Frequency Band Optimization Solution
By providing the customized VTX and LNB of FPV drones the appropriate frequency bands are precisely selected and transmission power is adjusted to ensure stable communication connections for FPV drones in complex electromagnetic environments.
FREQ. OPTIMIZATION
Frequency Band Optimization Solution
Optimization Method of Frequency Band & Power
Application Scenario of Frequency Band Optimization Solution
Recommended models for frequency band and power optimization solutions
Comparison Effects Before & After Optimization
Solution Introduction
By providing the customized VTX and LNB of FPV drones the appropriate frequency bands are precisely selected and transmission power is adjusted to ensure stable communication connections for FPV drones in complex electromagnetic environments.Optimization Method of Frequency Band & Power
By replacing the video transmitter (VTX) and receiver (REC) of the HS FPV drones to change the transmission frequency band of the VTX and the REC's frequency band.
5.8GHz / 25mw
915MHz / 25mw ELRS
5.8GHz / 25mw
OPTIONAL TRANSMISSION FREQUENCY BANDS
- Optional Transmission Frequency Bands
- 1.2GHz / 3W
- 3.3GHz / 3W
- 4.9GHz / 3W
- 5.8GHz / 3W
- 5.8GHz / 5W
- 6.1GHz / 3W
915MHz / 25mw ELRS
OPTIONAL RECEIVER FERQUENCY BANDS
- Optional Receiver Frequency Bands
- 380MHz
- 433MHz
- 530MHz
- 750MHz
- 868MHz
- 915MHz
- 2.4GHz
Application Scenario
In scenarios requiring large-scale deployment
In weak interference environments
In scenarios requiring large-scale deployment
In weak interference environments
Comparison Simulation of the Effects
Before & After Frequency Band & Power
Optimization
Before optimization, the transmission frequency band of VTX is 5.8 GHz, and the receiver frequency band is 915 MHz.
After Optimization, The transmission frequency band of VTX is 6.1 GHz, and the receiver frequency band is 750 MHz.
Comprehensive Comparison of Solutions
-
Comprehensive Comparison of SolutionsComparison Table
- Anti-interference Capability
- Target Rate
- Response Capability
- Portability
- Remote Control Distance
- Load Capacity (with equivalent configuration)
-
Frequency Band Optimization SolutionSolution 1
- Weak
- Low
- Fast
- High
- Far
- High
-
AI Assistance Flight
SolutionSolution 2 - Medium
- Medium
- Medium
- High
- Far
- High
-
Fiber Optic Control
SolutionSolution 3 - Strong
- High
- Slow
- low
- Medium
- Medium
Note:
Solution 1: Frequency Band Optimization Solution
Solution 2: Solution of AI Vision Locking & Assistance System
Solution 3: Solution of Optical Fiber Transmission Control System
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