Let the 2.4GHZ wars begin!
Xtremepowersystems
***NOTE*** I am in no way affiliated with this company; I just wanted to let everyone know the technology is maturing, as many are interested in migrating to this band.***
Also, this this is a BI-DIRECTION system, and will be able to support telemetry from the model as well!
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| XtremeLink™ Features:
Range
Up to 1 mile (5200+ feet) ground based, line of sight.
Up to 5 miles (26,000+ feet) ground to air, line of sight.
Frequency
2.4GHz ISM bands, using real-time frequency hopping on all available bands.
Spherical RF radiation technology eliminates the need for multiple antennas.
Resolution
12 bits per channel (4096 system).
+/- 10ns servo pulse accuracy.
Interference
1 in 18,446,744,073,709,552,000 chance of being on the same channel as another module.
Up to 390,000 active modules in use simultaneously.
Antenna length
1.2" for both receiver and transmitter, fully enclosed.
Miscellaneous
Programmable failsafe for all channels (in event of transmitter battery failure).
Programmable channel mixing, swapping, and duplicating.
Bi-directional telemetry data interface.
FCC, IC, and ETSI approved.
Specifications:
8 channel receiver -
Dimensions: 2.115" x 1.125" x .525"
Weight: 19.15 grams (.675 oz)
Input voltage: 3.5v to 16.0v
10 channel receiver -
Dimensions: 2.115" x 1.315" x .525"
Weight: 21.50 grams (.758 oz)
Input voltage: 3.5v to 16.0v
Telemetry modules -
Dimensions: 1.25" x 1.05" x .45"
Weight: variable
Output voltage: receiver battery voltage
An interesting fact -
Digital servos do not "hum" by nature. With our system, they make no noise while idle unless there is a load on the control arm. The reason why other radios systems cause these types of servos to hum is the pulse conversion stability. "Normal" (non-digital) servos do not respond unless there is at least 3us (three microseconds) of change in the servo pulse width. This "slop" of 3us is very common in standard radio systems. Digital servos are so accurate that they respond to as little as a 1us change in the servo pulse width. This means that a standard radio system is causing a digital servo to move around constantly while just sitting still in what is considered to be an idle position. Our radio system has a servo pulse width variation of +/-10ns.
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