DVTEL EV-201 H.264 Single Port Encoder

Technical Specification

Features:
  • Make: FLIR Systems
  • Previously known as: DVTEL
  • Model code: EV-201
  • Video Inputs: 1
  • Audio Input: Yes
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Additional info:

DVTEL EV-201 H.264 single port encoder couples superior video resolution up to D1 with the dramatically lower bitrate of H.264 video compression, reducing bandwidth and storage utilization up to 50% over MPEG-4. With support for up to three H.264 video streams at D1/30fps, camera tampering detection and storage on the edge, a failover mechanism that ensures video is recorded in case connection with the management software is lost. The encoders are ideal for implementation in large, distributed networks, including point-to-point applications, where excellent video quality, a compact design, and storage and bandwidth optimization are key.

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Make FLIR Systems
Manufacturer FLIR Systems
Previously known as DVTEL
Category Video Surveillance>Video servers (IP transmission)
Model code EV-201
Video Inputs 1
Audio Input Yes
Alarm Input Yes
Compression Type H.264/MPEG-4
Network Protocols RTP/IP, UDP/IP, TCP/IP, RTSP, or multicast IP, DNS, NTP, SNMP v1/v2c/v3 (MIB-II), HTTP, HTTPS, DHCP client and 802.1x
Interface RJ-45, Ethernet 10/100 Base-T
Resolution TVL 720 x 576
Bandwidth MHz 30 Kbps
Image per second (IPS) 25 fps
Physical Specifications Dimensions mm: 106 x 90 x 42
Weight g: 260
Electrical Specifications Voltage: 12 V DC
Power Consumption: 5 W
Environmental Specifications Operating Temperature oC: 0 ~ 60
Operating Humidity %: 95
Additional info DVTEL EV-201 H.264 single port encoder couples superior video resolution up to D1 with the dramatically lower bitrate of H.264 video compression, reducing bandwidth and storage utilization up to 50% over MPEG-4. With support for up to three H.264 video streams at D1/30fps, camera tampering detection and storage on the edge, a failover mechanism that ensures video is recorded in case connection with the management software is lost. The encoders are ideal for implementation in large, distributed networks, including point-to-point applications, where excellent video quality, a compact design, and storage and bandwidth optimization are key.
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