![ghost 32 manual ghost 32 manual](https://tipsmake.com/data/images/onekey-ghost-v139-ghost-software-windows-xp-78-81-picture-2-ZbQd1APJD.png)
Doesn’t sound very impressive, but it’s still quite fast!īut Crossfire can do up to 150Hz right? Well, yea, but when it’s in 150Hz it’s not actually using LoRa.
#Ghost 32 manual update#
In Ghost’s normal mode, the update rate is lower at around 55Hz (18ms). The next option down is Race Mode which offers 166Hz of fresh rate, but with Telemetry enabled as well as using the robust LoRa protocol. However 250Hz is only available in “Pure Race Mode” or “Race250” mode, which either disables telemetry or uses the less range MSK modulation instead of LoRa due to the lack of bandwidth. This is obviously great for racers where lower latency can help them react faster. The advertised update rate of the Ghost system is 222.22Hz (or 250Hz? I am getting conflicting data in the manual), which is ultra low latency even compared to Crossfire’s highest 150Hz. But of course this is debatable as it involves many other factors. Therefore on paper, your RC signal would still out-range your video signal. The other arguement is that 900MHz has better signal penetration than 2.4GHz, while it’s true, 2.4GHz is still a lower frequency than 5.8GHz which is used for our FPV video system. It also doesn’t interfere with GPS as much. With Ghost’s smaller antennas, this would be less of a problem.Īccording to ImmersionRC, the other advantage of 2.4Ghz is the wider bandwidth compared to 433/900MHz, which allows more pilots in the air simultaneously without packet lost. I’ve been using the 900MHz Crossfire for years, mount its antennas on a small drone is always challenging, and often performance is impacted because of less ideal antenna orientation and placement. With 2.4GHz, antennas can be made much smaller compared to 900MHz. That means Ghost can do long range too! Immersionrc Ghost is 2.4GHz
![ghost 32 manual ghost 32 manual](https://www.pdf-manuals.com/p/pictures24/manfrotto-r025-32-rear-crank-for-025-025b-025bs-super-r025-32-276286.jpg)
Many long range RC systems today use LoRa, such as TBS Crossfire and FrSky R9. Lora offers much higher sensitivity, meaning it has much better range. This is because Ghost uses LoRa protocol, which is different than traditional technology used in most existing 2.4GHz radio systems. Although I feel like the Ghost system is more racing oriented, it’s capable of long range flying too. Ghost is an RC control system that operates on 2.4GHz with long range and low latency in mind. Advantages of ImmersionRC Ghost LoRa – The Key to Long Range In the package, you get a TX module with two antennas, and 3 receivers with antennas and silicon wires. So far we have been told that Orqa FPV.ONE goggles already supports Ghost radio receivers on the FPV.Connect board, but we haven’t been given detail what that actually means yet. Ghost also has the ability to integrate with other parts of the FPV ecosystem. But Ghost operates on 2.4GHz, unlike Crossfire’s 900MHz. Pretty much like the TBS Crossfire RC system in that sense. The ImmersionRC Ghost is not just one product, but a whole family of products that will be rolled out over time, including an external JR module, receivers, antennas and PDB.