1. Do you have 150 kilometers of 10-watt telemetry for a drone at 915Mhz? I don’t need to transfer the video, only the data of the Mavlink message.
We need a baud rate of 57000 for Mavlink.
2. I need a wireless video transmitter system from the shore to the dredge in the marine for a 5km transmission distance.
Are you able to provide a quote to supply a wireless video transmitter system, we operate a dredge and want to transmit video from shore to the dredge over a maximum distance of 5 kilomita ʻe. It is in a marine environment so would need to be robust and also run on 12 volts with no internet connection.
3. I am looking for a mini and wearable cofdm tx rx, NLOS, founga ʻe taha, AHD or SDI-HD 1080P camera, 1W PA, 170-860Mhz, 200-meter transmission distance, and no cooling fan because of noise.
4. I am a UAV developer, and I need a solution for my upcoming UAVs. I need 20 km HD video and a Mavlink telemetry transmission and reception system. Supported gimbal camera, Gimbal with zoom, and target tracking. Is it possible to use a laptop to control the PTZ camera with any software? What is the weight, zoom level, and price of the camera?
5. We develop wearable devices equipped with dual USB nano cameras. We currently use a wifi network for wireless streaming, which has a limited range. I was wondering if you had a video transmitter/receiver that could operate in a 1KM range with no line of sight and low latency.
6. We are an autonomous robotics company, now looking for a Modem like RFD900 but with video+Data for 5 ki he 10 km, Full duplex data, and Sbus input.
7. I’m looking for a transmitter and receiver, COFDM with two-way audio and one-way video, I have to communicate with bidirectional audio, long-range, I think 2W might be fine. What could you advise me?
8. I need a wireless video transmission system where I can use 4 cameras in 4 different places and I want to watch it on a single screen. There is one building obstacle in a 1-kilometer area. The transmitter will always be in motion but the receiver will be stationary. We need to hear the voice of the people in the field and we need to talk when necessary, can you include this in the system?
9. I want to ask about your long-range video transmitter, install on my UAV, the transmitter can transmit video from a UAV in the middle of the forest to inspect the fire in the forest around 20-30Km.
10. I’m looking for a small transmitter/receiver module with a 1-2 km range that could transmit video data at the desired framerates with low latency, and non-line of sight. For instance, the dual camera modules we are currently using are operating at 19201080@ 30-60fps, and another camera at 320240@120FPS (E).
11. We need nlos 1km mini and lite weight invisible like spy video tx and tx, short or flexible strip tx mini antenna for hidden on the human body, support web camera, and support two-way audio optional.
12. I’m looking for a dual-band wireless video data transmission transceiver. One frequency (1.7L) is used to upload drone control data, and another frequency (1.4L) to download video from the drone to the ground. ʻOku ʻi ai e ʻamanaki te ne lava ʻo fakaʻehiʻehi lelei mei he kaunoa ʻa UAV jammers ʻi HE UAVs pea fakaleleiʻi ʻa e vave ʻo e moʻui ʻa UAVs.
13. ʻOku tau fie maʻu ha founga ʻo e fetuʻutaki vitio ʻoku maʻolunga hono fakaʻuhingaʻi. ʻOku fokotuʻu ʻa e transmitter ʻi he ʻato ʻo ha fale ʻi ha tuʻunga maʻolunga ʻo e 10-15 mita 'e, pea ʻoku ʻi he kaa ʻa e receiver, ʻatakaiʻi ʻe he ngaahi feituʻu ʻoku ava, mo e laine ʻo e vakai. Ko e mamaʻo ʻo e fetuʻutaki ko e 10 km. Kātaki ʻo fokotuʻu mai ha founga feʻunga.
14. Mālō e lelei, ko ha akoʻanga maʻolunga kitautolu kuo kamata radiosondes ʻi heʻene ngaahi ngaue fakaako. ʻI he kamata fakaʻosi, Naʻa mau fakaʻaongaʻi ha 1.2 GHz vitio transmitter ke ʻave ha ngaahi ʻata mei he stratosphere ki he kelekele. ʻOku ʻikai ke tau fiemalie ʻi he ola kuo aʻusia pea ʻoku tau fekumi ki ha foʻi vitio transmitter mo e ngaahi ʻulungaanga ko ʻeni: 1.2ghz tuʻo lahi, HD KAKATO, RF power greater than 500mw, weight less than 100gr and consumption not exceeding 500ma.
We also offer a similar model for Spain’s Weather Observation and Prediction by Hydrogen Balloons in the Atmosphere, which needs 150km. We recommended TX900-5W-50km. 1.4 GHz frequency, Full HD 1080P HDMI or ethernet camera, Malohi RF 2 Watts, weight is 142 grams. Ma'u 22 Watts.
15. Mālō e lelei, I need data transmission from an ethernet port. ʻI he 1 megabit and receiver. 5 Watts Transmitter 1MBps with ethernet interface and Receiver with ethernet. I need one-way communication. transmitter on the drone side receiver on the plane. It sends the data which comes from the ethernet port.
max-50km-range-1Mbps-data-low-latency
16. We are developing a new UAV, looking for a 150km HD video transmitter, duplex operation, powered by 6s battery 22.2V. If possible extend the range up to 500km.
17. ʻOku ou fie fakatau ha founga ʻe 2 te transceiver.
ʻU ʻenitena-mo e-haʻi
18. ʻOku mau fekumi ki ha letio IP. ʻOku fie maʻu ke tau ʻave mo maʻu Ethernet ʻoku ʻi ai ʻa e vitio ʻo e HD mo e fakamatala ʻi he taimi tatau pe. ʻOku fie maʻu ke hoko ʻa e Interface ko ha meʻa hange ko RJ45 (pe ko e lelei ange), ʻOku tau lava nai ʻo fakaʻaongaʻi ʻeni ʻi ha MESH? ʻOku ou fakakaukau atu ʻoku feʻunga pe ʻa e malohi ʻo e 1W, ʻOku tau lolotonga fai 4Km.
19. Ki he founga feʻaveʻaki ʻoku tau fie maʻu, kātaki ʻo vakai ki lalo ki he fakaikiikí.
ha) SDI input ke poupouʻi 3G-SDI (Makisi 1080p60) b) Tuʻunga lelei ʻo e fakamafola lahi format (H. 264 fakamatala @Main) c) Poupouʻi e ongo (Makisi 16channels) d) Tokoni NLOS e) Tokoni ki hono feʻaveʻaki ʻo e malohi 10W f) Tokoni GPI fakahu ʻa e receiver pea ʻave ʻa e fakaʻilonga ki he IR Transmitter l) Maʻulalo latency ko e 200-300ms h) Tokoni COFDM mo e QAM64 'Oku) Tokoni 128ki he encryption j) Support DC10V to DC28V kilomita) Support forward error correction 1/2, 2/3, 3/4, 5/6, 7/8 l) Frequency bandwidth 8Mbps
20. We own and operate 15 aircraft, I am really interested in your 10W PA 50 km range. I would need 50 reception kits so that police officers on the ground can receive video streaming directly from the surveillance aircraft. What would be the price and availability? What is the frequency and the length of the wave used?
21. We need a 5w telemetry transceiver to install on a fixed-wing uav, Our autopilot is Pixhawk cube orange, with amplifiers for 915mhz, or 10w only telemetry without video, baud vave 57000 for Mavlink message.
22. We currently request your recommendation of a suitable video link radio that fulfills the following requirements:
Tuʻo Lahi Hono Fakalelé: 2216-2256Mhz The video link should be capable of operating within this frequency range. ʻOku totonu ke ne malava ke fakamavahevaheʻi ki ha ngaahi founga kehekehe, selectable pe tuneable mo ha 8MHz bandwidth takitaha.
Meʻa ʻe Malava: ʻOku tau fie maʻu ʻa e letio fehokotakiʻanga vitioo ke malava ʻo downlinking 3 payloads hange ko ha EO/IR payload, ko ha meʻa faita ihu, mo ha meʻa faita.
Mamaʻo lahi taha/ngaue mamaʻo: 100km ʻOku totonu ke lava ʻe he letio fehokotakiʻanga vitioo ʻo aʻusia ha ngaahi 100km ki he feʻaveʻaki falalaʻanga.
Faʻahinga Fehokotakiʻangá: ʻOku mau mahuʻingaʻia ʻi ha fehokotakiʻanga vitio ʻoku ne poupouʻi Ethernet connectivity ʻi he vave ʻo e 10/100Mbps. ʻIkai ngata ai, ʻOku totonu ke ne ʻomi ʻa e fehokotakiʻanga vitio SDI.
Toloi ʻo e Vitioó < 200M = MS ʻOku totonu ke ʻoatu ʻe he letio fehokotakiʻanga vitioo ha foʻi vitio ʻo ʻikai toe laka hake ʻi he 200ms ke fakapapauʻi ʻoku feʻaveʻaki vitio moʻoni.
23. ʻOku ou fie maʻu ha transceiver ki he vitioo mo e ngaahi fekau ki he fakamatala, fakaʻaongaʻi ʻa e kelekele, nlos 10km, kiʻi ʻi ai ha ngaahi faingataʻa. ʻOku fie maʻu ke u ʻave ʻa e vitioo mo e fakamatala angamaheni. ʻOku ʻi ai ha meʻa faita mo ha komipiuta papa ʻe taha hange ko rrillo ʻIani Mateli ʻi he ʻiuniti takitaha ʻo ʻeku ngaue, ʻOku ne poupouʻi ʻa e ngaahi meʻa ʻi lalo, fakatātaá.
Fetuʻutakí mo hono puleʻí: 1X RJ45 Ethernet port; 2ʻOku hanga ʻe he fakatokanga X ʻo ʻai ke, 1X fakatokanga Output; 1X input ʻo e ongo, 1X RS485 input.
Ngaahi Founga Faka: Tokoni ki he HTTP, HTTPS, FTP, SMTP, DNS, NTP, RTSP, RTCP, RTP, TCP, UDP, ICMP, DHCP ʻa e netiueka; tokoni ONVIF mo e GB28181.
Interface ki he fakalakalaka: Tokoni ki he HP-SDK fakalakalaka hono ua.
24. Ko e ha ʻoku ke ʻoatu ʻi he RF wireless A/V feʻaveʻaki ʻoku siʻisiʻi ange hono lahi(telefoni toʻotoʻo), nlos, maʻu, RCA pe HDMI input, mo e tuʻo lahi hono maʻu ʻi he USA? malu ʻo e fakamatala, encryption, kau polisi ʻi he lao / ki he nlos surv/intel, Fekumi ki 600ft miniti ʻe (200 mita 'e),
Tokoni RCA input, ʻOku ʻi ai haʻatau sipinga ʻe tolu, COFDM-912T (170-860Mhz, RCA input pe), mo e COFDM-907T (170-860, mo e 900-930Mhz, RCA + HDMI fakahu fakatouʻosi e tokoni). 900-930ʻOku sai pe ʻa e MHz tuʻo lahi ʻi he USA. Ko ia ʻoku fokotuʻu atu AI COFDM-907T.
24. Hi do you have an Analog A/V transmitter and receiver in 2.4 pe 5.8 GHz for long distances (about 5Km)
Kole fakamolemole, we only have HD 1080p wireless video transmitter and receiver, 2.4G or 5.8G please checkVcan1818, 1.4G is recommended, because of wifi also used 2.4G and 5.8G, and it is easy to have interfered.
25. I would like to do a mini autonomous vehicle project, I would like to know if it is possible to send a live video stream with Rasberry PI and a Python program that sends the stream by RTSP that can be opened by VLC.
If you just need a transfer a live video stream from your camera to Rasberry PI by RJ45, then ourVcan1746 ʻoku fakaongoongoleleiʻi atu. If also need to transfer the live video stream from your robot to a wireless receiver or computer, which supports RTSP protocol by VLC player, then please check ourVcan1726.
26. I’m searching for a specific downconverter, to be used with our own OFDM RF link:
50ohms RF input: 1.435 ki he 1.525 GHz 75 ohms IF output: any frequency band, between 100Mhz and 900MHz Preferred LO frequency: 1846MHz Low gain: about 28dB Hight gain: about 43dB DC powered from IF output port, 12-24vDC range
27. We are researching a ground robot to explore the rainforest and collect semple in the forest. We are using a radio from another manufacturer to transmit the image and commands between the receiver and the transmitter. But the problem we are facing is regarding the transmission distance. When the robot enters the forest, the maximum distance we are achieving is 100 meters between the transmitter and receiver, but we need much more than that. I was looking at your communication solutions here.
28. We are searching for a transmission for 50-80km, ki ha foʻi pula meteorological, FOFDM-908T-10ʻOku sai pe ʻa W? mo ha puha ʻuhila 12V mo e HDMI?
29. Malo e lelei, ʻOku ou fie maʻu ha meʻangaue ʻoku ne ʻave 4 ngaahi fakaʻilonga vitio ʻo e meʻafaitaa mo e ngaahi fakaʻilonga ʻo e fakamatala ki hono puleʻi ʻo e robot ʻi he kilomita ʻe 2ki he fetuʻutaki ʻi he kelekele.
30. Mālō e lelei, ʻOku ou fie maʻu ha fakaʻilonga vitio kakato (founga pe ʻe taha) mo ha ngaahi 80-100 km. Ko ha tokotaha faita aerial au pea ʻoku ou fie maʻu ha ʻimisi fakaʻilekitulonika lelei. ʻE lava ke ʻi he ngaahi 170-800 MHz. Saiʻia ʻi he seti kakato ʻo e transmitter, tokotaha ʻokú ne puke ʻ, mo e ʻu ʻenitena ʻoku fekauʻaki mo ia. ʻE fakaʻaongaʻi ha fakaʻilonga analog ko ha input.
31. ʻOku ʻi ai haʻo sipinga te ke lava ʻo poupouʻi ke ʻave ʻo ʻikai ngata pe ʻi he A/V ka ko e fakamatala foki(ʻEke: KONGA-232 mo e ala meʻa pehe.) ʻi ha faʻahinga faingamalie pe?
32. ʻOku ou fie fakatau hoʻo vitioo ʻeni loloa. Ko ʻeku ʻuhinga transmitter, receiver ʻo e PA 2W – 30km, PA 10 W – 100 km,
33. I would like clarification on the two-way data transfer capabilities. Does this support the ability to control, and get telemetry data and video all at the same time with just two modules?
34. I need one encoder with the COFDM modulator, H264 / HEVC ASI, or SDI input. And one receiver with diversity frequency RF COFDM, which is input frequency 2.350-2.450Ghz output 550~650 Mhz or 1350-1450Mhz, bit rate max 8Mhz bandwidth.
35. I want to design and fabricate a drone for surveillance of a seaport area in Mexico. Please let me know if your equipment is adequate for this purpose. Does this equipment allow me to send not only video and sound, but can it also control the drone itself, or do I need a separate control system with PPM or Sbus like Pixhawk or Ardupilot for it? Ko hono fakanounoú, te ke lava ʻo tokoni mai ʻi hono fokotuʻutuʻu ʻo ha polokalama kakato? 'Oku, ʻio, te ne fakatau kotoa ʻa e ngaahi koloa ʻoku fie maʻu ʻi he lahi taha ʻe lava meiate koe. ʻOku ou anga ki he ngaue mo e ngaahi naunau SIYI pea ko e fuofua taimi ʻeni kiate koe. Kapau ʻoku ke mahuʻingaʻia ai te u ʻoatu ha fakaikiiki lahi ange ki he ngaue.
36. Mālō e lelei. ʻOku ou fie maʻu ha foʻi vitio wireless transmitter mo e receiver. Kuo pau ke siʻisiʻi hono mamafa pea ʻe fakaʻaongaʻi ia ʻi UAV. Ko e meʻa te ke lava ʻo fokotuʻu atu?
37. ʻOku tau fie maʻu ha fehokotakiʻanga ʻe taha mo e IP UDP vitioo, ka ʻoku ʻikai ko ha founga ʻe ua. ʻOku ʻi ai nai haʻo fehokotakiʻanga ʻe taha ʻi he modulator mo e IP Output ʻi he demodulator?
ʻOku ʻi ai haʻamau mōtolo ʻe ua, Vcan1816 mo e Vcan1886 ke feau hoʻo fie maʻu.
38. Fekumi ki ha ongo tameʻa ʻoku ʻikai ke ʻi ai ha meʻa 2,4-5,8 Ghz, mo e malohi Output 10 W- ke fakaʻaongaʻi mo e UAV drones, ʻi he vahefonua mo e kaunoa lahi ( ngaahi paʻake lalahi, ngaahi vaotaá).
Naʻe hanga ʻe heʻ Vcan1818 poupouʻi 2.4 G mo 5.8 L. ʻOku fili pe ʻa e malohi Output 10W.
39. ʻOku mau fekumi ki telemetry ʻeni ki heʻemau ngaue. Please share product information and prices for the 80 to 150-km radio link. Also please indicate if compatible with Pixhawk autopilot. We need a reliable product.
40. Will your product be able to effectively transmit wirelessly through walls? roughly about 500m in distance.
Because we don’t know what your specific wall and environment So I can’t tell you whether it can go through it or not. I believe that other sellers can not guarantee without knowing the specific situation. You need to test yourself to know this. Here is a test video for your reference. Tafaʻaki ʻe Taha, Tafaʻaki ʻe Ua
41. We are interested in unidirectional video transmission at a distance of 15 km in line of sight. It is required to transmit individual frames of BMP format or a JPEG of 1280×1024 pixels without errors. The operating temperature range of the product is from minus 40 to plus 50 ° C.
42. I am engaged in ground robots for agriculture. We are using MATEK Controller with ArduPilot. It is desirable that we can easily connect your equipment.
We need a kit for the longest video transmission with antennas, as well as a telemetry transmission kit (robot control) with antennas. It is desirable that both video and control work at the same distance. I ask you to send an offer with a manual and specifications for such equipment, as well as the cost.
In the video kit, I need 2 cameras with which your equipment works.
In the communication transmission kit, I need a joystick with which your equipment works.
42. ʻOku ou fie fakatau ha COFDM-912T transmitter mo ha 5-uati amplifier.
Kehekehe 450 – 1300 MHz. Ngaue frequencies (8 ngaahi founga) mo e ʻu ʻenitena maʻanautolu: 477, 610, 675, 724, 816, 970, 1180, 1230 Mhz. ʻEnitena fakahinohino (30-60′) – for Rx. Antenna circular orientation – for Tx. ʻOku ou fie maʻu ha fehokotakiʻanga vitio loloa ki he UAV plug&vaʻinga Kit.
Makehe mei ai, ʻOku ou kole atu ke ke fokotuʻu atu ha meʻa faita vitio mo gyro stabilization (UAV fakaʻaongaʻi) feʻunga mo e letio ko ʻeni transmitter.
43. I am engaged in ground robots for agriculture. We are using MATEK Controller with ArduPilot. It is desirable that we can easily connect your equipment.
We need a kit for the longest video transmission with antennas, as well as a telemetry transmission kit (robot control) with antennas. It is desirable that both video and control work at the same distance.
In the video kit, I need 2 cameras with which your equipment works.
In the communication transmission kit, I need a joystick with which your equipment works. Fakamalo atu 'i ho'o.
iVcan: Ko ʻetau founga feʻaveʻaki ko ha founga ia ʻoku ʻikai puli. Te tau lava ʻo ʻave ʻa e vitioo mo ha faʻahinga fakamatala pe, Kapau ʻoku poupouʻi ʻe hoʻo meʻafaitaa PTZ (Tini/Tilt/Zoom ngaue) mo e joystick, pea fakafehokotaki totonu ki heʻetau polokalama, te mau lava ʻo feʻaveʻaki ʻa e fakamatala, pea tokoniʻi koe ke ke fakalele kinautolu wirelessly.
44. ʻOku ʻi ai haʻatau seti ʻo e 5 X USB camera. ʻOku mau kumi ha Multiplexor te ne lava ʻo fakatahaʻi ʻa e ngaahi 5 ngaahi ʻata kimuʻa pea tau toki fakahu kinautolu ʻi he letioo.
45. Mālō e lelei, ʻOku ou fakaʻaongaʻi 2 fika ʻo e meʻafaita PTZ pea lava ke mapuleʻi ia mei hono puleʻi ʻo e kelekele. ʻE lava nai ke u fakaʻaongaʻi ʻa e transmitter ko ʻeni mo e receiver ke mapuleʻi ʻaki ʻeku meʻangaue RC pe ʻoku ʻikai lava ke fakakau mai ha founga ʻe taha?
46. ʻOku ou fie maʻu ha meʻa faita vitio 30km ethernet feʻaveʻaki ʻo e fakamatala.
47. ʻOku ou nofo ʻi he USA pea ʻoku ou fie maʻu ha meʻa ke ʻave ha foʻi vitio ʻo e HD SDI mei ha meʻa faita ki ha tauʻanga lelue ʻoku siʻisiʻi ke ʻoua naʻa lag. Te u saiʻia foki ke maʻu ha fakaʻilonga LBUS ke ʻave foki ʻi he ngaahi peketi.
48. Ko e vave ʻo e fakamatala ʻoku fie maʻu ko e 30Mbps ki hono feʻaveʻaki ʻo e vitioo, Feʻaveʻaki kakato ʻo e spicy.
49. Mālō e lelei. ʻOku ou fie maʻu ha foʻi vitio wireless transmitter mo e receiver. Kuo pau ke siʻisiʻi hono mamafa pea ʻe fakaʻaongaʻi ia ʻi UAV. Ko e meʻa te ke lava ʻo fokotuʻu atu?
50. ʻOku fie maʻu ke tau ʻomi ki he kelekele ha foʻi vitio mei he puna vakapuna ʻi he 350mph, aʻu ki he 10, 000ft, ʻi ha 10mi ofi mei he tefitoʻi poini. Te tau ʻomi ʻa e vitioo ki ha loli faiva ki he fakamafola hangatonu. ʻE lava ke IP pe HDMI ʻa e meʻafaitaa.
51. Te ke lava nai ʻo fokotuʻu mai ha fehokotakiʻanga vitio lelei CODFM? Ko ʻetau input ko NTSC vitio mei ha meʻa faita. ʻOku totonu ke HDMI ʻa e receiver Output ki heʻetau monitoa. (720 ʻoku tali lelei, 1080P ʻoku fie maʻu). Fakafehokotakiʻanga ke ngaue ʻi he 902 -928 Mhz band (1 tuʻunga malohi ʻo e uati Tx). Fekumi ki he latency maʻulalo mo ha ʻatakai lelei NOL
52. Te ke lava ʻo ʻoange ha mōtemi ʻoku ʻi ai hono ngaahi fakaikiiki ʻi laló? – Tu'o lahi: 1.4~ 1.6 Ghz (1Fokotuʻutuʻu ʻo e ʻiuniti Mhz) – 'Initaneti (bandwidth): 2Mhz – Mamaʻo ʻo e Speed@: Maʻuʻanga Fakamatala10MBPS @ 8km (5 maile ʻe) – Fili pe: Fakamafola ʻa e tuʻunga ʻo e tuʻunga ʻoku ʻi ai.
53. ʻOku fakataumuʻa ʻetau timi ke ʻave ʻa e foʻi misaile ʻo fakalaka atu 40 km pea 100 km, ʻOku ʻi ai haʻo ngaahi fokotuʻu ki he transmitter, tokotaha ʻokú ne puke ʻ, mo e meʻafaitaa?
54. Ko ʻeku ngaue ke maʻu ha tuʻuʻanga ʻo e fakavaʻe ʻoku ne maʻu e fakamatala mei ha robot (ngaahi meʻafaitaa, sensor resistance fakamatala, mo e ala meʻa pehe ...) pea ʻave ʻa e fakamatala ki he robot ke mapuleʻi ia (polokalama bidirectional).
55. Te u fie maʻu ha founga ke ʻave ʻaki e wireless ʻi he vitioo mei he 6 ngaahi meʻafaitaa ʻi ha ngaahi 5 Kilomita ʻe. Ko e ha ha founga te ke lava ʻo fokotuʻu?
56. ili prodotto + economico ki he trasmettere e ricevere dati tcp/IP alla distanza da 3 ha 5Km. cortesemente anche ili costo e la disponibilita ʻ.
57. Ko e fakaikiiki ʻeni ʻo ʻeku ngaue mo e fie maʻu.
ʻOku ou fie fakafehokotaki 4-6 ngaahi meʻafaitaa ki ha transmitter ʻe taha, pea ʻave kotoa ʻa e ngaahi vitio ʻo e meʻafaitaa ʻi ha transmitter module. Ko ʻeku ngaahi meʻafaitaa kotoa pe ko e ngaahi meʻafaita ʻoku ʻi ai e ngaahi meʻa ʻoku malava ke fai ʻi he poʻuli
ʻE lava ke tatau pe ʻa e faʻahinga meʻa faita vitio kotoa pe. ʻOku ou tokanga taha pe ki he RJ45 (Ethernet IP) pe HDMI foki. (Ka ʻe lava ke kehekehe honau faʻahinga Output).
Pea ʻoku ou fie maʻu leva ke maʻu kotoa e ngaahi vitioo ki ha receiver ʻe taha (mei he transmitter ʻe taha). Mei he receiver module, Te u toʻo ʻa e Output ʻo e 4-6 ngaahi meʻafaitaa (RJ45 Ethernet IP pe HDMI) pea fakaʻaliʻali ia ʻi he screen (mahalo HDMI port)
Tau pehe ʻoku ou maʻu 4 Ngaahi Meʻafaitaá, ʻOku ou fie sio ki he fafanga vitio ʻo e 4 ngaahi meʻafaitaa ʻi ha screen pe ʻe taha (Vahevahe ʻa e monitoa ʻo e screen)
Te u ʻoatu ha fekau ke puleʻi mei he receiver ki he Transmitter, ke mapuleʻi ʻeku device. Ko e ha ʻa e founga ki hono upload ʻo e fakamatala ki hono puleʻi ʻo e fekau ki he transmitter mei he receiver? ʻOku ou fie maʻu foki ke maʻu ha fakamatala ki he tali mei he transmitter ki he receiver. Ko e ha ʻa e founga ke ʻave ai ʻa e fakamatala ki he tali ki he receiver mei he transmitter?
I need 3 seti ʻo e faʻahinga fokotuʻutuʻu pehee ʻi ʻolunga ki hono mapule 3 harvesters ʻe 3 kakai kehekehe. Te nau takitaha puleʻi ha tutuʻu ʻe taha ʻo fakafou ʻi hono puleʻi ʻo e fekau pea sio ki he fafanga ʻo e vitioo mei he 4-6 ngaahi meʻafaitaa (ki he tutuʻu ʻo e taʻu) ʻi he monitoa ʻe taha (ʻi he founga vahevahe ʻo e screen). ʻOku ou ʻiloʻi “Arduino” ʻulungaanga lelei. Kapau ʻoku maheni hoʻo kau ʻenisinia mo e “Arduino”, Kataki ʻo ʻomi ha ngaahi fakamatala.
Talamai foki mo e totongi. Kapau ʻoku lelei ʻa e tuʻunga lelei ʻo e totongi lelei, Mahalo te u fakakaukau ke fakatau ha ngaahi meʻa lahi ange hili ha lele lelei ʻa e ʻahiʻahi.
Fakaha mai hoʻo fie maʻu ʻa e vitio wireless transmitter mo e receiver, ʻe ʻoatu ʻe heʻemau ʻenisinia ha founga ke taʻetotongi ai. Kole ha fakamahuʻingaʻi (RFQ)
