and video data secure when transported over public internet links. Protects valuable content from being stolen, misused, or interfered with
• Adaptive hevc:
  • H.265/HEVC compression provides better picture quality at low bitrates
• Capture high-motion content:
  • 20Mb/s when connected via Ethernet
• Selectable latency:
  • 1.5/3.0/8.0 seconds or custom preset from 0.8 - 20 seconds
• Vehicle-mounted:
  • Easily connects to external antennas for in-vehicle solutions
• IFB:
  • Communicate with talent in the field using IFB
• Backwards compatibility:
  • Fully backward compatible with non-HEVC Dejero receivers
• Multichannel audio:
  • Choose 2,4, or 8 different simultaneous audio inputs
• Dejero control:
  • Geolocate field units, preview feeds, route content, and monitor usage and performance using cloud-based management system

PathWay EC is an HEVC capable adaptive bitrate encoder/transmitter in a 1U rack-mounted form-factor that delivers exceptional picture quality with low latency. Ideal for installation in vehicles, portable flyaway kits, or standard 19" server racks, PathWay EC is a rack transmitter that encodes high-quality video and transmits over multiple IP connections, including cellular, Ethernet (LAN/WAN or Satellite), or Wi-Fi. PathWay EC is a versatile solution for field contribution for newsgathering and remote production, even while moving. It can also be used as part of an emergency backup transmission solution to ensure business continuity in the event of loss of primary transmission capabilities.