Ntuziaka nhazi nhazi ihe ngbanwe modulator ihe nrụnye ihe ngbanwe module COFDM AT Command
Ntuziaka nhazi nhazi ihe ngbanwe modulator ihe nrụnye ihe ngbanwe module COFDM AT Command
Download the Encoder Modulator Decoder Demodulator Module Parameter Configuration Instructions below if you need a PDF file.
Update Record:
| version | Ụbọchị | Description |
| 1.0 1.1 1.2 1.3 1.4 1.5 1.6 1.7 1.8 1.9 2.0 2.1 | 2016-10-24 2016-11-1 2016-12-26 2017-2-14 2017-2-28 2017-3-27 2017-4-19 2017-5-18 2017-9-12 2018-3-15 2019-6-25 2023-2-24 | Initial version ATDR reply distinguishing module ATSE, ATGE add audio switch Add ATSP protocol Add ATST, ATGT protocol ATGE command add AESfor status acquisition Added ATGB protocol AV and HDMI output control Support for obtaining the current AV output standard Added ATSU, ATGUcommands Added ATOSD, ATSIP, ATGIP commands Added ATSAD, ATGAD commands |
Users may need to modify the configuration parameters of the module during the use of the COFDM modulator and demodulator module. In order to simplify the user’s operation, we design the parameter configuration into a few simple AT commands. The user only needs to use the specified AT command and pass the corresponding parameters to complete the parameter setting of the COFDM module.
Suitable Models
-
COFDM Relay Repeater module maka drone UAV ikuku vidiyo na-ebufe na nnata Vcan1870 -
COFDM Modulator Demodulator Module Encoder Decoder HDMI CVBS AV Ntinye AES 256 FHD RF nkwanye -
Ihe ntụgharị vidiyo ikuku ikuku na nnata maka igwefoto, HDMI HD H265 264 encoder 1W/2.5W PA 1080P60 Vcan1726 -
HDMI Ka IP encoder modulator CVBS H.265 H.264 ntinye koodu pcba Ethernet RSTP UDP maka UAV Drone Robotic
Command Introduction
The AT command for configuring COFDM module parameters starts with “AT” and ends with an underscore “_”. Each AT command has several or no parameters, and each AT command has a return value. Maka nkọwa, please refer to the introduction of the following commands.
Users can configure the parameters of the module through the configuration serial port (TTL larịị, 3.3V) of the COFDM module. For detailed serial port configuration, refer to the figure below. Please use tools such as “Serial Port Debugging Assistant” to send AT commands to the COFDM module, pay attention to the use of ederede, ọmụmaatụ:
Command Classification
The AT commands for configuring COFDM module parameters are mainly divided into the following two categories:
| Query Commands | ATDR, ATGD, ATGE, ATGI , ATGR, ATGT, ATGB, ATGU, ATGIP |
| Setting Commands | ATSD, ATSG, ATSM, ATSE, ATSI, ATSO, ATSR, ATSP, ATST, ATSU,ATOSD, ATSIP |
From the perspective of whether to save after power-off, the setting commands can be divided into:
| Power-off Saving Commands | ATSD, ATSE, ATSI, ATSO, ATSR, ATSP, ATST, ATSU, ATSIP |
| Power-off Not Saving Commands | ATSG, ATSM, ATOSD |
According to the configuration transmitter or receiver, the classification is as follows:
| Sender Configuration Commands | ATDR, ATSD, ATGD, ATSG, ATSM, ATSE, ATGE, ATSI, ATGI, ATSO, ATSP, ATST, ATGT, ATSU, ATGU, ATOSD |
| Receiver Configuration Commands | ATDR, ATSR, ATGR, ATSP, ATST, ATGT, ATGB, ATSIP, ATGIP |
Command Details
Ping Command
| format | ATDR_ |
| oke | No |
| Iji | for the integrated system to check whether the serial port is connected and identify the connected modules. |
| nloghachi uru | RCB returns the “device profile” string SUE1 returns “ATDRSUE1 OK” string SHD1 returns “ATDRSHD1 OK” string |
| jaa | iwu ajụjụ |
Set Device Command
| format | ATSD $(mimo), $(gi), $(COFDM ikuku nnyefe usoro mgbako ọnụego), $ (constellation), $(ugboro ugboro(kHz)), $(bw(kHz)), $(tx1_gain), $(tx2_gain)_ Ọmụmaatụ: ATSD0,1,0,0,800000,8000,86.0,86.0_ |
| oke | One Antenna/Dual antenna mimo: 0 mimo disable; 1 mimo enable Guard Interval GI: 0 1/32; 1 1/16; 2 1/8; 3 1/4 Convolution Code Rate: 0 1/2; 1 2 /3; 2 3/4; 3 5/6; 4 7/8; ìgwè kpakpando: 0 QPSK; 1 QAM16; 2 QAM64; RCB Carrier Center Frequency(kHz) 200000~2700000(200MHz~2.7GHz, 1KHz nzọụkwụ) RC900 Carrier center Frequency(kHz) 750000~930000(750MHz ~ 930MHz, 1KHz nzọụkwụ) RCB Channel bandwidth bw(kHz) 2000~8000(2MHz ~ 8MHz, 1KHz nzọụkwụ) RCB Channel bandwidth bw(kHz) 2000~8000 (2MHz ~ 8MHz, 1KHz nzọụkwụ) Transmitting antenna 1 gain tx1_gain 0.0~89.75dB, 0.25dB nzọụkwụ Transmitting antenna 2 gain tx2_gain 0.0~89.75dB, 0.25dB nzọụkwụ |
| Return Value | dị ka:ATSD0,1,0,0,800000,8000,86.0,86.0_ SISO,Gi: 1/16, ČR:1/2, MOD: QPSK, ugboro ugboro:800000kHz,bw:8000kHz,tx1_gain:86.000000 tx2_gain:86.000000 Ọ DỊ MMA |
| Note | Set command, save when power off. Different Bandwidths, nche etiti oge, Convolution code rates, Data rate calculation formulas corresponding to constellations Air interface rate Rate(COFDM ikuku nnyefe usoro mgbako ọnụego) COFDM ikuku nnyefe usoro mgbako ọnụego (bandwit(MHz) * 8.0/7.0) / (1+Gi) * 1512/2048*COFDM ikuku nnyefe usoro mgbako ọnụego(COFDM ikuku nnyefe usoro mgbako ọnụego) * COFDM ikuku nnyefe usoro mgbako ọnụego * 188/204. Taking 8MHz bandwidth as an example, different guard intervals, convolution code rates, data rates corresponding to constellations and required receiving signal-to-noise ratios  |
Set Gain Command
| format | ATSG$( tx1_gain),$( tx1_gain)_ Ọmụmaatụ: ATSG85.0,85.0_ |
| oke | tx1_gain: transmitter 1 nweta tx2_gain: transmitter 2 nweta |
| Iji | To dynamically adjust the output power. If the signal SNR/RSSI of the receiver is high, the output power can be reduced through the remote control link. When the SNR/RSSI of the end signal is low, increase the output power (transmitter) |
| Return Value, | Ọmụmaatụ: ATSG85.0,85.0_set gain 85.000000 85.000000 Ọ DỊ MMA |
| jaa | setting command, power off will not save. |
Set Modulation Mode command
| format | ATSM$(gi), $(COFDM ikuku nnyefe usoro mgbako ọnụego), $(constellation)_ Ọmụmaatụ: ATSM1,1,2_ |
| oke | Gard interval GI: 0 1/32; 1 1/16; 2 1/8; 3 1 /4; Convolution code rate: 0 1/2; 1 2/3; 2 3/4; 3 5/6; 4 7/8; ìgwè kpakpando: 0 QPSK; 1 QAM16; 2 QAM64 |
| Iji | Dynamically adjust the air interface rate, the air interface rate can be increased when the distance is short, and the air interface rate can be reduced when the distance is long (transmitter) |
| Return Value | Ọmụmaatụ:ATSM1,1,2_GI:1/16, ČR:2/3, MOD: QAM64, Ọ DỊ MMA |
| jaa | setting command, power off will not save. |
Get Device Status Command
| format | ATGD_ |
| oke | No |
| Iji | query the current number of transmit antennas, nche nkeji, convolution code rate, number of constellations, transmit frequency, bandwit, gain parameters (transmitter) |
| Return Value | Ọmụmaatụ: ATGD_ SISO, Gi:1 /16, ČR: 1/2, MOD: QPSK, ugboro ugboro: 800000kHz, bw: 8000kHz, tx1_gain: 86.000000 tx2_gain: 86.000000 Ọ DỊ MMA |
| jaa | iwu ajụjụ |
Set Encoder Command
| format | ATSE$(llc),$(rt),$(bitrate) ,$(gop),$(audio)_ Ọmụmaatụ: ATSE0,0,0.0,0,0_ |
| oke | 1. Enhanced data reliability option llc: 0 disable; 1 mee ka (requires the receiving end to enable this option at the same time, use in pairs, because more redundant data is added to enhance reliability, the video bit rate of the transmitting end should be set when this option is turned off half of) 2. Real-time priority/quality priority rt: 0 image quality priority; 1 real-time priority; 3. Bitrate: 0 let system decide; >0 specify bitrate(float) 4. I frame interval GOP: 0 let system decide; >0 specify GOP 5. Audio encoding option audio: 0 disable; 1 mee ka |
| Iji | Used to set encoding parameters (transmitter) |
| Return Value | Ọmụmaatụ:ATSE0, 0,0.0,0,0_ ọnọdụ:0,RT:0,bitrate: 0.0Mbps,gop:0,audio:0,Ọ DỊ MMA |
| jaa | setting command, save when power is off. |
Get Encoder Command
| format | ATGE_ |
| oke | No |
| Iji | querying encoding parameters (sending end) |
| Return Value | Ọmụmaatụ:ATGE_MODE:0, RT:0,bitrate:4.0Mbps,gop:10,audio:0,aes:0, Ọ DỊ MMA |
| jaa | Query command AES means the current encryption status: 0 disable; 1 mee ka |
Get Input Command
| format | ATGI_ |
| oke | No |
| Iji | query the current camera input parameters (transmitter) |
| Return Value | Ọmụmaatụ:ATGI_input_size: 1080p, input_rate: 60fps, sensor_type: hdmi,Ọ DỊ MMA |
| jaa | iwu ajụjụ |
Set Input Command
| format | ATSI$(input_size),$(input_rate)_ Ọmụmaatụ: ATSI1080,25_ |
| oke | 1. Input resolution input_size: 0 let the system detect; >0 specify input size 2. Input frame rate input_rate: 0 let the system detect; > 0 specify input fps |
| Iji | To specify the input resolution and frame rate to meet some special signal sources, or some special application needs (transmitter) |
| Return Value | Ọmụmaatụ: ATSI1080,25_ Input_size:1080p,input_rate: 25fps, Ọ DỊ MMA |
| Remarks | After the user specifies the input resolution and frame rate through this command, the system will no longer detect the signal source (use with caution). The user can restore the default through the following command: ATSI0,0_Set the command and save it after power-off. |
Set Output Command
| format | ATSO$(output_size),$(output_rate)_ Ọmụmaatụ: ATSO720,30_ |
| oke | 1. transmitter: encoding output resolution output_size: 0 equal to input_size; >0 specify output size 2. erite: HDMI output resolution (720, 1080) 3. transmitter: encoding output frame rate output_rate: 0 equal to input_rate; >0 specify output_rate (fps) 4. erite: HDMI output frame rate 720p supports frame rate (50, 60); 1080p supports frame rate (24, 25, 30, 50, 60) |
| Iji | 1. transmitter: Used to specify the encoding output resolution and frame rate to meet the requirements of certain applications for zooming and frame reduction 2. erite: used to configure the resolution and frame rate of HDMI output |
| Return Value | Ọmụmaatụ: ATSO720,30_ output_size: 720p, output_rate: 30fps, Ọ DỊ MMA |
| Remarks | 1. For HDMI input only, this command is invalid for AV input 2. Output_size <= input_size; output_rate<=input_rate 3. Set the command and save it after the power is off. |
Set Input Sources Command (switch HDMI / CVBS input)
| format | ATSU$(vin),$(ain)_ Ọmụmaatụ: ATSU0,1 _ |
| oke | 1. Video input selection VIN: 0 let the system detect; 1 force CVBS input; 2 force hdmi/SDI input 2. Audio input selection AIN: 0 let the system detect; 1 force analog input |
| Iji | Used to meet specific application requirements (Ọmụmaatụ: HDMI/SDI input video, MIC input audio) |
| Return Value | Ọmụmaatụ: ATSU0,1_ ATSU0,1 OK |
| jaa | setting command, power-off save. |
Get User Command
| format | ATGU _ Ọmụmaatụ: ATGU_ |
| oke | No |
| Iji | To query user-specific configuration |
| Return Value | Ọmụmaatụ: ATGU_ ATGU0,1 OK |
| jaa | iwu ajụjụ return parameter description please refer to the ATSU command |
Set Receiver Command
| format | ATSR $(ugboro ugboro), $(bw ), $(llc), $(cvbs)_ Ọmụmaatụ: ATSR320000,6000,0,0_ |
| oke | 1. DR2C carrier frequency freq(kHz) 200000~860000(200MHz ~ 860MHz, 1KHz nzọụkwụ) 2. DR900 carrier center frequency freq(kHz) 200000~1600000(200MHz~1.6GHz, 1KHz nzọụkwụ) 3. DR2C channel bandwidth bw(kHz) 2000~8000(2MHz ~ 8MHz, 1KHz nzọụkwụ) 4. DR900 channel bandwidth bw(kHz) 3200~8000(3.2MHz ~ 8MHz, 1KHz nzọụkwụ) 5. Enhanced data reliability option llc: 0 disable; 1 mee ka (it is required that the transmitter should also enable this option at the same time, and use it in pairs. Since more redundant data is added to enhance reliability, the video bit rate of the transmitter should be set to when this option is turned off half of) 6. AV output system cvbs: 0 pal; 1 ntsc |
| Iji | To set the receiver parameter |
| Return Value | example: ATSR320000,6000,0,0_ ATSR320000,6000,0,0 OK |
| jaa | setting command, save when power is off. |
Get Receiver Command
| format | ATGR_ |
| oke | No |
| ATGR_ | the receiving end parameter |
| Return Value | Ọmụmaatụ: ATGR_ ATGR320000,6000,0,aes:0,cvbs:0 Ọ DỊ MMA |
| jaa | 1. Query command 2. Aes parameter indicates the current encryption status: 0 disable;1 mee ka 3. CVBS parameter Indicates the current AV output standard: 0 pal;1 ntsc |
Get Bit Error Rate Command
| format | ATGB_ |
| oke | No |
| Iji | querying the bit error rate and signal strength of the dual antennas at the receiving end |
| Return Value | Ọmụmaatụ: ATGB_ ATGB ber1:0.00% ber2:0.00% RSSI1 :54 RSSI2:53 Lock1:1 Lock2:1 Ọ DỊ MMA |
| Remarks | 1. Query commands 2. Ber1 and ber2 respectively indicate the bit error rate of each antenna, ranging from 0.0% ka 100.0% 3. RSSI1 and RSSI2 respectively indicate the signal strength of each antenna, ranging from 0 ka 100 4. Lock1 and Lock2 respectively indicate the signal locking status of each antenna (1 Represents signal lock) |
Set Password Command
| format | ATSP$(okwuntughe), $(okwuntughe)_ Ọmụmaatụ: ATSP123456, 123456_ |
| oke | AES key password: 6-paswọọdụ digit (ASCII) AES key password: 6-paswọọdụ digit (ASCII) (repeat it for confirmation) |
| Iji | Used to set the AES key of the transceiver (transmitter na-erite) |
| Return Value | Ọmụmaatụ: ATSP123456_ ATSP123456 OK |
| jaa | 1. When the password is all 0, AES encryption is turned off. 2. Set the command and save it after powering it off. |
Set Data Transfer Command
| format | ATST$(baud ọnụego), $( parity)_ Ọmụmaatụ: ATST115200,0_ |
| oke | 1. Baud rate baud rate: 1200、2400、4800、9600、19200、38400、57600、115200 2. Check Code: 0: Ọ dịghị; 1: Odi; 2: Ọbụna |
| Iji | Used to set the baud rate and parity bit of the serial port for data transparent transmission |
| Return Value | Ọmụmaatụ: ATST115200,0_ ATST115200,0 OK |
| Remarks | Set command |
Get Data Transfer Command
| format | ATGT_ |
| oke | No |
| Iji | Used to query the baud rate and check code |
| Return Value | Ọmụmaatụ: ATGT_ ATGT115200,0 OK |
| Remarks | Query command |
Set IP Address Command
| format | ATSIP$(ip), $(ip)_ Ọmụmaatụ: ATSIP192.168.1.215,192.168.1.215_ |
| Oke | Local IP address Local IP address (repeat to confirm) |
| Iji | Used to set the receiver IP address |
| Return Value | Ọmụmaatụ: ATSIP_192.168.1 .215,192.168.1.215_ ATSIP192.168.1.215 OK |
| Remarks | 1. After setting the IP address, the receiving end needs to be restarted to take effect. 2. Set the command and save it after powering it off. |
Get IP Address Command
| format | ATGIP_ Ọmụmaatụ: ATGIP_ |
| oke | No |
| Iji | iji jụọ adreesị IP dị ugbu a nke njedebe nnata |
| nloghachi uru | Ọmụmaatụ: ATGIP_ ATGIP192.168.0.215 OK |
| jaa | iwu ajụjụ |
OSD Overlay Protocol
| format | ATOSD$(idx), $(x), $(na), $(str)_ Ọmụmaatụ:ATOSD0,40,20,height: 100m_ |
| oke | 1. IDX index: 0~7 (supports OSD overlay for 8 areas) 2. X-coordinate: 0~1919 3. Y coordinate: 0~1079 4. str: the string to be displayed at the corresponding coordinates (the space symbol is used to clear the display) |
| Iji | on the video screen.OSD information |
| nloghachi uru | No |
| Remarks | 1. The user specifies the x and y coordinates of the OSD display according to the maximum 1920×1080 pikselụ, and the system will correct the coordinates according to the actual display situation. 2. The ‘_’ character cannot be contained in the str parameter |
Set Gain To Adjust
| format | ATSAD$(ugboro ugboro),$(adjust) _ Ọmụmaatụ:ATSAD700000,2.5_ |
| oke | wireless central working frequency： Freq(kHz) 200000~2700000(200MHz~2.7GHz, step: 1kHz) Adjust the value(dB): ATSD cmd will subtract this value to set the wireless gain |
| ọrụ | Specify and adjust the value for the wireless gain setting using by ATSD cmd |
| nzaghachi | Ọmụmaatụ: ATSAD700000,2.5_ freq:700000,adjust:2.50 Ọ DỊ MMA |
| Okwu | Setting command is still valid when stopping power or resetting. |
Get Gain To Adjust
| format | ATGAD[$(ugboro ugboro)]_ Ọmụmaatụ:ATGAD700000_ |
| oke | wireless central working frequency： Freq(kHz) 200000~2700000(200MHz~2.7GHz, step: 1kHz) When no parameter provides, it will list all the freq that have adjusted value. |
| ọrụ | Inquiry adjust the value for wireless gain setting using ATSD cmd |
| nzaghachi | Ọmụmaatụ: ATGAD700000_ freq:700000,adjust:2.50 OK ATGAD_ freq:700000 750000 Ọ DỊ MMA |
| Okwu | Inquiry command. |
Serial Port Utility software download
https://www.alithon.com/downloads
FAQ
1. How can I return to the No Password setting with 000000 indications after the change?
Reset the password to 000000 (one must not be missing) through the Parameter Configuration Panel Board.
or set it through na ATSP_command
2. I see that Gain is the output power of the transmitter. Please tell me the range of settings of this parameter. All setting level (uru) good for linear output operation? Or do you suggest some limited range for better linear operation?
The Gain of the COFDM configuration is the internal Gain, not the actual output power of the transmitter. The internal gain range is 0~89.75dB and the linear output:
1. At around 300~500MHz, the Gain is set to 89.75, and the actual output power of the transmitter module is about -5dBm.
2. At around 1000~1500MHz, the Gain is set to 89.75, and the actual output power of the transmitter module is about -6dBm to -10dBm.
3. I tried to set – B bandwidth (kHz) and E bit rate (Mbps). When I set E, the new value does not apply. So. the E setting is only for monitoring of available bitrate? if I wish to change the E (Bitrate) I have to change only B (bandwit)? Am I right?
It is not recommended to modify the video bit rate ‘E’ directly, because if the output video bit rate is greater than the wireless air interface rate, the system will not work normally.
By default, the internal video bit rate ‘E’ will be set to 0 for automatic. Customers only need to modify ‘B’ to modify the wireless parameters, and the video bit rate will automatically adapt.
You can also adjust the wireless air interface rate by modifying GI and CR.
For more details on the Encoder Modulator Decoder Demodulator Module, please send an inquiry to us.
COFDM Modulator Demodulator Module Encoder Decoder HDMI CVBS AV Ntinye AES 256 FHD RF nkwanye
COFDM Modulator Demodulator Module Encoder Decoder HDMI CVBS AV Ntinye AES 256 FHD RF nkwanye
Tebulu ọdịnaya
Echiche akụkụ ọzọ
COFDM Encoder modul, CVBS / HDMI input, IP mmepụta
Maka nkọwa ndị ọzọ gbasara bọọdụ mkpuchi COFDM, biko gaa na ebe a
COFDM Encoder modul Uru:
- Ultra-low latency H.265/H.264 audio and video encoding kacha nkwado 1080P@60 ezigbo oge vidiyo ijide na ntinye koodu
- HDMI ma ọ bụ AV ọdịyo na vidiyo ntinye, mgbe itinye koodu, mmepụta ọdụ ụgbọ mmiri Ethernet ma ọ bụ mmepụta na modul ikuku, Enwere ike ịhazi ọnụọgụ ngbanwe vidiyo n'ike n'ike
- Akwado ọdịyo ọsọ ọsọ na nyopụta ọnụnụ mmepụta
- Kwado vidiyo abụọ (HDMI + AV) ntinye ntinye n'otu oge (nhọrọ, ndabara bụ HDMI ma ọ bụ AV encoding, họrọ otu n'ime isi mmalite ntinye abụọ). )
- Weebụ UI ma ọ bụ Serial ọdụ ụgbọ mmiri UART AT iwu maka nhazi nhazi
COFDM nnyefe modul
Nbudata akwụkwọ data COFDM modulator-demodulator
COFDM demodulator Vcan1776RX-H264 mpempe akwụkwọ
The last version of the TX RX board
TX: V6.5.6p
RX: 4.1.2p
Ajụjụ
- Ajụjụ nke 1: Biko ị nwere ike ịgwa m nọmba akụkụ nke akụrụngwa a, anyị na-agbalị ịchọta localy na ịlele. Azịza 1: Ọ bụ inductance aha ya bụ LOH32PN2R2NNC.
- Tụnye ntụle nlele: Ọ bụrụ na ọkụ ọkụ ugbu a nke bọọdụ dị mma mana enweghị mmepụta RF, ikekwe n'okpuru akụrụngwa TC1-1-13MX+ na-emebikarị.
- Iji zere mmebi ngwaọrụ a n'oge njem (ngwaọrụ n'onwe ya dị oke elu), anyị nyere iwu ka nchekwa gluu uhie maka ngwaọrụ a mgbe anyị bugara ya.
- Injinia ahụ na-atụkwa aro ka ịlele ma ọ bụrụ na eriri ahụ agbajighị ma ọ bụ na kọntaktị adịghị mma.
- Biko gbalịa dochie eriri FPC na-ejikọta bọọdụ abụọ ahụ
- We can provide spare parts if you're sure which one.
Chọpụta
Biko lelee njikọ dị n'okpuru.
Ntuziaka nhazi nhazi ihe ngbanwe modulator ihe nrụnye ihe ngbanwe module COFDM AT Command
3. ajụjụ, Ọ bụrụ na ogo igwefoto anyị dị mma maka ha abụọ 4 MHz na 8 MHz bandwit. N'okwu a, Kwesịrị ka onye ahịa họrọ 4 MHz ma ọ bụ 8 MHz?
Azịza: Mbupu COFDM anyị nwere otu ụzọ na-eji bandwidth ikuku 4Mz na ndabara, kwekọrọ na ọnụego bit vidiyo nke 3.12Mbps, nke zuru oke maka 1080p; Ọ bụrụ na agbanwere ka ọ bụrụ bandwidth ikuku 8MHz n'okpuru otu ọnọdụ ahụ, Ọnụego bit vidiyo na-agbago okpukpu abụọ ruo 6.24Mbps. Ndị ahịa niile nwere ike ịhọrọ n'etiti bandwidth ikuku 4MHz na 8MHz, ọbụlagodi 6MHz nwekwara ike ịtụle.
4. ajụjụ: Kedu nke ka mma maka ntọala tx+rx a site na nlele nnabata?
Azịza: Maka njikọ ikuku, enwere ike iwere ya na nnabata nnabata ga-adị elu na bandwidị ikuku ikuku dị ala. Site n'echiche nke ịnata uche, 4MHz>6MHz>8MHz
Chọpụta
Biko lelee njikọ dị n'okpuru
COFDM Relay Repeater module maka drone UAV ikuku vidiyo na-ebufe na nnata Vcan1870
Otu ọwa na-anata uche:
-97+/-1dbm na QPSK 8MHz,
-98+/-1dbm na QPSK 6MHZ,
Nhụsianya mụbara site na 3dbm mgbe ị na-enweta mpi abụọ
Firmware ndabara nnata na-akwado ọkpụkpọ RTSP, ụfọdụ ndị ahịa na-ahọrọ onye ọkpụkpọ UDP, nke anyị nwekwara ike inye, then RTSP player doesn't support. (RTSP na UDP nwere ike họrọ otu n'ime ngwa ngwa abụọ ahụ)
Biko budata na njikọ dị n'okpuru.
Splayer_v4.2_2020.6.6
https://drive.google.com/file/d/1ihzUhfnx2Wo3zLO8UAs1aUQeLswonJD-/view?usp=sharing
Splayer_v4.3_2022.10.22
https://drive.google.com/file/d/1PQc-LZ55qGnjeMsjkHYSloHfY3NEUsGH/view?usp=drive_link
Chọpụta, biko lelee foto dị n'okpuru.
Otu esi agbanwe HDMI ma ọ bụ CVBS ntinye vidiyo site na iwu UART AT?
Otu esi kwalite ihe nnata vidiyo COFDM
Otu esi kwalite bọọdụ mkpuchi vidiyo nke COFDM drone
Na-akpa iji nyochaa "COFDM Modulator Demodulator Module Encoder Decoder HDMI CVBS AV Ntinye AES 256 FHD RF nkwanye”
njikọ ngwaahịa
HDMI ka IP Encoder
video Transmitter
Eriri Ikuku erite 7 inch Touch Screen COFDM erite Digital Video erite na 7 inch Nyochaa
Nyocha
E nweghị ndị na reviews ma.