C4i HDC-E5200 HDMI Over IP Extender with Loop Out User Manual
- June 3, 2024
- C4i
Table of Contents
C4i HDC-E5200 HDMI Over IP Extender with Loop Out
Thank you for purchasing this product
For optimum performance and safety, please read these instructions carefully
before connecting, operating, or adjusting this product. Please keep this
manual for future reference.
Surge protection device recommended
This product contains sensitive electrical components that may be damaged by
electrical spikes, surges, electric shocks, lightning strikes, etc. The use of
surge protection systems is highly recommended in order to protect and extend
the life of your equipment.
Introduction
HDMI over IP Extender is based on AV over IP solution for distribution of one HD content to one HD display device or to multiple HD display devices over a standard network switcher and extends distance up to 492ft / 150m between encoder and decoder via a CAT5e/6 cable. It offers configurable high quality, low-bandwidth H.265 compression video. The resolution is up to 1920×1200@60Hz. It also supports HDMI loop output on the transmitter.
HDMI over IP Extender includes two units: An encoder and a Decoder. The encoder is responsible for obtaining HDMI signals for encoding and transmitting via CAT5e/6 cables. It supports HDMI loop output; Decoder is responsible for signal decoding and outputting HDMI signals to HD displays. The product supports one-way IR control signal transmission. It offers the most convenient solution for HDMI extension over a single CAT5e/6 cable and is the perfect solution for any application. The built-in web interface to both Encoder and Decoder allows to the configuration of network parameters of the devices.
Features
- HDMI 1.3 and HDCP 1.4 compliant
- Support 6.75Gbps video bandwidth
- Video resolution is up to 1920×1200@60Hz
- Extend distance up to 492ft / 150m between encoder and decoder via a single CAT5e/6 cable
- Adopt standard H.265 encoding/decoding
- Support standard IP switch/router/hub
- Support one-way IR control signal transmission
- Compact design for easy and flexible installation
Package Contents
- 1× HDMI over IP Extender (Encoder)
- 1× HDMI over IP Extender (Decoder)
- 1× IR Blaster cable (1.5 meters)
- 1× 20~60KHz IR Receiver cable (1.5 meters)
- 2× 5V/1A Power Adapters
- 1× User Manual
Specifications
Technical|
---|---
HDMI Compliance| HDMI 1.3
HDCP Compliance| HDCP 1.4
Video Bandwidth| 6.75Gbps
Video Resolution| 640×480@60Hz~1920×1200@60Hz
HDMI Audio Formats| LPCM 2.0CH, 32KHz, 44.1KHz, 48KHz
IR Frequency| 20Hz ~ 60KHz
Compression
Technology
| H.265
Request for Switcher
/Router
| Support IGMP, Support DHCP
Color Space| RGB, YCbCr 4:4:4, YCbCr 4:2:2
Color Depth| 8-bit, 10-bit, 12-bit
ESD Protection| Human body model—±8kV (Air-gap discharge) &
±4kV (Contact discharge)
Connection|
Encoder
| Input: 1×HDMI IN [Type A 19-pin female] Output: 1×HDMI OUT [Type A 19-pin female]
1×CAT OUT [RJ45 connector]
Control:1×IR OUT [3.5mm Stereo Mini-jack]
Decoder
| Input: 1×CAT IN [RJ45 connector]
Output: 1×HDMI OUT [Type A 19-pin female] Control:1×IR IN [3.5mm Stereo Mini- jack]
Mechanical|
Housing| Metal Enclosure
Color| Black
Dimensions| 88mm (W) × 61.2mm (D) × 16.5mm (H)
Weight| Encoder: 158g, Decoder: 155g
Power Supply| Input: AC100 – 240V 50/60Hz, Output: DC 5V/1A
(US/EU standard, CE/FCC/UL certified)
Power Consumption| Encoder: 2.55W, Decoder: 3.7W
Operation Temperature| -10°C ~ 50°C / 14°F ~ 122°F
Storage Temperature| -20°C ~ 60°C / -4°F ~ 140°F
---|---
Relative Humidity| 20~90% RH (non-condensing)
Resolution /
Distance
| 1920×1200@60Hz – Feet / Meter
CAT 5e/6 cable| 492ft / 150 meters
Resolution /
Cable length
| 1920×1200@60Hz – Feet / Meter
HDMI IN / OUT| 50ft / 15 meters
Operation Controls and Functions
Encoder Panel
Storage Temperature | -20°C ~ 60°C / -4°F ~ 140°F |
---|---|
Relative Humidity | 20~90% RH (non-condensing) |
Resolution /
Distance
| 1920×1200@60Hz – Feet / Meter
CAT 5e/6 cable| 492ft / 150 meters
Resolution /
Cable length
| 1920×1200@60Hz – Feet / Meter
HDMI IN / OUT| 50ft / 15 meters
Decoder Panel
Application Example
Encoder connects directly Decoder
Encoder connects Decoder via switcher (one Encoder to multiple Decoders)
The Computer plays Video Stream
Web GUI introduction
The Encoder supports playing the video stream on the computer through the corresponding on-demand software such as VLC media player, and you can connect the Web GUI of the product to control your on-demand software on the computer. The default IP address is 192.168.10.10. The operation method is shown as below:
Step 1:
The CAT OUT port of the Encoder is connected directly to the Ethernet port of
a Computer with a UTP cable. The HDMI IN port of the Encoder is connected to a
source device such as a DVD player with an HDMI cable. You can also connect an
HDMI display device to an HDMI loop-out port such as a TV. The Encoder is a
connected power supply. The connection diagram is shown below.
Video Stream connection diagram
Step 2:
On the PC, go to Control Panel –> Network and Internet –> Network Connections
–> Local Area Connections, right-click on it, and choose Properties.
Double-click Internet Protocol Version 4 (TCP/IPv4).
Choose “Use the following IP address”, input 192.168.10.200 as IP address, and 255.255.255.0 as the Subnet mask, and then click on OK, and click on OK again .
Notice:
The IP address of the computer and Encoder should be in the same network
segment. As the Encoder’s IP address is 192.168.10.10, the computer’s IP
should be 192.168.10.X (X contains 1~255 except 10).
Step 3:
Input the Encoder’s IP address into your browser on the PC to enter the Web
GUI page, These pages are shown as below.
Web’s GUI
(Encoder/transmitter)
Status page:
Video page:
Dectype:
There is a drop-down frame when you click the arrow area. You can choose H.264
or H265 code at MainStream or SubStream.
Resolution:
There is a drop-down frame when you click the blue arrow area. You can choose
an output resolution. The MainStream resolution includes 1280×720 and
1920×1080, and the SubStream resolution includes 352×288, 640×480, and 720×576
.
Bitrate:
You can set the bitrate at MainStream or SubStream. The MainStream range is
from 1024 kb/s to 20480 kb/s and the SubStream range is from 256 kb/s to 2048
kb/s.
Note:
You can only use either MainStream or SubStream in the VLC media player. The
MainStream has a larger resolution and bitrate than the SubStream. So, the
MainStream picture is clearer than the SubStream.
Network page
Network Configuration
In DHCP mode:
Obtain automatically the network configuration information, including IP
address, Subnet, and Gateway.
In Static mode:
You can set IP, and Subnet Gate address. You must pay attention to the Gate
address and the IP address in the same network segment. IP address and Gate
address can not the same in the last address. You don’t need to change the
Subnet address. In this moment, click the “Save” button to save current status
information.
Note:
If you have changed the Network Configuration and clicked the “Save” button.
You have changed the IP address, and you can continue use the current Web GUI
function. But next time you connect Web GUI, you need to use the IP address
that you set before. The IP address will recover default 192.168.10.10 when
the product is set to factory reset.
Web port:
Set port value of the current IP address. The default value is 80.
Note:
When you use the product alone, we suggest that you use the default IP
setting. If you can not obtain the IP information as DHCP setting, you can
press the “RESET” button of the Encoder to recover default IP address. The
default IP address is 192.168.10.10.
Update page
Firmware update port, open a bin. file and then click the “Update” button to update the firmware.
Note:
When the update file is too large, the upgrade progress could stay a long time
in 99%. This is a normal phenomenon. Please do not turn off the power or press
the “RESET” button until the upgrade progress up to 100%.
Decoder (receiver) – the Web GUI is the same, except Video page where the type of transmission can be set:
VLC Media Player instruction
When you have connected the Web GUI, then you need to open the VLC Media Player software on the computer.
Step 1:
Click “Media > Open Network Stream”
Step 2:
At this time, you will see the following page. You need to enter a network
URL. If you want to enter MainStream, please input a MainStream network URL.
The MainStream is “rtsp://192.168.10.10/live/main/av_stream”. If you want to
enter SubStream, please input a SubStream network URL. The SubStream is
“rtsp://192.168.10.10/live/sub/av_stream”. Then click the “Play” button.
Please see the following page.
Note:
- If you enter a MainStream network URL, you can use the MainStream to control the VLC Media Player on the Video page of Web GUI. If you enter a SubStream network URL, you can use the SubStream to control the VLC Media Player on the Video page of Web GUI.
- If the VLC Media Player does not work well, please check the IP address (the IP address of the computer and product should be in the same network segment.) and network connection status.
- If everything is OK, the product boot static IP needs to a little time to communicate with the router. Please try it more times.
Step 3:
If you enter a MainStream network URL, you can use the MainStream of the Web
GUI to set the Doctype, Resolution, and Bitrate value of the VLC. At the same
time, you can check the setting on VLC Media Player. Choose “Tools>Codec
information” to check the current codec and resolution. Please see the
following picture.
Choose “Tools>Codec information>Statistics” to check the current bitrate.
Note:
The bitrate is floating up and down when you check it. This is a normal
phenomenon.
FAQ
Q: What is the limit for a connection interface?
A: According to the HDMI line length test, 1920×1200@60Hz YCbCr 4:4:4 is the
longest line length up to 15m/49.2ft. According to the CAT line length test,
using CAT 5e/6 cable extends distances up to 150m (492ft) between Encode and
Decode.
The use of a “Premium High-Speed HDMI” cable is highly recommended.
Q: Is it possible to use more than one Decoder/Encoder?
A: According to our test, it is possible, but there is no guarantee that
Decoder (receiver) get the signal from Encoder (transmitter) that you need.
Using DHCP settings, devices connected in the network get the addresses next
to each other (if possible).