Years Active
30+
RF Industry Heritage
RF SkyPower // Strategic Core // 01
Military-Grade
Full-Band RF
Chain Solutions
30MHz – 6GHz Continuous Coverage // GaN High-Power Platform
- ≥15% Power Headroom Above Rated Spec — Zero Drop Under Thermal Stress
- <1.5dB Gain Flatness Across Full Band
- Optimized VSWR — Maximum Signal Transfer
- 46-Step Military Validation Protocol
ISO 9001:2015
GJB 9001C
CE & FCC
400+ Engineers
50,000 m² Facility
Global Export Ready
Watch Factory Tour
50,000 m² Facility · GaN Testing · Field Deployment
// Chapter 01 — Heritage & Scale
30 Years of RF Heritage
Production Base
50km²
Manufacturing Footprint
Skilled Workforce
400+
Specialists on Floor
Monthly Capacity
10k+
Units / Month
ISO 9001:2015Quality Management System
GJB 9001CWeapon Equipment Quality
CE — EUGlobal Export Compliance
FCC — USGlobal Export Compliance
Three decades of institutional RF knowledge, backed by in-house certifications and a 50,000 m² production facility.
Discover Our RF Ecosystem// Chapter 02 — The Solution
Complete RF Chain
Architecture
We manufacture the entire signal chain — from digital source to radiated output — as one perfectly impedance-matched ecosystem. No integration guesswork. Maximum effectiveness.
// High-Efficiency Power Output
Jamming Modules
GaN-based broadband amplifier cores deliver 30W–200W across 30MHz–6GHz continuously. Vacuum-sintered copper substrate ensures consistent output even under peak thermal load.
- 30MHz – 6000MHz Continuous Band
- 30W / 50W / 100W / 150W / 200W
- CW // Sweep // Pulse // Digital Modulation
- -40°C to +85°C Operating Range
// Smart Frequency Hopping
SDR Source
Real-time frequency-hopping digital source covering 100MHz–6GHz with dual independent channels. Compatible with DJI OcuSync, ELRS, Crossfire, and custom FPV protocols.
- 100MHz – 6GHz Frequency Range
- Dual Independent Channels (200MHz)
- OFDM / LFM / GNSS / CW Waveforms
- RS422 Control Interface
// Precision Directional Control
Antenna System
Omnidirectional and high-gain directional horn series engineered for lossless pairing with our amplifier and SDR outputs. Aircraft-grade aluminium, VSWR <2.0, N-Type tactical connectors.
- 360° Omni OR Directional High-Gain
- Up to 250W Power Capacity
- -40°C to +65°C Operating Temp
- Extreme Field Deployment Ready
// Core Power — Series HZ-JAM-GA-2026
Wideband GaN
Power Amplifiers
GaN high-efficiency platform with ≥15% power headroom above rated spec. Vacuum-sintered pure copper thermal base and precision impedance matching hold full-rated output from 30MHz to 6GHz — regardless of environment.
// HZ-JAM-GA-2026 — CORE PARAMETERS
BAND
30MHz — 6GHz
Continuous · No Gap
OUTPUT
200W
30 / 50 / 100 / 150 / 200W
Technology
GaN · High-Efficiency
Gain Flatness
<1.5 dB Across Full Band
Protection
Waveforms
Operating Temp
−40°C to +85°C
≥15%
Power Headroom
<1.5dB
Gain Flatness
17×
Cu Conductivity
125°C
Thermal Swing
// Smart Signal Control — HZSDR1006000-A01
SDR Digital
Signal Source
Real-time frequency hopping across 100MHz–6GHz defeats adaptive drone protocols including DJI OcuSync, ELRS, and Crossfire. One RS422 command reprograms the full emission profile in milliseconds.
// HZSDR1006000-A01 — SIGNAL PARAMETERS
FREQ RANGE
100 MHz – 6 GHz
Bandwidth
100 MHz/ch · 200 MHz Dual
Dynamic Range
>25 dB · 35-Level Adj.
Signal Modes
Accuracy
<0.1 MHz Typical
Control I/F
RS422 IN/OUT · Modular
Operating Temp
−40°C to +70°C
// Supported Drone Protocols
ELRS
Crossfire
FlySky
OcuSync
LightBridge
DJI Series
Custom FPV
SDR DIGITAL SOURCE // HZSDR1006000-A01
2 CH
Independent Outputs
200MHz
Combined Bandwidth
<200g
Module Weight
4
Signal Waveforms
// Radiating Element — Series RF-ANT-2026
Wideband Tactical
Antenna Systems
The antenna is the final arbiter of every RF chain. When your GaN amplifier delivers rated output, a mismatched antenna wastes it. Our wideband platform covers 30MHz–6GHz continuously — no band switching, no frequency gaps hostile operators exploit to evade jamming. Precision impedance-matched to the RF SkyPower amplifier and SDR stack from ground up.
// Antenna Series
Series 01 · Omni Cylinder
Series 02 · Directional Horn
360° Airspace Coverage
High-Gain Precision
N-Type Tactical Connector
GaN System Matched
Frequency
30 MHz – 6000 MHz (Continuous)
Peak Power
250W (Omni) / 100W Std (Horn)
VSWR
≤ 2.0 (Across Full Band)
Impedance
50 Ω Nominal
Material
Aircraft-Grade Aluminum / Nylon Radome
Operating Temp
-40°C to +65°C
Deployment
Fixed Site / Vehicle Mount / Rapid Deploy
≤ 2.0
VSWR Full Band
250W
Peak Power Rating
20dBi
Max Horn Gain
105°C
Thermal Range Span
// Chapter D-01 — Quality Assurance
The 46-Step Military
Validation Protocol
"While others stop at Step 20 — we continue to Step 46."
01// Phase One
IQC — Incoming Inspection
Every component is verified under 500× microscopy before assembly begins. Rejecting sub-standard inputs at source is the fastest way to eliminate field failures.
- 500× Microscope PCB Pad Flatness Check
- RF Power Transistor I-V Curve Matching
- Cavity Dimension & Interface Precision
- X-Ray Void Inspection — Void Rate <2%
02// Phase Two
PCBA Functional Validation
Every board undergoes full-chain electrical calibration — gain flatness, VSWR, and thermal protection thresholds confirmed individually on every unit.
- Vacuum Sintering — Maximum Thermal Contact
- Conformal Coating & Surface Treatment
- Full-Chain Precision Calibration (Steps 33–37)
- VSWR & Thermal Protection Tuning & Test
03// Phase Three
Extreme Stress & Environmental Test
No unit ships without 48 hours of peak-power burn-in, thermal cycling from -55°C to +85°C, and 3-axis random vibration screening — applied to every unit, not just samples.
- 48h Burn-In at 100% Peak Power (Step 41)
- Thermal Cycling — -55°C to +85°C Extremes
- 3-Axis Random Vibration — 10Hz to 2000Hz
- Post-Cycle Full Electrical Re-verification
// Protocol Completion Pathway — Steps 01 → 46
Industry standard: Step 20 · RF SkyPower: Step 46
46
Total Process Steps
<2%
X-Ray Void Rate
100%
Unit-Level Burn-In
500×
PCB Inspection Zoom
46 non-negotiable steps applied to every unit, every time. This is how we deliver batch-to-batch consistency for large defence orders.
See Our Testing Laboratory// Chapter D-02 — Survival Testing
Engineered to Survive
MIL-STD-810G · GJB 150A · All Tests at 100% Unit Level
Active Aging Protocol
Every module runs at 100% rated power for 48 hours before shipping — eliminating early-life failure mechanisms before the unit ever reaches the field.
- Duration: 48 Hours Continuous at Full Load
- Monitoring: Real-Time Power & Thermal Logging
- Objective: Infant Mortality Elimination
- Coverage: 100% of Production Units
Thermal Cycling Protocol
Units are cycled powered-up through desert heat and arctic cold — because thermal expansion under load is the primary driver of solder joint fatigue and long-term field failure.
- Cold Extreme: -55°C Storage / -40°C Powered
- Heat Extreme: +85°C Storage / +60°C Powered
- Post-Cycle: Full Electrical Re-Analysis
- Standard: GJB 150.5A / MIL-STD-810G Method 503
Kinetic Integrity Test
Broadband random vibration from 10Hz to 2000Hz across all three axes simultaneously — simulating a full operational lifetime of mechanical stress in a controlled environment.
- Test Environment: 3-Axis Simultaneous
- Frequency Range: 10Hz – 2000Hz
- Standard: GJB 150.16A
- Post-Test: Full RF Performance Re-validation
// Advanced Testing Equipment — RF SkyPower Laboratory
◈
Spectrum Analyzer
Full-band output verification
⊙
Vector Network Analyzer
S-parameter & VSWR mapping
〰
High-Precision Oscilloscope
Transient & waveform analysis
◉
Temperature Chamber
-55°C to +85°C active cycling
⬡
LCR Meter
Passive component verification
◎
Vacuum Reflow System
Void-free die attachment
Every specification in our datasheets is measured, not estimated. Every unit ships with verified test data.
Explore Custom Engineering
// Chapter D-03 — End-to-End Delivery
Engineering-Driven
Custom RF Manufacturing
Your system has its own frequency plan, form factor, and thermal envelope. Our 100+ RF engineers work from your requirement document to design, simulate, prototype, and manufacture to your exact specification.
100+
RF Engineers
3,000m²
R&D Centre
7 Days
Prototype Lead Time
- 01Frequency Band Customisation — any band within 30MHz – 6GHz
- 02Power Level Configuration — 1W to 200W+ modular output
- 03Interface Protocol Design — RS422, RS232, Ethernet, custom
- 04Thermal Architecture Optimisation — passive, active or liquid
- 05OEM / ODM Support — your branding, your enclosure, our core
- 06Prototype → Mass Production — 7-day sample, 10,000+ units/mo
// Custom Project Delivery Workflow — 4 Phases
Requirement Review
Submit your frequency, power, interface, and form-factor specs. Our engineers respond within 24 hours with feasibility analysis and preliminary circuit topology.
Topology Simulation
Digital twin modelling confirms gain flatness, VSWR, and thermal headroom before any hardware is built — saving weeks of hardware revision cycles.
Prototype & Debug
7-day sample production with fully traceable test report. VSWR matching and P1dB verification via real-time diagnostics. Client approval before production is scaled.
Production & Delivery
10,000+ units per month with ruggedised industrial packaging, unit-level traceability, and export documentation for compliant global shipment.
// Chapter A-01 — Global Footprint
Trusted by Global Defense
& System Integrators
RF SkyPower RF chains are active across six continents — from border installations in the Middle East to counter-drone operations in Southeast Asia.
USA / Mexico
Latin America
Europe
Middle East
India
SE Asia
Airports
Perimeter counter-drone RF chains protecting civilian aviation airspace and runways
Border Protection
Fixed-site and vehicle-mounted systems for national border surveillance and enforcement
Military Bases
Forward operating base and installation aerial threat neutralisation — permanent and deployable
Government Facilities
VIP protection zones, embassies, and sensitive facility RF perimeter defence systems
Critical Infrastructure
Power plants, data centres, and communication hubs protected by full-band aerial security
USA & Canada
Europe — Poland · Portugal · Ukraine
Middle East — UAE · Jordan
South Asia — India
Southeast Asia — Thailand · Cambodia
Latin America — Brazil · Colombia · Mexico
Russia & CIS
// Chapter A-02 — Begin Cooperation
Start Your RF Project
With Engineering Support
Submit your specs and our engineering team responds within 24 hours — a qualified technical assessment, not a sales script. All enquiries handled under strict confidentiality.
- Counter-Drone System Integrators
- Defense Procurement Authorities
- Security Infrastructure Providers
- RF System Developers & OEM Partners
Confidential Project Handling
NDA Available on Request
24h Technical Response
MOQ: 1 Unit
// Submit RF Project Requirements
Secure Channel Active
Technical response guaranteed within 24 hours
All submissions treated as strictly confidential. NDA available on request.