PRODUCT DETAILS
Optimized Product Description
10W Power in a Featherweight Package: Professional-Grade Amplification for Weight-Critical Builds
When maximum range is non-negotiable but every gram counts, the ACASOM 10W Broadband FPV VTX Amplifier PCBA delivers the perfect balance of power and weight. This bare-board module pumps out a clean 40dBm (10W) of RF power across an astonishing frequency range, all while weighing just 8.7 grams and measuring only 69x38x4mm. Engineered with advanced GaN technology, it achieves 45% efficiency and 38dB gain in a form factor that disappears into tight drone frames, ground station builds, or embedded RF systems.
Whether you're pushing 5.8GHz FPV video to extreme distances, boosting 2.4GHz control links through dense foliage, or experimenting with WiFi 6E/7 systems, this ultra-light amplifier integrates seamlessly—just solder, connect, and dominate the airwaves.
Why This 10W PCBA Amplifier is a Game-Changer:
Incredible Power-to-Weight Ratio: Delivers 10W (40dBm) of clean output while weighing only 8.7g—the ultimate choice for weight-sensitive FPV drones and UAVs where every gram impacts flight time.
Broadband Frequency Coverage: Covers 100-7200MHz across multiple bands (100-1000MHz, 1000-2000MHz, 2000-3000MHz, 3000-4000MHz, 4000-5000MHz, 5000-6000MHz, 6000-7200MHz). Custom bands available for specialized applications.
High-Efficiency GaN Technology: Achieves ≥45% power efficiency at full output using advanced Gallium Nitride (GaN) devices—superior to traditional GaAs, meaning less heat generation and lower current draw from your flight battery.
Powerful 38dB Gain: A robust 38dB gain stage ensures your existing VTX signal is boosted to maximum power with minimal added noise, preserving critical video quality and control link integrity.
Ultra-Compact PCBA Form Factor: Measures just 69x38x4mm—easily integrates into tight spaces, ideal for custom drone builds, ground stations, or embedded RF systems where size matters.
Wide Voltage Compatibility: Accepts 24-28V DC input with a dedicated control line (3-28V) for remote on/off switching from your flight controller.
Premium Components: Built with high-reliability, military-grade components for consistent performance across extended temperature ranges (-30℃ to +85℃).
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 |
| Current Consumption | ~0.8 A @ 28V, 40dBm Output |
| LED Indicator | Red (Operating) |
| Control Line | 3-28V (for remote on/off) |
| Operating Temperature | -30℃ ~ +85℃ |
| Storage Temperature | -40℃ ~ +150℃ |
| Operating Humidity | < 95% RH |
| PCBA Dimensions | 69 x 38 x 4 mm |
| Net Weight | 8.7 g |
Critical Usage Notes:
Power Supply Requirement: Use a stable 28V / 1A minimum DC power supply. For best results, a 28V / 1.5A supply is recommended for headroom at 10W output.
Thermal Management is ESSENTIAL: At full 10W output, adequate heat dissipation is required. In enclosed spaces or continuous operation, add a small heatsink or ensure passive airflow. The 8.7g form factor prioritizes weight but requires thermal consideration.
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 control line (3-28V) enables remote on/off switching—ideal for flight controller integration or power management systems.
PCBA Handling: This is a bare-board module. Ensure proper insulation, secure mounting, and vibration protection to prevent shorts and physical damage in flight.
Ideal For:
Ultra-Light Long-Range FPV Drones: Boost 5.8GHz video links to extreme distances with minimal weight penalty
Competition FPV Platforms: Maximize range without sacrificing agility or flight time
Professional UAVs: Extend control and telemetry range for mapping, inspection, and survey missions
WiFi 5/6/7 Projects: Amplify 2.4GHz, 5GHz, and 6GHz signals for custom networking solutions
Amateur Radio: Lightweight 10W amplifier for portable 1.2GHz, 2.4GHz, or 5.8GHz operations
Embedded RF Systems: Integrate into OEM designs where space, weight, and power are critical
Research & Development: Compact broadband amplifier for lab testing and prototyping
Technical Excellence:
| Parameter | Performance |
|---|---|
| Gain Flatness | < ±1dB across any selected band |
| Input Matching | Excellent return loss minimizes VSWR interaction with your VTX |
| Harmonic Suppression | Internal filtering provides clean output with minimal harmonics |
| Linearity | Optimized for low EVM in digital modulation applications (WiFi, OFDM) |
Customization Available:
ACASOM supports custom frequency bands and power configurations to meet your specific requirements. Whether you need a specific segment within 100-7200MHz or a tailored power level, contact our technical sales team to discuss your project needs.
Ready for 10W of Ultra-Light Dominance?
Stop letting weight hold your range hostage. The ACASOM 10W Broadband FPV VTX Amplifier PCBA delivers professional-grade 10W performance in an 8.7g package that disappears into your build. Click 'Add to Cart' now and experience the difference that 10W of clean, efficient GaN power makes!
10W Broadband Ultra-Light PCBA FPV VTX Amplifier Module | 40dBm GaN Booster for Drone Video & WiFi 5/6/7 | 38dB Gain, 8.7g, 24-28V
SHIPPING
When we receive your order, we will ship the goods within 2-3 business days. And inform you of the tracking number of the package by email.
Standard Shipping: The package will be shipped using the Postal Office System and is expected to be delivered within 15-25 days.
Express Shipping: DHL/UPS/Fedex. It is expected to arrive within 5-7 working days.
Orders shipped via UPS or FedEx are charged based on the current carriers' rates. Multiple item orders may ship from different locations. In this case, you will receive a separate email confirmation for each shipment.
$8.99 flat rate shipping is available through UPS Ground shipping only. In order to qualify, package must weigh under 20 lbs. If above 20 lbs., standard ground rates apply.
DELIVERY AND TITLE
a) Unless otherwise agreed to in writing, all products are shipped Incoterms 2010 - FCA Shipping Point. Subject to seller's right of stoppage in transit, delivery of the products to the carrier will constitute delivery to buyer and title and risk of loss will pass to the buyer.
b) Seller will make reasonable efforts to initiate shipment and schedule delivery as close as possible to the buyer's requested delivery date(s). Buyer acknowledges that delivery dates provided by the seller are estimates only and that seller will not be liable for failure to deliver on such dates.
c) Selection of the carrier and delivery route will be made by the seller unless specifically designated by the buyer.
d) Seller reserves the right to make deliveries in installments. Delay in delivery of one installment will not entitle the buyer to cancel any other installment(s). Delivery of any installment of products within thirty (30) days after the date requested will constitute a timely delivery. Delivery of a quantity that varies from the quantity specified shall not relieve the buyer of the obligation to accept delivery and pay for the products delivered.
e) Deliveries shall be made during normal business hours Monday through Friday. One attempt to deliver will be made. Should delivery need to be rescheduled, any additional costs incurred for redelivery and/or storage fees will be charged to the buyer. Seller shall use reasonable efforts to make timely delivery but shall be excused from any delays arising out of causes beyond its reasonable control. Any specific delivery dates that may be stated are approximate.