tuʻuʻanga maʻolunga ʻo e foʻi pula ʻea transmitter fakamatala transceiver

TX900 ʻoku fakaongoongoleleiʻi atu.
We also have a buyer from European clients to use this model.
They do space weather monitoring, they need wireless video transmission equipment to monitor their equipment and download data.
The person also can upload the control command for some experiment types of equipment from the ground receiver to the balloon.
The bandwidth is 20mbps, is that ok for you?

Fakamalo. TX900 is recommended.

Kaungamea:
Do you have a datasheet? Could you send me the antennas that work with this video transceiver? Do you have any compatible camera? How many cameras can we use with just one transceiver? Do you have a battery system or power system for the transceiver? Our flight will be 6 hours approx. Do you have batteries that will long 6 houa 'e?

iVcan: Our battery is 7AH, normally we tested time is 2~4 hours, ʻikai ha palopalema. If you buy a 15AH battery, it should support 4~8 hours. Please check the attached picture.
The 10W PA transmitter and receiver need 3A@28V (24~30V), please try to source at your side.

Kaungamea:
This flight will be without tribulation. So we will power on all the equipment right before the flight.

Fekauʻaki mo e vitioó transmitter, ko e hā ʻa e tuʻo lahi hono maʻú? Te tau lava nai ʻo fili 2.4 GHz as an option or it has to be 1.4GHz or 800MHz?
Foki, do you provide RF cable from the video transmitter to the antennas?

iVcan:
1. There are three frequencies to choose from. If you choose 2.4G, then we will arrange the 2.4G Power Amplifier inside and the 2.4G transmitter and receiver antenna. So you should confirm which frequency you need before delivery. ʻOku fakapatonu ʻa e ʻenitena ʻo fakatatau ki he tuʻo lahi ko ʻeni.

2. We can offer you the RF cable from the transmitter to the antenna, how long do you need it for? It will be easy to have interfered if the cable is too long. So how long do you really need it for the best installation?

Kaungamea:
That would be perfect. I guess that sweeping the frequency to 2.4GHz will not affect the link budget and we still have 10W and 150Km coberture range?
Regarding RF cable we will need about 3m cable because we will put the video transmitter in the middle of the capsule and this has a 2.5m radius so 3m approx.

iVcan:
Fekauʻaki mo e keipolo RF, our engineer doesn’t recommend that you use so long. ʻE fakasiʻisiʻi ʻa e 0.5 ʻi he keipolo RF mita ʻe taha. For the 3-meter RF cable, the signal strength will be reduced by 1.5 dB.

In order to support long-distance at 150km, Can you use an RF cable that is less than 1 mita 'e?

Ko hono moʻoni, the transmitter is very small, ʻoku lelei ange ke kiʻi mamaʻo siʻi mei he transmitter ki he transmitter ʻenitena. ʻE lava ke loloa ange ʻa e keipolo maʻuʻanga ivi ki he transmitter mo e keipolo ethernet mei he meʻafaitaa ki he transmitter ʻi he ʻikai ke ʻi ai ha mole hange ko e keipolo RF.

Kaungamea:
I will check with the structure team that we need to put the video transmitter as close to the antenna as possible and get back to you with the RF cable length.

The system team asked me about the attachment system for the S transmitter that will be inside the capsule. Do you have any mounting brackets or recommendations? Ideally, the video transmitter will be placed inside a rack.

iVcan:
Regarding how to install it, Kataki ʻo vakaiʻi ʻa e fakatata ʻi lalo.

There are four screws hole in the metal box, above the picture red arrow. It also can be bound by some cables like the one below.

Kaungamea:
ʻI he kamata fakaʻosi, Naʻa mau fakaʻaongaʻi ha 1.2 GHz video transmitter to transmit images from ​​the stratosphere to the ground. 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 frequency, HD KAKATO, RF power greater than 500mw, weight less than 100gr and consumption not exceeding 500ma.

iVcan:
May I know what is the distance from the ​stratosphere to the ground?
From the internet, I get that the distance is from 8km to 50km.
We also offer a similar model for Spain’s Weather Observation and Prediction by Hydrogen Balloons in the Atmosphere, which needs 150km.
The above model TX900-5W-50km is recommended.
​Your need: 1.2ghz frequency FULL HD, RF power greater than 500mw, weight less than 100gr and consumption not exceeding 500ma.
TX900-5W050km: 1.4Ghz frequency, Full HD 1080P HDMI or ethernet camera, Malohi RF 2 Watts, weight is 142 grams.

I had a previous client with an application similar to yours. He used a hot air balloon to rise 50 ki he 80 kilometers above the ground to monitor the environment. He just bought our long-distance wireless video transmitter and receiver to monitor whether the scientific instruments in the balloon are normal.