Developed on the basis of embedded hardware platform, the DS-69XXUDI(C) ultra high definition (UHD) decoder is a new
generation decoder for HD network cameras and can be widely used in various video security system projects. It uses the
HDMI 1.4 port and BNC port for decoded data output, supports various decoding formats including H.265, H.264, MJPEG,
Smart264, and Smart265, supports decoding the H.265 or H.264 video of no more than 32 MP, and supports 4K video output.

Video Input
 Supports the video input from the computers and video conference terminals, and 4K HDMI signal input.
 Supports using network cameras, NVRs, and other devices as network signal sources.
 Supports embedded HDMI audio input. The audio input supports 16 bit, 48 KHz or 32 KHz sampling rate, dual audio
channel, and stereo.
 Supports signal input via the HDMI 1.4 port, 2 channels of 1080p@50/60 Hz input, or 1 channel of 4K@30 Hz input.
Video Output
 Supports signal output via the HDMI 1.4 port, and 4K (3840 × 2160@30 Hz) UHD video output.
 Supports embedded HDMI audio output and external audio output.
 Adopts frame synchronization technology to ensure that the images of all HDMI output ports are completely synchronized,
with complete picture and smooth playback, and without lag, frame loss, tearing, or splicing.
 Supports the maximum LED loading capacity of 2.6 MP per port.
Video Encoding and Decoding
 Supports H.264 encoding format (the default), H.265 encoding formats, sub-stream encoding, and main stream encoding.
 Supports decoding the network cameras, NVRs and other network sources, decoding sub-stream and main stream, and
auto-switching to sub-stream when the window division reaches the threshold.
 Provides 128 video decoding channels and supports simultaneously decoding 64 channels of 2 MP video or 128 channels of
720p video to the video wall.
 Supports decoding streams of no more than 32 MP resolution.
 Supports the mainstream decoding formats such as H.264, H.265, Smart264, Smart265, MJPEG, and HIK264, and
mainstream encapsulation formats such as PS, TS, ES, and RTP.
 Supports audio decoding of G.722, G.711A, G.726, G.711U, MPEG2-L2, AAC, MP3, and PCM.
 Supports rotate mode decoding of front-end camera videos that are of no more than 2560 × 1440 resolution.
 Supports active decoding and passive decoding.
 Supports decoding the encrypted stream, multi-channel stream, and smart stream, editing and switching stream, and
prompting for decoding exceptions.
 Supports decoding the recorded video files to the video wall.

Video Wall Function
 Supports splicing signal sources on the video wall, opening the signal source window, and performing signal source window
roaming, scene switching, and window switching. Each screen supports four 1080p signal source windows or two 4K signal
source windows.
 Each signal source window can be divided into 1, 2, 4, 6, 8, 9, 12, 16, 25, and 36 windows.
 Supports up to 64 scenes. You can customize the video wall layout and save it as a scene.
 Supports the auto-switching of up to 100 view groups on the HCP client. You can customize the camera location, scenes
and time for each view group.
 Supports double clicking the divided sub-window to zoom in and double clicking again to zoom out.
 Supports displaying output channel number.
 Supports PTZ control of network signal sources, including 8-direction control, auto-scanning, aperture adjustment, focal
length change, focusing, and preset calling.
 Supports setting the live view status, decoding status, switching status, audio status, and location of the signal source
window.
 Supports video recording playback. You can set the playback status and select time to play back.
 Supports using the HCP client to capture images on the screen and display the captured images on the video wall.
 Supports the live view of network signal sources over RTP or RTSP.
Device Access
 Supports docking with 32 MP PanoVu series cameras, fisheye cameras, conventional front-end network cameras, DVRs,
NVRs, XVRs, and mainstream third-party security devices.
 Supports integrating multiple decoding devices into one decoding device on the platform by using the software
development kit (SDK).
 Supports using the ONVIF protocol to access the decoder.
 Supports interaction with LCD screen, including the screen information acquisition, image mode configuration, serial port
control, time synchronization, backlight parameters configuration and acquisition, output port auto-binding, and error
code reporting.
 Supports IPv4 and IPv6 protocols and the simultaneous access of IPv4 network sources and IPv6 network sources.
 Supports using the network keyboard or serial port keyboard to control the device, and to realize sub-window changing,
group operation and auto-switching, scene changing, PTZ control, and video wall playback.
Maintanence
 Supports using the PC client and web browser of Chrome 45 and higher version to access and control the device.
 Provides built-in Gigabit switching network, and supports auto-adaption between the optical port and electrical port, and
supports NAT.
 Supports obtaining and configuring parameters remotely, importing and exporting parameters remotely, and obtaining
system running status and system logs remotely.
 Supports restarting the device remotely, restoring the default settings, and upgrading the device.
 Supports auto detection and alarm for failures, including network disconnection, IP conflict, illegal access, temperature
threshold exceeding, decoding signal source exception and device exception.
 Supports user permission management, allowing users with different permissions to use designated resources and operate
designated video wall modules.
 Supports visualization maintenance. The maintenance interface displays the network topology structure and keynote
network status of main control system and subsystems.
 Supports manual time synchronization and NTP time synchronization.