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SMA RC832 40 Channels

Boscam RC832 5.8Ghz FPV 40CH RaceBand Receiver (SMA)

£28.99
Price

In Stock

Brand: 
Boscam Multirotor accessories
SKU:
FPV-RX-832RB-SMA

The legendary RC832 has been updated! It's now RaceBand ready, boasting 40 channels across 5 bands. The extra 'R-band' frequencies will be welcomed by the FPV drone racers out there and it's still 100% compatible with most FPV gear on the market, including 5.8Ghz Fatshark and ImmersionRC products. As with the old RC832, the channels can be cycled through effortlessly via the selection buttons and neat LED display. It also has a channel selection memory. When you turn the receiver off it will save the channel you were last on, ready for when you go to use it again. Finally the Rx has two AV connection ports, which lets you output video to a second screen / goggles for your friend to watch, or even a DVR to record your flight.

We offer the RC832 with either a SMA antenna connection or RP-SMA, to suit different antennas without requiring an adapter. The SMA variant is compatible with most ImmersionRC/Fatshark antennas, while the RP-SMA option suits most other makes - please check which you need before ordering. 

The RC832 is compatible with all of our FPV transmitters

What is RaceBand?

RaceBand was first pioneered by ImmersionRC to allow more pilots to race together without interferance. Essentially, RaceBand is just another set of 5.8Ghz frequencies, to be specific they are: 5658, 5695, 5732, 5769, 5806, 5843, 5880, 5917. The difference between the RaceBand and the other 5.8Ghz bands is that RaceBand frequencies are more spread out across its band (37mhz separation) thus allowing more pilots to fly FPV together without their video feeds causing interference with each others.

Note that many shops are still selling the the old RC832 32-channel version, which does not support RaceBand.

Features:

  • 40 channels / 5 Bands - includes Race Band channels compatible with Fatshark & ImmersionRC gear
  • Band and channel selection buttons
  • Two digits display for the band and channel
  • Power off channel memory
  • Dual AV output for DVR or second monitor

Frequency: CH and FR form

  • FR1 or (A): 5865M 5845M 5825M 5805M 5785M 5765M 5745M 5725M
  • FR2 or (B): 5733M 5752M 5771M 5790M 5809M 5828M 5847M 5866M
  • FR3 or (E): 5705M 5685M 5665M 5645M 5885M 5905M 5925M 5945M
  • FR4 or (F): 5740M 5760M 5780M 5800M 5820M 5840M 5860M 5880M
  • FR5 or (R): 5658M 5695M 5732M 5769M 5806M 5843M 5880M 5917M
SMA RC832 40 Channels
Boscam RC832 5.8Ghz FPV 40CH RaceBand Receiver (SMA)
  • Receiving Frequency: 5.8GHz
  • Channels: 40 (5 Bands A,B,E,F, R)
  • Video format supported: NTSC/PAL
  • Antenna connection: SMA
  • Power input: 7.4V~13V (2S - 3S LiPo)
  • Working current: 200mA max
  • Antenna impedance: 50Ω
  • Antenna gain: 2db
  • Rx sensitivity -90dBm
  • Video impedance: 75Ω
  • AV output: 2CH (3.5mm plug)
  • Dimension: 80x 65 x15mm
  • Weight: 85g

Included:

  • 1x RC832 Receiver
  • 1x 5.8Ghz "rubber duck" antenna
  • 1x power cable - JST connection.
  • 1x RCA cable connector set for video output
Boscam RC832 5.8Ghz FPV 40CH RaceBand Receiver (RP-SMA)
Boscam RC832 5.8Ghz FPV 40CH RaceBand Receiver (RP-SMA)
  • Receiving Frequency: 5.8GHz
  • Channels: 40 (5 Bands A,B,E,F, R)
  • Video format supported: NTSC/PAL
  • Antenna connection: RP-SMA
  • Power input: 7.4V~13V (2S - 3S LiPo)
  • Working current: 200mA max
  • Antenna impedance: 50Ω
  • Antenna gain: 2db
  • Rx sensitivity -90dBm
  • Video impedance: 75Ω
  • AV output: 2CH (3.5mm plug)
  • Dimension: 80x 65 x15mm
  • Weight: 85g

Included:

  • 1x RC832 Receiver
  • 1x 5.8Ghz "rubber duck" antenna
  • 1x power cable - JST connection.
  • 1x RCA cable connector set for video output

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FPV equipment and advice: If you like multicopters, you are more than likely going to like FPV flying. Most people dream of piloting an aircraft for real, well with an FPV setup you can actually place yourself in the cockpit (well sort off)! FPV stands for First Person View – it’s achieved by mounting a camera on your multirotor and broadcasting a live video feed so that the pilot on the ground sees the flight from the aircraft’s view. 

When it comes to selecting FPV TX / RX equipment you will soon discover that there is a huge selection to choose from. However, a word of warning; not all of it will be legal to operate in the UK. Only certain frequencies are freely available to use and furthermore there are constraints on transmission power levels. 2.4Ghz video equipment is legal, however most radio control equipment utilizes the 2.4Ghz spectrum and consequently when used together there will be interference. This leaves only one credible option, the 5.8Ghz band, which incidentally is a very clean band due to the low amount of other users. The drawback is its poor penetrative ability; buildings and even trees can have an adverse effect on the signal strength. This means it’s advisable to use it for line of sight (LOS) flying only.

This brings us onto power constraints. In the UK, you are limited 10mw of transmission power on 2.4Ghz and 25mw on 5.8Ghz. Contrary to popular belief, an amateur radio license (HAM) does not exempt you from the power restrictions for airborne use. While you may have seen transmitters with higher power ratings - 200mw is popular, these are not legal to operate in the UK for FPV. You might be wondering why the power level matters anyway? Well, more power gives greater range. However, it’s not that simple; to double the range you have to quadruple the power! Therefore simply buying a very powerful TX to achieve great range is not an especially effective or legal solution.

The best way to achieve greater range is by selecting appropriate antennas. There are a variety of different types; each designed to work slightly differently, for different purposes. Therefore, in order to make the best selection you need to understand how they work.

Most transmitters / receivers come with an omnidirectional, 2.14dbi gain “Rubber Duck” antenna as standard. The key terms to understand here are omnidirectional and gain. Omnidirectional refers to the radiation (or received) pattern of the antenna. Gain on the other hand refers to the antenna’s directivity. To better understand, you can make an analogy with different light sources. If you have a light bulb out in the open, the light will go in every direction, but it will not go very far (this is your omnidirectional low gain antenna). If you take that light bulb and put a reflector behind it, the light will be directed more brightly and much further but in a narrower beam (this like a directional high gain antenna). Radio power works in the same way, you will never get "extra" power from an antenna, but you can direct the radio power where you need it, and it will be many times stronger.

The best thing about increasing the gain of your receiver antenna is the effect it has on your range. For example, if you were to replace your standard 2.14dbi omni antenna with a 17dbi helical antenna you increased your receiver dbi by ~15dbi. 15dbi divided by 3 gives us 5 times the range you think. Well no, 3dbi gain doubles your distance; another 3dbi on top doubles your new distance. So by increasing the gain from 2dbi to 17dbi actually increases the range by 32x its original distance! All this without increasing the TX power at all!

Because high gain directional antennas work by taking power away from some areas, and focusing it in other directions, they need to be aimed,  otherwise your multirotor will fly into weak spots and your video link will be lost. Remember that the higher the gain, the narrower the beam of radiation and hence the greater need for precise aiming.

If the multirotor is far away from you, aiming will be easy, as its position in the sky will change slowly. If it’s close, it is much harder to keep the antenna aimed. The solution is a diversity system. A diversity receiver has multiple video antennas and automatically chooses which antenna is receiving the best signal at any moment. This allows you to have the best of both worlds; you can have a long range directional antenna that you aim when your multirotor is far away (for example a high gain helical antenna), and also a omnidirectional antenna that only works close, but does not need to be aimed for instance a low gain skew planar wheel antenna).

If it are still stuck, then watch this video - it's an excellent layperson's guide to understanding the relationship between range and gain.

If you want a more in detailed explanation watch this video - it will help you understand polarization and also select an appropriate antenna.

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