UAV Video Link Drone Video Data Transmitter and Receiver

UAV Video Data Link FAQ

1. What is UAV Video Link?

UAV Video Link is a pair system with a video data transmitter in the uav drone and a video data receiver in the ground control device.

Its role is to establish an invisible video data wireless link system in the air. The real-time video collected by the transmitter and camera at the far end can be quickly downloaded to the display screen at the receiving end with zero delays.

The operator can also issue commands to control the aircraft and camera at the receiving end, which can operate the drone’s forward direction and adjust the camera angle to complete the drone’s Long-distance control better.

UAV video image data control integrated high-definition digital image transmission system, A highly integrated data transmission system with a built-in data link, video link, and RC.

2. What frequency does the drone Video Link use?

There are 800Mhz, 1.4G and 2.4G recommended for UAV Video Link transmitter and transmission frequency.

3. How long distance does the UAV Video Link transmission support?

Support 10km 20km 30km 50km 80km 100km and 150km.

4. Does the UAV Video Link support placing a relay repeater in the center between the transmitter and receiver?

Support.

5. What words are abbreviated as UAV?

UAV Unmanned Aerial Vehicle, drone, also named Remotely Piloted Vehicle, Unmanned Aircraft System.
Unmanned Air Vehicle, Uncrewed Aerial Vehicle, Unmanned Autonomous Vehicle, Unmanned Airborne Vehicle, and Unmanned Aircraft Vehicle.

6. Do you have a UAV system to transmit video data on a 100km route one repeater system like in the image？

UAV Video Link Drone Wireless Video Data Transmitter Receiver new 2023-

We have one model TX900-10W-150km that is suitable for your requirement. Quaeso reprehendo infra link.
https://ivcan.com/p/10w-pa-100km-airborne-video-data-link-long-range-tactical-handhold/

7. We are looking forward to connecting for the Long Range power Amplifier requirement on 2.4 GHz range, transmittere / accipere per desideravit videos 55 km range, with Wi-Fi & Ethernet connectivity features.

1. We have a similar model to meet your demand.
https://ivcan.com/p/15km-30km-long-distance-wireless-video-transmitter-receiver-transmission-transceiver/
2. 2.4 GHz frequency is hard to reach 55km, but 1.4 GHz is ok
3. I Recommend you choose our TX900-5W-80km
4. The default model is an IP RJ45 ethernet port.
5. If you need a WIFI function, the Wifi function needs to be installed on an external Wi-Fi router, and it is not built into the current casing.

8. We need a Mobile command and control Centre.

1). iungo 4 HD PTZ cameras and 2 handheld HD movie cameras with the vehicle wireless network for live coverage and recording.
2). One Drone HD Camera also connects with the vehicle.
3). Same video stream to another ground station simultaneously.
4). Requirement of Hotline with command and control vehicle to ground station.

Kindly suggest the wireless equipment (Tx/Rx) which should have a range between 20Km NLOS.

iVcan.com reply: Even with the latest technology, it is hard to support a 20km NLOS distance.
Except that you used the drone as the relay (Center, repeater as forwarding signal)

UAV Video Link Drone Wireless Video Data Transmitter Receiver new 2023-
UAV Video Link Drone Wireless Video Data Transmitter receptoris novi 2023-
replay repeater for wireless video transmitter and receiver
replay repeater pro wireless video transfusor et recipientis

Please check the above picture, the target area and receiver have obstacles, (NLOS), so the center drone will forward the video signal.

9. How do you pack and protect the FRP antenna?

We will put the FRP fiberglass antenna inside the PVC water pipe, which is very strong, please don’t worry about the fiberglass antenna being damaged during transportation.

UAV Video Link Drone Video Data Transmitter and Receiver 1

UAV Video Data Link Products

15km-30km-80km-150km-long-distance-wireless-video-transmitter-receiver-transmission-transceiver

TX900

OFDM Wireless Video Transmitter for IP camera lightweight long-rang transmission auto networking RJ45-2

Vcan1401

300mW PA2Web Fabrica Management UI videre ac mutare wireless video data ligamen tradendi pro UAV IP camera5Web Fabrica Management UI videre ac mutare wireless video data ligamen tradendi pro UAV IP camera10Web Fabrica Management UI videre ac mutare wireless video data ligamen tradendi pro UAV IP camera
Weight
(gram)		133.3142242.5
power12V12V28V

UAV Video Data Link Transmitter Weight

300mW-PA-two-way-wireless-video-link-transmitter-receiver-133-gram
300mW-PA-two-way-wireless-video-link-transmitter-receiver-133-gram
2W-PA-two-way-wireless-video-data-link-transmitter-receiver-133-gram
2W-PA-two-way-wireless-video-data-link-transmitter-receiver-133-gram
uav-video-data-control-link-two-way-tdd-5w-power-amplifier
uav-video-data-control-link-two-way-tdd-5w-power-amplifier
10W-PA-two-way-wireless-video-link-242-gram
10W-PA-two-way-wireless-video-link-242-gram

FAQs

Potestas huius transmissionis et pugnae utriusque copiae sunt 3A@28V. In normalis tempus, in altilium nos propter probata est 7AH, potest operari pro II ~ IV horas. Si buy15AH obnoxia altilium, potest operari continue circiter IV ~ VIII horas.

Est eligere ex 800Mhz frequentiis tribus, 1.4G, et 2.4G.
Sed nulla 10W potentia ampliatio pro 150km ad 2.4Ghz. Itaque si emptor velit transmissio spatium 150km sustentare, nisi 800Mhz ac 1.2G eligi potest.

Non solum frequentiam in textus UI parametri facile flectes, mutato frequency, eademque frequentia transfusor et receptator antennae mutare necesse est. Itaque emptor debet confirmare quod frequency debes ante partum. Antennae secundum hanc frequentiam nativus est.

UI Wireless 1.4G
UI Wireless 1.4G

De RF funem, our engineer doesn't recommend that you used it so long. Unum metrum RF erit reductum 0.5dB. For 3 metris RF cable, signum roboris reducetur per 1.5dB.
Ut suscipit tempor, Melius est ut funem RF uteris minus quam 1 metrum?
In facto, transfusor valde minor, satius est brevi spatio transfusor servare antennae transfusor. Potestatem funem praebere pro funem transmitter et ethernet e camera ad transmittentem longiorem esse potest, cum damna nulla sint sicut RF cable..

Etiam, default video initus est IP RJ45 ethernet portum, si tuum camera est HDMI vel SDI vel AHD, sicut plus una parva encoder arca solvere hoc problema. Please infra exemplum.

HDMI SDI AV input encoder IP RJ45 Ethernet output
HDMI SDI AV input encoder IP RJ45 Ethernet output

  1. Si area tua DVB-T vel DVB-T2 signum televisionis digitalis habet, quod TV frequency range est 170-860Mhz, hoc est inter 800Mhz *, ut eligere 1.4G melius.
  2. Quia GPS antenna GPS signum accipit et directio GPS in fucum ascendit, antennae nostrae transfusor monstrat descendendo signum in terram mittere. Igitur, 1.4G frequency est effectus in GPS neglegenda.

In sarcina magnitudo est 125 X 23 x 11cm. crassa pondus：3.72KG， Volumen Pondus：7.5KG

long-range wireless video transmitter and receiver for drone package
longum-range wireless video transfusor et receptaculum fuci sarcina

Hic plenum est paro picture.

15km 30km 80km 150km long-range-wireless-video-transmitter-receiver-full-set
15km 30km 80km 150km longi-range-wireless-video transmisso receptor plenus-set

De frequency circumsiliens, ingeniarius habet aliquam suggestiones pro vobis.

UI Advance
III Promovetur

  1. Ut range est systema frequency 20Mb, Si Sed eligitur 20Mb, tunc non potest suspicari (nisi unum punctum). Sed si eligitur 10Mb, tum habes duo puncta ut suspicamini, Si Sed eligitur 5Mb, ergo habes 4 demonstrat suspicamini.
  2. Si 1410Mhz est Metronactis, tum 1420Mhz etiam Metronactis, ut frequentia propius.
  3. Cum circumsiliens frequency, in notitia vel video tradenda non disiungitur, et video te constringitur.
  4. In normalis tempus, melius est eligere circumsiliens non est.
  5. If your tradenda spatium est minus quam XV ~ 22km, tunc habemus aliam optionem eligere a, frequentiam habet 110Mb, et si vis 20Mb Sed, habet 5 puncta ad eligere ab frequentia circumsiliens.

Etiam, non sustinet.
Duae sunt solutiones camerarum multi- mittentes ad unum signum receptoris.
Quaeso reprehendo quod infra test video in YouTube
multi-camera transmitter and receiver for ptz surveillance camera
multi-camera transfusor et receptor pro ptz annotata camera
1. 4 IP cameras -> Net Hub -> transfusor <===> Receptor -> Computatrum cernere
2. 4 IP cameras -> NVR HDMI output -> HDMI encoder IP output -> transfusor <===> Receptor -> computatrum cernere.

Si auxilium S.bus, tunc placet indicare nobis ante amet, et RS232 ad TTL . nostrum mutare erimus.

Nostrum TX900 habet tres RS232 portus. Si opus est ut S.bus faveat, iustus postulo plus una parva converter ex S.BUS ad RS232 est ok. ( Mini SBUS Conversion Module Uart to Sbus, Sbus ad Uart ).

Mini-SBUS-Conversion-Module-Uart-to-Sbus-Sbus-to-Uart-TTL-RS232
Mini- SBUS Conversionis Module Uart ad Sbus Sbus Ad Uart TTL RS232

SBUS input UART TTL output and UART TTL input and SBUS output
SBUS input UART TTL output et UART TTL input et SBUS output

Indica nobis, si sbus portum desideras ante traditionem. Ingeniarius noster modificare D2 portum ab RS232 ad Sbus.

wireless video transmitter and receiver with sbus from rs232 data port
wireless video transfusor et receptor cum sbus ex rs232 data port

RSSI wireless link status notitia requirit customers (ut fugae moderatoris) ut tincidunt mitteret imperata obtinere. Quod quidem potest esse dupliciter:

  1. Configurare UART3 (data portum 3rd) ut AT imperium Vide portum, deinde AT mandata per UART3 " (D3) adipisci. https://ivcan.com/change-d3-from-transparent-serial-port-to-at-command/
  2. Renova firmware versionem 1.5.1 et supra, ita ut servienti intra TCP additae sint clientibus aditus per TCP ut mittat AT mandata ad obtinendum statum wireless.
  3. DUXERIT lux est ad significandum wireless nexum status (exempli gratia, si wireless ligatur hians, lux egredietur), et non est clavum externum dedicatum ad certiorem fugae potestatem emptorem.

Aut videre UART AT mandatum album hic.

aut videre https://ivcan.com/how-to-get-the-rssi-and-snr-on-the-drone-transmitter/

  1. Vide portum vitae nostrae transmissionis wireless video perspicuum est, et nulla data active ad fugam moderatoris. Hoc loco stationem regitur.
  2. It won't send the failsafe command, sed videre potes nexum status lucem ex signo indicator.TX900-long-range-wireless-video-data-transmitter-and-receiver-led-for-power-link-node
  3. Hic est nexus status signum fortitudinis significatum indicator
    1. Non Bright: Indicat wireless moduli nexum non connexum
    2. rubrum: Indicat wireless nexum moduli connexum esse, sed wireless signum vires debiles
    3. Orange: Indicat wireless nexum moduli connexum esse, et wireless signum vires est medium
    4. viridi,: Indicat wireless nexum moduli connexum esse, ac validissima wireless signum
  4. Intellegimus te spem habere hoc munus, Si signum in fuga amittit elit, domum non revertetur quia fugae moderatorem non intelleget nexum rc perisse.
  5. Vos postulo ut nexum status lucem DUXERIT, si est Aureum vel Rubrum, planum in antecessum moderari debetis.
  6. Possis etiam per RSSI subter fenestras obtinerehow to check the rssi in the wireless video transmitter and receiver

Ad normalem usus, unum nodi sicut transfusor, alius nodi sicut ille qui accepit. Si opus eminus vel super verticem montis support, sicut infra picture, etiam, placet emere 3 nord sicut messor.
Vos iustus postulo pone 3 nodi in medio et pone 3 nodi esse 2D3U tunc ok.

replay repeater for wireless video transmitter and receiver
replay repeater pro wireless video transfusor et recipientis

Quomodo ad 3 nodi constituendam esse 2D3U?

Set cum AT mandatum:
at+cfun=0
at^dstc=0
at+cfun=1
Sileo nexum fabrica post operationem

AT command operation postion
AT imperium operatio postion

UAV Video Link Drone Wireless Video Data Transmitter Receiver new 2023-
UAV Video Link Drone Wireless Video Data Transmitter receptoris novi 2023-

In pagina interreti UI parametri managment et debug sectioni,

AT mandatum

initus AT^DGMR?

Si vos adepto effectus est 6602, tum est 15km versionem.

Si vos adepto effectus est 6603, tum est 30km versionem.

wireless video transmitter and receiver AT command input section
wireless video transfusor et recipiens AT mandatum input sectionem

4K video facit.
4K video amnis plerumque plus habet quam 8Mbps, et 1080P video plerumque plus quam 2M, itaque spatium transmissionis video nostrae wireless cum transmittendo 4K video brevius erit quam illa 1080P ..

In uno verbo, altiorem definitionem video, breviore spatio transmissio.
Compressio est minor video, et transmissio longius facit.

In processus translationis video, si notitia damnum, imago apparebit tessellis vel TORPOR, Frigidus et alia phaenomena.

Numerus retransmissionum in wireless retransmissionibus gradu erit finitus (utique, notitia errorum etiam si res non bona est). Accumsan application est in fine non sentiret, nec petet mittente retransmit.

Si signum nexus wireless in aliquo puncto non est bonum, postquam spatium extenditur, et sunt semper erroresque mordet, Impossibile est consilium illud retransmitti omni tempore, ut finis user experientia pauperrimus erit.

In wireless nexum iacuit retransmissionis mechanism limitatam habet. Probavimus tcp protocollo tradendi ad tabulatum transmissionis video (conatur retransmit in strato superiore per TCP protocol), sed experimentum invenit emendationem manifestam non esse, et etiam ad moras inextinguibiles.

  1. Calor ex parte aircraft generatus multo maior est quam latus terrae. Si fan currit, sisto an aeris diverticulum et exitum inferioris fan (positiones caloris ad utrumque) praecluduntur
  2. Conare vim mutandi copiam aeris transfusoris unitatis ab 24V ad 12~ 18V (potestas transmittenda reducetur ad 35~ 36DB .)
  3. Leviter potestatem transmittere in aircraft ab infra AT imperat: AT^DSSMTP="23" Reboot post occasum

Quaeritur: Sunt hae occasus maximam potestatem moduli? (24 DBM)

Et respondendum est,: 24dBm potentia maxima output nexus Module, et quaestum PA . (de 14dBm) necessitates addenda. Potestas actualis transmissio post 24V copiam potentiarum PA output est de 38dBm ..

#

Procurement Specifications

Ita non

Notae

1

Unitas in VHF BAND et UHF cum suis transmissionibus RF operabitur.

UHF

1427.9-1467.9Mhz

2

Unitas habere RF output potestatem habeat 27 dBm vel.

Etiam

2W 33dBm

5W 37dBm

10W 40-41dBm

3

Unitas Vide et providebit (Bidirectional, Fullduplex) ut notitia interface. (RS232 or RS422)

Etiam

RS232 bidirectional full duplex

4

Unitas potentia consummatio non excedat 25W.

Etiam

<22W

5

Unitas massa non excedat 250 P..

Etiam

<150 P. (142P.)

6

In unitas certe notitia rate erit 4.8 Auto-deprehendi cum systema satus-sursum

Etiam

RS232:>50kBps

Aer:>2M Bps

Duc tempus: 10 dies modica ordinis.

HS code: 8517629900

Discrimen aeris unitas (transfusor) et atteritur unitas (accipit) est duo puncta:

Una est genus fabrica: Air unit (transfusor) Estne accessum nodi et in terra unit (accipit) Estne media nodi.

Duo est rate proportio downlink et sursum nexus. Per 30km, optima rate Ratio est 4:1 uel 3:2.

If you don't want to connect the receiver ethernet cable directly to the computer. Tunc non facile est accedere accipientem ad network locale tuo.

Hic duas solutiones pro te.

1. Adde IP oratio 192.168.1.x segmenti retis in parte PC (in PC configurari potest cum multiple network segmentum IP oratio)

2. Modificare IP wireless video data recipientis e 192.168.1.12 ad electronicam 10.220.20.x segmentum retis in occursum vestri locus retis.

Ad ulteriores quaestiones et solutiones, placere loqui cum loci area network workmate vel engineer, receptor noster quasi una PC cum IP oratio, IP segmentum retis in eodem habere debet, exempli gratia, 192.168.1.xxx.

Etiam, possumus mutare recipientis antennae cum U informibus Fibulae bracket reponere magneticam potator basi.
Facile est figere in polo. Et magnetica items in naviculas extra onerentur.
UAV Video Link Drone Video Data Transmitter and Receiver 2
  1. Etiam, sunt tres solutiones facere.
  2. TX900 habet tres notitia portuum. Distingue per diversos diaphanos Vide portus, D2 ut D2 Nullam elit ut control et missio elit control D3. Incommodum est quod acceptor TX900 debet coniungi cum duobus portubus serialibus ut mandatum separatim mittat.
  3. Eodem usu perspicuum portum Vide ut data mole, et adde accumsan protocols (ut header notitia) ad notitias distinguere quae elit acciperet ac processus notitia. Incommodum est quod processus mittendi et recipiendi notitia multiplex est.
  4. Aut uti duobus accipientibus: Unus accipit pro missione planum (transfusor), et alius receptor ad fucum repeater. Connexio et operatio faciliora sunt.

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