UAV drone video modul link data pamancar video nirkabel sarta panarima pikeun kaméra jarak jauh TDD transceiver dua arah vcan1401

UAV drone video modul link data pamancar video nirkabel sarta panarima pikeun kaméra dua arah jarak jauh TDD transceiver lightweight

UAV drone video link data Kauntungannana

1. Leutik ukuranana 7.2X4,8 X 1 cm, hampang (kirang ti 60 gram), 2X5-watt PA dimension
2. jarak jauh. nu anteneu fiberglass omnidirectional bisa ngahontal 30 km. Anteneu arah tiasa ngahontal 50KM
3. Dina waktos anu sasarengan, eta boga 2 palabuhan serial RS232 bidirectional, nu merenah pikeun unggah jeung unggah data.
4. Tunda minimum tiasa ngahontal 28ms (teu kaasup rekaman kaméra jeung monitor mintonkeun waktu)
5. 20ms teu kaasup monitor jeung kaméra. 1080P 60 ngeunaan 80ms
6. Ngagunakeun TDD-OFDM protokol transmisi, jarak jauh, jumlah badag data, jaringan bébas, stabil jeung awét.
7. Ngagunakeun komponén suhu lega, eta tiasa dianggo normal tina -40 derajat ka 85 derajat
8. IP67 panyalindungan bisa dipaké dina lingkungan outdoor kasar keur lila.
9. Dibandingkeun jeung sasak biasa, jarak téh 10 kali tina protokol transmisi WIFI biasa.
10. Sababaraha desain redundancy catu daya, reliabiliti tinggi.
11. Aranjeunna khusus dioptimalkeun pikeun streaming video.

aplikasi

1. Tujuan utama: Gawe bareng sareng kaméra IP pikeun ngirimkeun data pidéo dina jarak jauh.
2. pangawasan kaamanan: saperti monitoring tatanén, ngawas industri, ngawaskeun gudang pabrik, ngawas cai, pencegahan kahuruan leuweung, ngawaskeun gunung, jsb.
3. Internét tina hal: Pangiriman data jaringan ad hoc.
4. UAV Drones: gambaran, pangiriman data.
5. Industri husus: stasiun kakuatan, conservancy cai, jsb.
6. Kaamanan umum sareng pemadam kebakaran pulisi bersenjata: transmisi gambar miniaturized bisa ngaropéa. Salaku conto, sababaraha kaméra jaringan ad hoc.

spésifikasi

1. gawe bareng Frékuénsi: standar 1.4G atawa 2.3G (2310-2380Mhz) band
2. Diwangun 2 * 1W Power Amplifier
3. Sasayogian tanaga: 7-18V

Panyambung Input Kaluaran

mere batesan:

kakuatan sinyal	LED P2	LED P3	LED P4
> -70	salawasna	salawasna	salawasna
-71 ka -75	salawasna	salawasna	-75
-75 ka -80	kaluar	salawasna	salawasna
-80 ka -83	asup	-80	jeung
-83 ka -88	salawasna	kaluar	kaluar
kirang ti -88	kilat	kaluar	kaluar
euweuh sinyal	tenda

5, Port Serial Data, 1.25konektor mm, 232 tingkat. (sababaraha motherboards ngan boga port serial 1, euweuh port serial 2)

nomer séri	fungsi
1	GND
2	5Kaluaran V
3	séri 2 RX
4	séri 2 TX
5	séri 1 RX
6	séri 1 TX

6, 26Pin LNA 0.5mm FPC konektor kabel fléksibel, dihartikeun kieu:

nomer séri	fungsi	Catetan
1	5V	hasil
2	5V	hasil
3	NC
4	RF1	Ngalihkeun RF1
5	RF2	RF2 Pindah
6	ANTD	Pindah anteneu
7	NC
8	NC
9	RESET	reset firmware MESH
10	LNA2_LED
11	LNA1_LED
12	GND
13	12V	12input V
14	12V	12input V
15	GND
16	RSSI_H	Ditampi Indikator Kakuatan Sinyal: Kuat
17	RSSI_M	Ditampi Indikator Kakuatan Sinyal: Sedeng
18	RSSI_L	Ditampi Indikator Kakuatan Sinyal: Lemah
19	ANTC	Antenna Pindah on / off
20	PA1	kakuatan panguat 1 Pindah
21	kelas jarak pilihan	antena 1 Pindah
22	LAN1_TX_N	Port jaringan
23	LNA1_TX_P	Port jaringan
24	GND
25	LNA1_RX_N	Port jaringan
26	LNA1_RX_P	Port jaringan

7, kakuatan Input: 7-18V, kutub positif jeung negatif dilarang pikeun dibalikkeun! sabalikna, eta bakal ruksak

Mangga langsung las kawat atanapi las konektor XT30. Panyambungna ogé ditandaan ku kutub positip sareng négatif, ulah dibalikkeun deui!

8, Onboard Pin Network Port:

Jarak pin 1.27mm, 4PIN (Port jaringan ieu ngan ukur tiasa ngonpigurasikeun data alat lokal sareng pihak anu sanés, sareng teu tiasa ngaksés data LAN6 sareng LAN9)

9, 20PIN 0.5mm FPC konektor kabel fléksibel, hartina kieu: (disadiakeun engké)

10, port LAN:

1.25konektor mm, Upami sering dicolok sareng dicabut, eta disarankeun pikeun externally nyambungkeun stop kontak RJ45 kalawan trafo isolasi.

1. LAN-RX-P
2. LAN-RX-Awéwé
3. LAN-TX-P
4. LAN-TX-N

11, port LAN: 12panganteur PIN, PCI-E, jeung panganteur USB

12, Fan Interface: GND nyaéta taneuh, 5V kaluaran 5V, VCC disambungkeun ka catu daya utama, jeung panyambungna nyaeta 78172 runtuyan

13, Saklar jumper:

1. Hurungkeun kana posisi ON pikeun mareuman kakuatan amplifier RF1.

2. Hurungkeun kana posisi ON sareng mareuman kakuatan panguat RF2.

3, teu dipaké.

4. Mulangkeun setélan pabrik.

Saatos powering on na asupkeun sistem, dipencét kode ka 1 pikeun leuwih ti 5 detik, lajeng mencet kode ka 0 pikeun mulangkeun setélan pabrik.

Parameter Alat Konfigurasi pikeun Windows Software Download

2.3Frékuénsi G-2.4G

1.4G frékuénsi

1: Dupi link data video drone ieu ngarojong jaringan IP bolong?

Sanajan modél ieu ngarojong IP bolong, eta boga ongkos tambahan. Pangrojong maksimum jaringan IP bolong nyaéta 10km antara dua titik.

Modél standar teu kaasup pungsi jaringan IP bolong. Mangga wartosan kami kanggo detil sateuacan pesenan sareng kiriman.

2. Naha éta tiasa dianggo dina Point to Point sareng hiji Point to Multi-Points?

nuhun, modul link data video nirkabel ieu ngarojong titik sarta hiji-titik ka multi-titik. Tempo rubakpita jeung speed transmisi, insinyur kami nyarankeun nyambungkeun nepi ka opat titik dina waktos anu sareng.

3. Kumaha nguji latency modul link data video nirkabel dua arah?

hatur nuhun.

Kuring bakal nyandak pidéo tés pikeun nunjukkeun anjeun cara pasti sareng latency nyata tina modul link audio data video nirkabel dua arah.

4. Naha anjeun tiasa ngadamel tautan dua arah pidéo nirkabel anjeun dina pita 2.4ghz?

1.4G boga saham.
Insinyur nyarios ka kuring yén anjeunna tiasa ngarobih frekuensi tina 1.4G ka 2.3G (2310-2380Mhz), teu tiasa 2.4G ayeuna.

tatanya: Can you make it the working frequency at 2280-2380Mhz?

Hampura, no we don't have it at 2280-2380Mhz, only 2310-2380Mhz.

5. Naha pangiriman data video nirkabel anjeun ngadukung jaringan Ad Hoc bolong? Dupi anjeun gaduh pituduh pamaké?

Hiji versi transceiver data video nirkabel urang ngarojong jaringan Ad Hoc bolong. Punten wartosan kami upami anjeun peryogi fungsi ieu. Standarna nyaéta jaringan point-to-point. (hiji pamancar ka hiji panarima).

Punten parios pituduh pangguna pikeun versi jaringan Ad Hoc bolong dina tautan di handap ieu.

https://ivcan.com/ip-mesh-ad-hoc-network-user-guide/

6. Pikeun Vcan1401-Mesh, naha anjeun gaduh set paréntah JSON? Abdi hoyong ngahijikeun kana kode Linux urang.

nuhun, urang tiasa nawiskeun anjeun. I confirm that this model allow to control the channels via serial commands.

Mangga unduh dina tautan di handap.

Sistim Vcan1401-bolong HTTP Json Manajemén Interface Katerangan 1.3

Vcan1401-Bolong serial fungsi kontrol port pedaran

Sistim VCAN1401-MESH http json manajemén panganteur pedaran

VCAN1401-MESH pedaran fungsi kontrol serial

7. Dupi anjeun gaduh hiji pituduh operasi pikeun modul Vcan1401-Mesh?

nuhun, urang tiasa nawiskeun anjeun.

Mangga unduh dina tautan di handap.

Vcan1401-Mesh Pitunjuk operasi stasiun komunikasi jaringan Ad hoc

VCAN1401-MESH Timer Grup Network Komunikasi Radio Operasi Guide

https://ivcan.com/ip-mesh-ad-hoc-network-user-guide/

Vcan1401 mesh version serial port AT setting routine description

8. I need a drone application data link modem having following: Bi-Directional Ethernet, Bi-Directional Rs-232, Minimum data rate 4Mbps, Minimum range 30 Km, size 70mm * 50 mm * 20 mm

1. Support RJ45 IP Ethernet (IP camera or computer)
2. Support Rs-232 data port. (shell printed COM, 5, Port Serial Data, 1.25konektor mm, 232 tingkat.
3. Support 10Mbps
4. 2x1W PA support 10~30km
   2x2w PA support 30~50km
5. 2x1W 7.2X4.8X1cm (72x48x10mm) kirang ti 60 gram
6. Only 1.4G now, not support 2.1G or 4.8G as working frequency.

9. If I buy 3 pieces of this device, can I put one of them in the middle of the transmitter and receiver to function as a repeater?

1. OK.Support as relay to extend long-range.
2. The device between the transmitter and receiver needs to be configured as the master, and the other two as slaves.

10. May I have some questions on the customize and development of your model?

tatanya: Can it work like 2 modems in air and one on ground. modems in air send their video to the one on ground. do you have any demo video i would like to see.

jawaban: Support two transmitters in the air and one receiver on the ground.

tatanya: Would you change the frequency band may be in L, S or C. we will tell you the particular frequency band like 1.1 Ghz to 1.2 Ghz or 2.1Ghz to 2.2 Ghz or 4.8 Ghz to 4.9 Ghz.

jawaban: We can customize the frequency according to your demand. But the cost will be higher and time needs longer.

tatanya: Also we would like to increase the range, may be from 30 km nuju 100 km.

jawaban: Increase PA then increase the transmission distance. We have some models support 100~150km wireless transmission distance.

tatanya: Also in some modems we would like to have mesh networking waveform having relay, ptp and mesh capability.

jawaban: OKÉ, we have some models that support the above function.

Please put 3rd unit between the transmitter and receiver as a relay to extend the wireless transmission range.

tatanya: We would also like to customize waveform, modem size, frequency band and other functionalities.

jawaban: Oké, please test our sample first. And tell us the exact what you really need.

tatanya: Can we decrease the data rate to increase range?

nuhun, from the air unit to ground unit, 2.4G transmission distance is 15km and it is 1.5km from ground unit to the ground unit. (the transmitter and receiver are both on the ground to use).

11. Would you tell me where can I set the AES encryption password?

Mangga parios gambar di handap ieu.