Blankom HDE-264B HDE-265B, User Manual

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BLANKOM HDE-(4)264B/265B User Manual
Version 1.1 – 02-2019 Page - 3 -
techn. data are subject to change w/o notice!
Product Outline
HD encoder & streamer for live broadcasting platforms and Video-over-IP applications. Up to
1920x1080@60fps HD resolution. Very stable operation on multicast distribution on local area networks.
Suitable for Video-over-IP application through internet. 4 IP output streams at the same time with different
resolutions, e.g. for LAN, Youtube, Facebook, Twitch simultaneously.

h.265 / h.264 encoder & IP streamer combined (dep. on Model)

1 HDMI input, (4 with HDE-4264B)

2 IP streams output (8 with HDE-4264B)

Stable and effective embedded HiLinux OS

HD Resolution 1080p, 1080i, 720p and downscaling down to 176x144

Low latency: > 200ms
… 1500 … 2000ms max., depending on configuration and load

IP output: Unicast / Multicast- RTSP, RTMP, HTTP, UDP/RTP, FLV, ONVIF, HLS

Distribution of Video camera, PC Monitor, dif. STB, DVD / Blu-ray player content over LAN, WAN or
Internet

Live stream broadcast, Digital signage, Video conferencing, RTSP-ONVIF support

Video-over IP applications

IPTV/OTT/Info-Channel applications

Local IPTV on LAN applications, Corporate IPTV, Hotel IPTV, Campus IPTV, Education IPTV

VLC and FFmpeg mode selectable, VBR/CBR bitrate mode encoding

Logo insertion (as *.bmp file) and Text insertion feature on main stream & on secondary stream(s),
for each channel

Streams to Ustream, Atlas™, Wowza®, and Adobe® Flash® Servers, www.vmix.com conform, to
YouTube, Vimeo, Twitter, Facebook, Twitch live broadcast platforms

HLS encoding feature, Android and iOS mobile devices compatible
Statement:
Text and pictures herein are subject to changes w/o notifications.
The user manual will be updated and uploaded to www.blankom.de sometimes without special notice.
This user manual is provided only as a reference guide for technicians as an example helping novices with the
setup. Knowledge of Codecs and the IP-Streaming world as well as network protocols is highly recommended.
These encoder devices are based on high integrated ARM CPU’s with embedded encoder graphic engines.
You can compare this electronic architecture with advanced embedded computers like a raspberry PI and is
running on HiLinux OS.
The devices do not have any RF related in- or outputs and therefore no EMV based influences have to be
considered to SAT- or CATV in this RF-World and networks at any time.