Optimized Product Description

Universal Power: One Amplifier to Rule All Frequencies from 100MHz to 7.2GHz

The ACASOM 10W Broadband FPV VTX Amplifier is the most versatile high-power amplification solution on the market. Covering an astonishing 100MHz to 7200MHz across eight selectable bands, this single compact unit replaces multiple dedicated amplifiers for FPV, drone video links, WiFi systems, and general RF applications. With 10W (40dBm) of clean output power, 45% GaN efficiency, and precision engineering featuring CNC machining, nickel plating, and gold-plated processes, this amplifier delivers laboratory-grade performance in a field-ready package.

Whether you're pushing long-range FPV video on 5.8GHz, boosting 2.4GHz control links, or experimenting with 6GHz WiFi 6E/7 systems, this amplifier adapts to your needs—simply select your band and fly.

Why This is the Ultimate Broadband Amplifier:

Unprecedented Frequency Coverage: Covers eight bands from 100MHz to 7200MHz—100-1000MHz, 1000-2000MHz, 2000-3000MHz, 3000-4000MHz, 4000-5000MHz, 5000-6000MHz, and 6000-7200MHz. Custom bands also available.
Massive 10W Output Power: Delivers a clean 40dBm (10W) across all bands, dramatically extending range for any RF application.
High-Efficiency GaN Technology: Achieves ≥45% power efficiency at full output using advanced Gallium Nitride (GaN) semiconductors—superior to traditional GaAs amplifiers.
Powerful 38dB Gain: A massive 38dB gain stage ensures your existing signal is boosted to maximum power with minimal added noise.
Premium Construction: Features CNC-machined aluminum housing, nickel plating, and gold-plated internal processes for superior RF performance, corrosion resistance, and thermal management.
Wide Voltage Compatibility: Accepts 24-28V DC input with a dedicated control line for remote on/off switching.
Ultra-Compact Form Factor: Measures just 90x46x17mm and weighs only 120g—easily integrates into any setup.

Technical Specifications:

Parameter	Specification
Frequency Range	100-1000MHz / 1000-2000MHz / 2000-3000MHz / 3000-4000MHz / 4000-5000MHz / 5000-6000MHz / 6000-7200MHz (Custom bands available)
Output Power (P1dB)	40 dBm (10 W)
Gain (S21)	38 dB ± 1
Input Return Loss (S11)	≤ -15 dB
RF Input Power Range	-13 dBm to +10 dBm
Efficiency	≥ 45% @ 40dBm
Operating Voltage	24 – 28 V DC (Wide range 24-32V supported)
Current Consumption	~0.8 A @ 28V, 40dBm Output
LED Indicator	Red (Operating)
RF Connectors (Input/Output)	SMA Male
Power Connector	AWG18 20cm Red/Black Wire
Control Line	3-28V 20cm Red Wire (for remote on/off)
Operating Temperature	-30℃ ~ +85℃
Storage Temperature	-40℃ ~ +150℃
Operating Humidity	< 95% RH
Dimensions	90 x 46 x 17 mm
Shell Material & Finish	Aluminum, CNC Machined + Nickel Plating + Gilding Process
Net Weight	120 g

Premium Manufacturing Process:

CNC Machined Housing: Precision-machined from solid aluminum for perfect fit and maximum heat transfer
Nickel Plating: Corrosion-resistant finish for long-term reliability in field conditions
Gilding Process: Gold-plated internal RF paths for minimum loss and maximum signal integrity
Military-Grade Components: Built with high-reliability parts rated for extended temperature ranges

Recommended Heatsink Dimensions:

For sustained full-power operation, we recommend a heatsink with the following minimum dimensions:

Base Thickness: ≥ 5mm
Fin Height: ≥ 20mm
Overall Footprint: Slightly larger than amplifier base (90x46mm)

Critical Usage Notes:

Power Supply Requirement: Use a stable 28V / 1A minimum DC power supply. For best results, a 28V / 2A supply is recommended for headroom.
Thermal Management is ESSENTIAL: At full 10W output, active cooling with a heatsink and radiator fan is REQUIRED for safe, sustained operation. The aluminum case alone is insufficient for continuous high-power duty.
Safe Connection Sequence: Always connect the antenna FIRST, then apply DC power, and finally enable your RF source.
Optimal Input Drive: For maximum clean output (up to 40dBm), provide an input signal of 3-4dBm (accounting for the 38dB gain). Avoid overdriving the input beyond +10dBm.
Control Line Function: The red control wire can be used to enable/disable the amplifier with a 3-28V signal, allowing remote power management.
Band Selection: This unit covers all bands simultaneously—simply input your signal in the desired frequency range and the amplifier responds accordingly. Custom band-specific versions available on request.

Applications:

FPV Drone Video Transmission: Boost 5.8GHz, 6GHz, and emerging 7GHz FPV video links
Drone Control Links: Amplify 2.4GHz, 433MHz, 900MHz, and 1.3GHz RC control signals
WiFi 5/6/7 Systems: Extend range for 2.4GHz, 5GHz, and 6GHz WiFi networks
Telemetry & Data Links: Strengthen 400-900MHz UAV telemetry and 2.4GHz/5.8GHz data links
RF Testing & Laboratory Use: General-purpose broadband amplifier for bench testing
Amateur Radio: High-power linear amplifier for experimental bands within coverage
Custom Applications: Contact us for specialized band configurations

Technical Excellence:

Parameter	Performance
Gain Flatness	< ±1dB across any selected band
Input Matching	Excellent return loss ensures minimal VSWR interaction
Harmonic Suppression	Internal filtering for clean output
Linearity	Optimized for low EVM in digital modulation applications

Customization Available:

ACASOM supports custom frequency bands and power configurations to meet your specific requirements. Contact our technical sales team to discuss your project needs.

Ready for Universal Power?
Stop buying separate amplifiers for each frequency. The ACASOM 10W Broadband Amplifier covers everything from 100MHz to 7.2GHz in one compact, high-performance unit. Click 'Add to Cart' now and experience true broadband versatility!

10W Broadband FPV VTX Amplifier | 100-7200MHz Multi-Band High-Power Booster for Drone Video, WiFi 5/6/7 & RF Systems | 40dBm, 38dB Gain, GaN Efficiency 45%, 24-28V