COFDM IP wireless data transmitter module
COFDM IP wireless video data transmitter module One-way Ethernet transparent transmission network port Vcan1816
- Common cofdm transmitters are video signal inputs such as HDMI, CVBS, SDI, or AHD. This one is a transparent transmission module that can support IP cameras and support video and data through cofdm.
- Paired with this COFDM network video data transmitter is a COFDM receiving module, which can realize HDMI and CVBS output, and can also output video to a computer, RTSP, or UDP player through an IP network port RJ45.
- The key role is to use UDP broadcast/multicast to send data.
- Ọkan-ọna COFDM nẹtiwọki ibudo alailowaya sihin gbigbe module + receive the module, Ọkan-ọna COFDM nẹtiwọki ibudo alailowaya sihin gbigbe module
- Module gbigbe n gba data nipasẹ ibudo nẹtiwọọki ati gbejade data ti o gba nipasẹ ibudo nẹtiwọọki ni irisi COFDM
- Module gbigbe n gba data nipasẹ ibudo nẹtiwọọki ati gbejade data ti o gba nipasẹ ibudo nẹtiwọọki ni irisi COFDM, Module gbigbe n gba data nipasẹ ibudo nẹtiwọọki ati gbejade data ti o gba nipasẹ ibudo nẹtiwọọki ni irisi COFDM
COFDM alailowaya eto gbigbe iṣiro oṣuwọn:
Atọka akoonu
Awọn ẹya ara ẹrọ
- COFDM alailowaya eto gbigbe iṣiro oṣuwọn, ati lẹhinna data ibudo nẹtiwọki ti wa ni gbigbe.
- ati lẹhinna data ibudo nẹtiwọki ti wa ni gbigbe: Network ibudo, ati lẹhinna data ibudo nẹtiwọki ti wa ni gbigbe. ati lẹhinna data ibudo nẹtiwọki ti wa ni gbigbe: ati lẹhinna data ibudo nẹtiwọki ti wa ni gbigbe
- CFG-UART: ati lẹhinna data ibudo nẹtiwọki ti wa ni gbigbe, 4ati lẹhinna data ibudo nẹtiwọki ti wa ni gbigbe, can be docked to our parameter configuration panel. ati lẹhinna data ibudo nẹtiwọki ti wa ni gbigbe, alailowaya bandiwidi, ati lẹhinna data ibudo nẹtiwọki ti wa ni gbigbe (ati lẹhinna data ibudo nẹtiwọki ti wa ni gbigbe, ati lẹhinna data ibudo nẹtiwọki ti wa ni gbigbe, mode irawọ, ati lẹhinna data ibudo nẹtiwọki ti wa ni gbigbe, ati be be lo) ati lẹhinna data ibudo nẹtiwọki ti wa ni gbigbe.
- ati lẹhinna data ibudo nẹtiwọki ti wa ni gbigbe (Tx): ati lẹhinna data ibudo nẹtiwọki ti wa ni gbigbe.
- TF kaadi ni wiwo, software igbesoke, ati itoju.
- Power input ni wiwo (Power): 2PIN 2.0mm pitch Phoenix terminal. ipese foliteji: 7V ~ 24V.
- ati itoju: ati itoju, and the data is flashed when the data is transmitted usually.
- ati itoju: The power input indicator, ati itoju.
- ati itoju: 73ati itoju (ati itoju), ati itoju.
- ati itoju:
- ati itoju: 1/2, 2/3, 3/4, 5/6, 7/8
- ati itoju: QPSK / QAM16 / QAM64
- IFFT mode: 2K
- ati itoju: 1/4, 1/8, 1/16, 1/32
- Bandiwidi alailowaya: 1 ati itoju, 1KHz igbese
- Agbara igbejade RF atunto: -94Agbara igbejade RF atunto (Agbara igbejade RF atunto, Agbara igbejade RF atunto).
- Agbara igbejade RF atunto: between 200MHz ~ and 2300MHz can be configured arbitrarily
COFDM alailowaya eto gbigbe iṣiro oṣuwọn
Oṣuwọn gbigbe alailowaya (air ni wiwo oṣuwọn):
Rate(COFDM alailowaya eto gbigbe iṣiro oṣuwọn) COFDM alailowaya eto gbigbe iṣiro oṣuwọn (bandiwidi(MHz) * 8.0/7.0) / (1+GI) * 1512/2048*COFDM alailowaya eto gbigbe iṣiro oṣuwọn(COFDM alailowaya eto gbigbe iṣiro oṣuwọn) * COFDM alailowaya eto gbigbe iṣiro oṣuwọn * 188/204.
COFDM alailowaya eto gbigbe iṣiro oṣuwọn, COFDM alailowaya eto gbigbe iṣiro oṣuwọn, COFDM alailowaya eto gbigbe iṣiro oṣuwọn, COFDM alailowaya eto gbigbe iṣiro oṣuwọn:
UART AT Command
ATDR、ATSD、ATSG、ATSM、ATGD、atsr、ATGR、ATGB is useful
For the UART AT command operation and format, jọwọ ṣayẹwo ọna asopọ isalẹ.
Encoder Modulator Decoder Demodulator Module Parameter Iṣeto Awọn ilana COFDM AT pipaṣẹ
Receiver Module
Suggestions
- This is a one-way unidirectional transmission system. if you need a two-way bidirectional transmission system, please check this link. https://ivcan.com/t/two-ways/ or https://ivcan.com/ru/p/mini-cofdm-wireless-ethernet-transmission-module-rj45/
- This is only a data transmission system, if you need video+data transmission, please look details of these modules, https://ivcan.com/p/modulator-demodulator-module-encoder-decoder-hdmi-cvbs/
- If you need a relay (repeater) to support a longer transmission range (distances), please choose stronger PA (Power ampilifaya) inu, fun apere, change 1Watts PA to 2.5 Wattis tabi 5 Wattis.
–160MHz~860MHz HD video COFDM receiver module with HDMI/AV/Ethernet/USB output
The COFDM receiver module is a compact digital diversity receiver with integrated H.264 decoding, suitable for use in fluid and high-mobility applications. The receiver module accepts signals from two antennas to significantly enhance the demodulated performance and increase the operating range. The receiver module can find and lock automatically to the incoming transmission quickly according to the pre-set frequency and bandwidth. This receiver module features a range of comprehensive signal outputs including HD at 720p and 1080P, down-converted HD CVBS monitor video, and two analog audios supported.
The receiver module also includes DVR record functionality with a Micro SD card or USB disk. Ni afikun, the receiver module has a built-in RTSP server that enables video streaming over Ethernet for remote software or hardware decoders. And the receiver module also enables video streaming over USB for remote Android device decoders like smartphones or Android PAD. This allows multiple remote viewers to monitor the same video simultaneously. The receiver module also supports display characters string on the video display screen with the video together in OSD mode.
When paired with the Our COFDM transmitter module, the receiver module offers a comprehensive, rapidly-deployable video and audio solution that enables advanced situational awareness. It can play an essential role in delivering real-time live video from both ground and airborne mobile platforms.
- COFDM demodulation and H.264 video decoder;
- Full HD resolution, 1080P@60fps;
- Great security by AES decryption;
- DVR record with Micro SD card or USB disk;
- Built-in RTSP server enables video streaming over Ethernet;
- Enables video streaming over a USB host for the remote device;
- Supports display characters string on the video display screen in OSD mode;
- Stable signal transfer in NLOS and high-speed moving;
- Adjustable working frequency, and bandwidth.
Specification:
IO
HD video output | HDMI type A connector |
Ijade fidio akojọpọ | 6PIN PH2.0mm connector |
Audio o wu | Embedded HDMI and CVBS |
RF input | Two SMA female 50Ω |
Atagba fidio Alailowaya SDI fun kamẹra gigun-gun COFDM isale gbigbe igbewọle | 2PIN PH2.54mm connector |
USB Gbalejo | 4PIN PH2.0mm connector |
TTL UART data | 3PIN PH1.25mm asopo, 3.3V signal |
Atagba fidio Alailowaya SDI fun kamẹra gigun-gun COFDM isale gbigbe igbewọle | 4PIN PH1.25mm asopo, 3.3V signal |
àjọlò | 6PIN PH2.0mm connector |
TF-Kaadi | TF-Kaadi Iho |
awọn bọtini&LEDs | 2*5PIN PH2.0mm connector |
Demodulation
Demodulation Formats | COFDM(DVB-T) |
Awọn aruwo | 2K |
bandiwidi | RF o wu SMA obirin, RF o wu SMA obirin |
FEC | 1/2, 2/3, 3/4, 5/6, 7/8 |
oluso aarin | 1/32, 1/16, 1/8, 1/4 |
constellation | QPSK, 16QAM, 64QAM |
Bitrates | 0.5RF o wu SMA obirin |
RF
ikeji | 160MHz ~ 860MHz |
Tuning Step size | 1kHz |
ifamọ | -97±1dBm(BW=8MHz, QPSK, CR=2/3, GI=1/16) for one channel and add 3dBm for two channel |
Video and Audio
Video o wu | HDMI and CVBS, àjọlò(RTSP protocol by default, option UDP), USB |
fidio ọna kika | 1080P or 720P
720*480 60Mo(NTSC), 720*576 50Mo(PAL) |
Iyipada fidio | MPEG-4/H.264 AVC |
Audio o wu | Embedded HDMI and AV audio |
Iyipada ohun | AAC |
Decryption | Ifaminsi fidio |
Ibi | USB disk or micro SD card |
Monitoring and control
Comprehensive receiver setup with Our Config Panel or Windows PC or other devices via control UART.
otutu ibiti o
Ifaminsi fidio: 0° to +70°C Ambient
Ibi: Ifaminsi fidio
ti ara Abuda
Board Dimensions: 80.4*50.8mm
Power requirements
Ifaminsi fidio: 9~ 24VDC
agbara agbara: <300mA@12V
IO Signals
awọn bọtini + LEDs:
The receiver module has a 2*5PIN PH2.0mm connector which provides “keys + LEDs” signals. It is designed for customers who want to expand LEDs and keys to their cases.
PWR led signal: this two-pin can connect to an led for the power indicator, and constant light when the device is normally powered.
The link led signal: this two-pin can connect to an led for a wireless link indicator, which blinks when the video stream is received.
REC led signal: this two-pin can connect to an led for a record indicator, and constant light when video recording.
REC key signal: this two-pin can connect to a button for the switch of video recording, and a short press to change its status. The receiver will automatically check the storage device(micro SD card or USB disk) after powering on and start to record video when the storage device is inserted. Just press it to stop or record again.
OSD key: this two-pin can connect to a button for turning on/off the status of the OSD displaying, long press it to switch(more than 1s). The status will be kept after a reboot. When the OSD status is on without any OSD data input from the data uart, the device will display information on the video screen as:
RF:338.0MHz BW:4.0MHz ; RF, ṣiṣẹ igbohunsafẹfẹ; BW, bandiwidi
QPSK CR:2/3 GI:1/16 ; constellation, FEC, oluso aarin
AIR:3.90Mbps ; AIR, wireless transmitting bitrates
VBR:3.05Mbps AES OFF ; VBR, video bitrates; AES PA, AES encryption turned off.
SIG1:27 SIG2:22 ; SIG1, the signal intensity of antenna 1; SIG2, the signal intensity of antenna 2
ber1:0.14% ber2:100.00% ; ber1, bit error rate of antenna 1; ber2, bit error rate of antenna 2
Gbwl PA Ko si Ibi ; video recording status
Paired with COFDM transmitter:
The default normal features of the two-antenna Wireless receiver module can be paired with all of Our H.264 transmitter modules. The HD video latency from its inputting of the transmitter to the HDMI screen displaying of the receiver is about 200~250ms.
Our two-antenna COFDM Wireless Receiver module can also be paired with our COFDM transmitter module for the lowest video latency application when manufactured with specified firmware. The specified firmware enables proprietary H.264 video compression/decompression only using p-frames for the lowest latency. The video latency from its inputting of the transmitter to the HDMI screen displaying of the receiver is about 50ms to 130ms.
How to test COFDM IP wireless video data transmitter module?
ethernet modem in one way
FAQs
Please note that this network transparent transmission device is one-way transmission, it can only realize UDP broadcast function, although there is an RJ45 network port, but because it is not two-way transmission, it cannot realize the ping command, so even if you want to connect an IP camera, you need special customization IP cameras, because ordinary IP cameras need two-way transmission equipment.
How to test this network transparent transmission device, jọwọ ṣayẹwo ọna asopọ isalẹ
How to test COFDM IP wireless video data transmitter module
ko si, just net transfer via IP ethernet RJ45 input.
- If you want to test the video transfer, maybe you need an encoder board Vcan1746, transfer HDMI / CVBS video to IP stream, then connect the 1816 Atagba.
- ibeere: I already have Vcan1776, which has a Vcan1746 encoder board at the transmitter module, should I get one more encoder board?
- idahun: Although the encoder board of Vcan1776 can be reused. It needs to disassemble the Vcan1776 RF module, then connect the network port adapter cable, and change the different firmware. It is not recommended to do this. It is recommended that you purchase another separate encoder board.
- The voltage range of TX RX is 7~24V.
- At 12V power supply, use an adapter with a maximum of 1A or more.
- Prepare a formattedFAT32format Micro SD card
- Unzip the upgrade file from our verify and send to you, Here is "1816_update_image_xx_yy.zip" file, and copy it to the root directory of the Micro SD card, pay attention to keep the directory structure unchanged (there is a flash folder in the root directory of the Micro SD card, and there is an app folder in it).
- Insert the Micro SD card into the Vcan1816 module, power on and wait for the red light on the board to flash, indicating that the upgrade is successful.
- akọsilẹ:
Under normal circumstances, the update will be completed within 30s after power-on (the red light flashes). If the red light does not flash for a long time after power-on, please check the connection of Micro SD and try power-on again.