Ask RFQ
300-2700MHz Wideband RF Core | RF SKYPOWER 300-2700MHz Wideband Hero
C-UAS Deployment
Counter-Drone Core Components Source Factory

300–2700 MHz RF Power Amplifier Modules

Compare the 300–2700 MHz RF power amplifier modules by model and the listed 30 W, 50 W, 100 W, 150 W and 200 W output classes. Confirm the selected configuration and datasheet before ordering.

Core Products

300–2700 MHz RF Power Amplifier Models and Power Options

Compare the 300–2700 MHz RF power amplifier specifications and listed output classes before choosing a model. Request the configuration-specific datasheet and mechanical drawing to confirm interfaces and dimensions.

Frequency: 300–2700MHz
Power Options: 30W / 50W / 100W / 150W / 200W
Protection: VSWR / Over-Temp / Over-Voltage
Bandwidth: Up to 200MHz Instantaneous
HZ3002700-30NA1

HZ3002700-30W

30 Watts

Engineered for extreme mobility. This compact and lightweight module maximizes efficiency for handheld, manpack, and portable C-UAS systems where footprint and battery draw matter most.

Output Power: 30W (Min 25W)
Voltage: +28V DC (24V-32V)
Connectors: In: SMA-F / Out: SMA-F
Dimension: 125 x 59 x 21.5 mm
Weight: 0.5 kg
Control: D-Sub 9-Pin Female
HZ3002700-50NA1

HZ3002700-50W

50 Watts

A perfectly balanced solution delivering robust wideband suppression. Ideal for tactical portable defense units and compact vehicle-mounted platforms requiring stable, extended coverage.

Output Power: 50W (Min 40W)
Voltage: +28V DC (24V-32V)
Connectors: In: SMA-F / Out: N-F
Dimension: 160 x 120 x 25 mm
Weight: 1.4 kg
Control: D-Sub 15-Pin Female
HZ3002700-100NA1

HZ3002700-100W

100 Watts

Designed for standard vehicle-mounted integration. It provides stronger continuous output and aggressive frequency coverage to secure moving convoys against varied drone links.

Output Power: 100W (Min 80W)
Voltage: +28V DC (24V-32V)
Connectors: In: SMA-F / Out: N-F
Dimension: 200 x 158 x 25 mm
Weight: 1.4 kg
Gain Adj.: 20dB Range (Optional)
HZ3002700-150NA1

HZ3002700-150W

150 Watts

Built for fixed-site architectures and multi-antenna arrays. This module handles higher duty-cycle demands, offering relentless protection for perimeters and facility zones.

Output Power: 150W (Min 120W)
Voltage: +28V DC (24V-32V)
Connectors: In: SMA-F / Out: N-F
Dimension: 200 x 158 x 25 mm
Weight: 1.4 kg
Current: 16A ~ 20A (Typ)
HZ3002700-200NA1

HZ3002700-200W

200 Watts

The ultimate high-power wideband suppression engine. Strategically deployed for critical infrastructure, border defense, and airport perimeters requiring absolute long-range dominance.

Output Power: 200W (Min 160W)
Voltage: +28V DC (24V-32V)
Connectors: In: SMA-F / Out: N-F
Dimension: 200 x 158 x 25 mm
Weight: 1.4 kg
Current: 29A ~ 36A (Typ)

Need a custom power configuration or interface?

Request Customization
The Source Factory Advantage

Factory Control from Design to Delivery

As the source manufacturer, we connect your project directly with engineering, validation, production, and QC under one controlled workflow.

Direct Engineer Access

Direct Engineer Access

Speak directly with the RF engineers who designed the modules. We swiftly resolve complex interface logic and antenna matching queries, ensuring rapid and accurate system integration.

In-House Diagnostics

In-House Diagnostic Workflow

Our fully-equipped R&D lab performs wideband validation and thermal checks. We accurately pinpoint root causes using load simulation, drastically reducing downtime during deployment.

Controlled Delivery

Controlled Delivery

Every step from BOM locking to final QC happens in our facility. We strictly manage production rhythms, keeping your projects securely on time for seamless procurement and acceptance.

Ready to integrate with a true source manufacturer?

View Core Modules
Project Execution

From Concept to Deployment: 4-Week Sprint

Our streamlined development process delivered field-ready modules in record time without compromising quality or performance.

Week 1
Requirements Analysis

Requirements Lock

  • Client technical review sessions
  • Frequency allocation mapping
  • Interface specification freeze
  • Thermal envelope analysis
Week 2
Rapid Prototyping

Rapid Prototyping

  • Schematic design completion
  • PCB layout optimization
  • Component procurement (parallel)
  • Simulation validation
Week 3
Assembly & Testing

Build & Validate

  • Prototype assembly
  • RF performance verification
  • Environmental stress screening
  • Client witness testing
Week 4
Batch Production

Batch & Ship

  • Production run (50 units)
  • 100% RF burn-in testing
  • Documentation package
  • Secure logistics delivery
72h
Design Iteration Cycle
100%
First-Pass Yield
0
Schedule Delays
50000+
Units Delivered

Urgent deployment timeline? We specialize in accelerated development cycles.

Run Thermal & Dimension Simulation * Generated specs are for reference only.
Implementation Timeline Module
Validation & ESS

Verified Across the Full Band

Every module must prove its true performance across the entire 300–2700MHz working band, not just at isolated frequency points.

Power Sweep

Full-Band Power Sweep

Modules are continuously monitored across the full 300–2700MHz band. Forward power, reverse power, and gain flatness are measured to verify stable output at every frequency. This ensures authentic wideband performance and full jamming coverage, avoiding misleading single-point peaks..

Aging and Thermal Endurance

Continuous Burn-In

Modules are operated under full electrical load (50dBm) for 12 hours per cycle at room temperature. Repeated temperature cycling between -55 °C and +85 °C is applied, with each low/high-temperature pair lasting 2 hours. A total of 5 burn-in cycles are completed to simulate prolonged field operation and verify long-term stability, thermal endurance, and consistent output..

Vibration & Mechanical Stress Testing

Vibration & Mechanical Stress Testing

Modules are mounted on a vibration testing system simulating field and vehicle-mounted conditions. Frequency range: 15 Hz to 2000 Hz, amplitude PSD 0.04 g²/Hz. Three axes (X, Y, Z) are tested, 2 hours per axis, ensuring structural robustness against shocks, vibration, and mounting stress. Confirms module integrity, connector stability, and consistent electrical performance under mechanical stress.

Operational Testing under Extreme Temperatures

Operational Testing under Extreme Temperatures

Modules are powered and operational throughout temperature cycles. Low-temperature operation: -55 °C storage, then powered at -40 °C for 2 h. High-temperature operation: +85 °C storage, then powered at +60 °C for 2 h. Additional stability check: modules remain static for 4 h post-test to measure electrical performance recovery. Ensures modules maintain consistent output, thermal management, and electrical stability throughout extreme environmental conditions.

Demand reliable data for your system architecture.

View Test Reports
Factory Videos

Inside Our Workflow

See how we validate reliability and maintain rigorous manufacturing control inside the source factory to deliver uncompromising quality.

Aging & Vibration

Modules undergo severe burn-in and vibration testing. By simulating extreme field conditions, we eliminate weak units before they ever reach your project.

In-House CNC

Precision-machined housings and heat sinks fabricated internally. Total control over structural parts allows for rapid customization and superior thermal management.

Want to see our manufacturing capabilities up close?

View Production Process
Isolated Module 7 - Deployment Scenarios
Wideband 300–2700 MHz

Master of Mid-to-High Band:
What Exactly Are We Suppressing?

Engineered specifically for the 300–2700 MHz spectrum, our core modules neutralize the most agile and evasive multi-band drones in modern tactical and industrial environments.

FPV & Racing Drone Defense
433–1200 MHz / FPV

FPV & Racing Drone Defense

Rogue FPV drones and racing drones rely on low- to mid-frequency bands (ELRS, TBS Crossfire, FHSS) for beyond-visual-line-of-sight (BVLOS) control. Leveraging a 200–300 MHz instantaneous bandwidth and 10 μs ultra-fast switching, our modules instantly lock onto and suppress these agile frequency-hopping links, ensuring interception before drones breach protected perimeters.

Tactical Multi-Rotor Neutralization
300–1700 MHz / Multi-Rotor

Tactical Multi-Rotor Neutralization

Patrol and reconnaissance drones often use mid-frequency telemetry for command/control. By supporting FM, OFDM, and multi-protocol jamming, our wideband modules sever hostile coordination networks in real time, preventing evasive maneuvers during patrols or engagement.

Commercial / High-Speed Drone Mitigation
860–2700 MHz / Data Link

Commercial / High-Speed Mitigation

High-speed delivery drones rely on telemetry, video feeds, and high-frequency FPV channels. The 300–2700 MHz modules provide full-band suppression, ensuring uninterrupted protection of critical infrastructure (substations, telecom hubs, logistics centers), eliminating blind spots that narrower bands might leave.

Airports & Restricted Zones
300–2700 MHz / Full Spectrum

Airports & Restricted Zones

Airports, prisons, and government zones require multi-layer coverage. Our wideband modules create a comprehensive electromagnetic suppression field, neutralizing drones regardless of protocol or frequency hopping, eliminating blind spots and supporting mission-critical airspace control.

Not sure which power level fits your scenario?

Consult an RF Architect
Field Reliability

Protection Built In

Designed not merely for raw output power, but engineered for survivability, batch consistency, and seamless project acceptance.

VSWR Protection

🛡 VSWR Protection

Integrated high-speed protection logic instantaneously reduces output when reflected power occurs, completely preventing amplifier burnout from antenna mismatches.

Thermal & Voltage

🌡 Thermal & Voltage

Sophisticated thermal tracking and over-voltage safeguards proactively throttle or shut down the module to survive extreme environments and unstable grid conditions.

Locked BOM

🔒 Locked BOM

Once the golden sample is approved, we lock the Bill of Materials. Components, structure, and testing criteria remain untouched, ensuring perfect consistency for mass production.

Looking for long-term supply stability?

Partner With Us
Engineering Support

Beyond Supply

We empower your integration process with deep engineering knowledge, transparent production, and flexible customization inside one source-factory system.

RF R&D Team

RF R&D Team

Your requirements are reviewed by veteran RF engineers who deeply understand interface logic, antenna matching, and system-level troubleshooting.

Controlled Production

Controlled Production

All critical manufacturing stages stay securely within our factory walls. We dictate the schedule, reducing lead-time risks and maintaining elite consistency.

Custom Support

Custom Support

Need a specific footprint? We rapidly customize power outputs, cooling structures, RF connectors, and control interfaces to fit your unique chassis.

Ready to elevate your C-UAS system's reliability?

Contact Our Factory
Deployment Trust

Trusted in Security Projects

Built for system integrators supporting critical protection missions across the globe. Our modules deliver unyielding performance in the most demanding field environments.

Border Security Airport Perimeter Critical Infrastructure Vehicle-Mounted C-UAS Fixed-Site Defense Mobile Patrol Systems Restricted Zone Protection
Global Deployment
Field Feedback

Why Integrators Stay

Project teams value stable communication, consistent batches, and profound engineering support that continues long beyond shipment.

“

The biggest value was direct engineering support. Their team helped us confirm connector layout, antenna matching, and thermal structure before final integration. It saved us weeks of guesswork.

C

Lead Engineer

C-UAS Integrator • USA
“

The production batch matched the approved prototype perfectly. This strict BOM control reduced our acceptance risk and made our vehicle-mounted deployment process much smoother.

V

Project Manager

Vehicle Platform Contractor • Poland
“

In the intense desert heat, thermal management is everything. The 150W wideband modules have been running continuously on our perimeter towers without a single thermal shutdown.

A

Security Director

Critical Infrastructure • UAE
“

We switched to RF SKYPOWER after struggling with broker delays. Getting direct access to the factory’s R&D drastically accelerated our iteration cycle for a new mobile suppression unit.

M

CTO

Defense Tech Group • France
“

The VSWR protection is a lifesaver. We had a cable fault during field testing that would have fried other amps, but their module safely dropped power and protected itself immediately.

S

Systems Architect

Aviation Security • Singapore
“

As a procurement director, I demand reliability above all. They didn’t just send a datasheet; they sent full aging and vibration test reports that instantly passed our internal audits.

J

Procurement Director

Border Defense Agency • UK
“

The 300-2700MHz coverage is genuinely flat. We tested the 100W modules across the entire band in our anechoic chamber and found no deceptive power dips whatsoever.

K

Chief Hardware Engineer

Aerospace Solutions • South Korea
“

We needed a customized RS485 protocol to match our legacy control software. Their engineers modified the firmware and sent an updated unit within 5 days. Incredible service.

T

Software Integration Lead

Cyber Command • Israel
“

Equipping our maritime patrol boats required modules that survive harsh vibrations and saline environments. Their 200W core has been flawless during our 6-month sea trials.

H

Naval Operations Chief

Maritime Defense • Japan
“

It's rare to find a factory that actually adheres to a locked BOM policy. Our phase two rollout went seamlessly because the new modules were identical to the first batch.

L

VP of Manufacturing

Security Equipment Corp • Canada
“

Integrating the 30W manpack modules transformed our infantry capabilities. They are lightweight, highly efficient, and the battery draw is exactly as specified.

D

Tactical Unit Commander

Special Forces • India
“

Their in-house CNC machining capability is a huge plus. They designed a custom heatsink layout that perfectly fit into our extremely tight vehicular enclosure.

F

Mechanical Design Lead

Armored Vehicles • Germany
“

We had a crisis when a middleman failed to deliver. RF SKYPOWER stepped in, bypassed the delays, and delivered 50 fully-tested modules straight from their production line to our site.

R

Supply Chain Executive

Defense Technologies • Turkey
“

The ability to effectively jam FPV drones across the entire 300-2700MHz band with a single module architecture simplifies our entire supply chain and integration logic.

E

Principal Engineer

Drone Countermeasures • Australia
“

What impressed me most was their transparency. When we visited their facility, seeing the rigorous aging and vibration tests firsthand confirmed we chose the right partner.

P

Operations Director

Logistics Security • Spain

Reports & Certificates

Certificate 1 Certificate 2 Certificate 3 Certificate 4
Technical FAQ

Questions Before Integration

Common questions from system integrators before RF module selection, quotation, and deployment.

Can't find the answer?

Our engineering team is ready to help you with custom specifications, antenna matching, and overall system planning.

Ask an Engineer Directly
Can the 300–2700MHz range be customized?
Yes. While our standard modules cover the full 300–2700MHz spectrum, our R&D engineers can optimize specific frequency sub-bands or adjust the gain flatness to match your exact suppression targets.
Can output power be customized?
The listed 300–2700 MHz models provide 30 W, 50 W, 100 W, 150 W and 200 W output classes. For a different output requirement, confirm the DC power supply requirements, available cooling and duty cycle with our engineers before requesting a custom configuration.
Which connectors do you support?
Our standard modules use SMA-Female for input and N-Female for high-power output. However, we can accommodate custom RF connector configurations based on your chassis layout.
Do you support RS485 or D-Sub control?
Confirm the RS485 control option or D-Sub interface required for your selected RF amplifier configuration. Agree the pinout, command or analog-control definitions and available alarm monitoring before connecting the module to your system.
Can you help with antenna matching?
Ask our RF engineers to review antenna impedance matching, connector selection and cable losses for the selected module and system. Confirm the permitted interface and load conditions before installation.
Is VSWR protection included?
Yes. High-speed VSWR protection logic is built into our modules to prevent amplifier damage caused by accidental antenna disconnection or cable failure during field operations.
How do you ensure batch consistency?
Confirm the approved prototype, BOM revision and RF amplifier change-control process before batch production. Ask whether RF power amplifier swept test records are available, and confirm the acceptance conditions used to compare the approved configuration with production units.
What is the typical lead time?
For standard prototypes, delivery is exceptionally fast. For bulk orders, our in-house production allows us to schedule rapid deliveries. Please contact our team with your quantities for an exact timeline.
Start Technical Review

Send Your RF Requirements

Send your 300–2700 MHz RF amplifier requirements for engineering review: RF input drive level, required output and its reference plane, signal type, interface configuration and order quantity. State whether the output requirement is at the module connector or after downstream cable and antenna losses.

01

Engineering Assessment

Review of submission for interface compatibility and thermal feasibility within 4 hours.

02

Technical Proposal

CAD dimensions, link budget calculations, and factory-direct quotation within 24 hours.

03

Rapid Prototyping

Immediate fabrication and laboratory validation before global express dispatch.

GaN-on-SiC Core

High efficiency power density for continuous mission operation.

MIL-STD Testing

Vibration and thermal cycling verified for tactical field environments.

300-2700MHz

Seamless full-band coverage optimized for drone data-links.

Protocol Ready

Validated with mainstream SDR sources and digital interfaces.

[✓] 100% Confidential NDA Protection  |  [✓] 12H Engineering Response