Flexible SDR-Based Signal Generation for Testing, Simulation & Dynamic Spectrum Control
Designed for versatile signal testing and simulation applications, this compact DDS module is based on SDR technology and supports real-time waveform generation, digital modulation, and dynamic spectrum control. Its flexible configuration and compact metal housing make it ideal for embedded and integrated system use.
Custom Frequency Coverage from 20 MHz to 26 GHz / Custom Output Power from 10W to 1000W
Designed for broadband RF amplification applications, these power amplifier modules support customized frequency bands from 20 MHz to 26 GHz and power levels from 10W to 1000W. Built for flexible integration, they deliver high gain, stable output, and reliable performance for communication, radar, testing, and advanced RF system applications.
Custom Frequency Coverage from 20 MHz to 26 GHz / Custom Working Bandwidth from 20M to 300M / Custom Output Power from 10W to 1000W
Designed for band-specific RF amplification, these narrowband power amplifier modules support flexible customization across 20 MHz to 26 GHz, with working bandwidth options from 20M to 300M and power levels from 10W to 1000W. Built for reliable integration, they deliver high gain, stable output, and efficient performance for communication, radar, testing, and other advanced RF applications.
POWER YOUR SYSTEMS
Broadband and narrowband RF PA modules with
project-based frequency, power and control customization.
PA100W 20MHZ–6GHZ 100W RF POWER AMPLIFIER MODULE
Customizable High-Power RF Amplifier Module with DC+32V Input and Compact Housing
PA300–6000MHZ RF POWER AMPLIFIER MODULE
Broadband RF Amplifier with 55±3dB Gain, DC24V–28V Input and SMA-Female Interfaces
DDS 100MHZ–6GHZ DIGITAL SIGNAL SOURCE MODULE
Programmable DDS Board with 350MHz Bandwidth, ASK/FSK/PSK Modulation and UART Control
400–6000MHZ 200W RF POWER AMPLIFIER MODULE
Wideband Class AB GaN RF Amplifier for High-Power System Integration
300MHZ–6GHZ 50/100W RF POWER AMPLIFIER MODULE
Wideband Class AB GaN RF Amplifier with 50W / 100W Output Options
7–12GHZ 100W RF POWER AMPLIFIER MODULE
Wideband GaN RF Power Amplifier for High-Power System Integration
7–13GHZ 50W RF POWER AMPLIFIER MODULE
PAM-7000-13000-50 GaN RF Amplifier for High-Power System Integration
10.7–12.7GHZ 50W RF POWER AMPLIFIER MODULE
High-Frequency GaN RF Power Amplifier for Ku-Band System Integration
Support frequency bands, output power, appearance, control mode and system integration customization.
Experienced RF design, testing and tuning for stable performance in demanding scenarios.
Controlled production workflow with testing, aging and quality checks before delivery.
Efficient technical confirmation, prototype preparation and sample delivery for project validation.
Support small-batch customization and continuous production for larger deployment plans.
Remote technical assistance, documentation and maintenance guidance for long-term operation.
Application / Frequency / Power / Quantity
Customized Design & Configuration
Fast Costing & Prototype Build
Testing & Performance Verification
Confirm Specs & Production Plan
Quality Control & On-Time Shipment
RF Power Amplifier Module Manufacturer
JianHong supplies broadband and narrowband RF power amplifier modules, signal-source modules and related RF assemblies for anti-drone and wireless system integration. Projects can be evaluated around frequency range, output power, gain, waveform, duty cycle, cooling and control requirements.
An RF PA module must be selected as part of the complete transmitter chain. The signal source, pre-driver, amplifier stages, filters, isolators, antenna, power supply, heat dissipation and enclosure all influence performance and reliability.
B2B Counter-UAS Product Selection
Provide measurable electrical, mechanical and operating requirements so the module can be matched to the complete system.
Specify the exact operating band, instantaneous bandwidth and whether broadband or narrowband performance is required.
Define target RF output, input level, waveform, modulation, peak-to-average ratio and required linearity.
Continuous-wave, pulsed and intermittent operation have different thermal, efficiency and heat-sink requirements.
Confirm supply voltage, interfaces, monitoring, protection, connectors, dimensions and environmental requirements.
Product matching
Start with the module function, then compare the exact frequency band, output, signal type, supply, interfaces and thermal conditions. Published values are a shortlist input; final acceptance conditions belong in the quotation and test record.
| Module option | Best for | Verify before quotation | Important boundary |
|---|---|---|---|
| 700–2700MHz 50W-class GaN RF PA View specifications | Wideband RF integration that needs 700–2700MHz coverage and fast TTL switching. | 50W-class platform, ≥30W typical output, 45–47dBm, 35dB gain at 10dBm input, 32V supply, 2–5us switching, cooling and control polarity. | “50W-class” describes the platform; it is not a guarantee of 50W at every frequency. Review the single-sample sweep and confirm an order-specific acceptance table. |
| PA100W 700–6000MHz GaN RF PA View specifications | Ultra-wideband multi-band RF chains that need power monitoring and thermal protection. | 700–6000MHz specified range, ≥50dBm typical output, ≥50dB gain, 32V supply, forward/reverse detection, cooling and acceptance conditions. | The available sample sweep covers 2000–6000MHz only; it is not test evidence for 700–1900MHz. |
| 7–12GHz 100W RF PA module View specifications | High-frequency wideband amplification when a confirmed sub-band matches the project. | Exact sub-band, output class, gain, flatness, supply voltage, hardware revision, protection, CW or pulsed mode and thermal design. | Source filenames and document content show revision-specific supply differences; use only a signed model-specific specification before design lock. |
| DDS 100MHz–6GHz signal-source module View specifications | Programmable signal generation, sweep, modulation and control before a compatible RF amplifier stage. | Bandwidth, ASK/FSK/PSK modes, UART control, supply, output level and compatibility with the following PA stage. | This is a signal source, not a power amplifier; the final chain still needs PA, filtering, protection and antenna matching. |
RF module manufacturing evidence
These are photographs of the JianHong workshop, assembly equipment and prepared RF module batches. They demonstrate production activity, not independent RF performance certification. Request the product-specific specification and test record needed by your project.
A production operator assembles and checks RF module circuit boards at the workstation.
A technician uses RF test instruments to verify a module during the production process.
Assembled RF module units are arranged for production-stage inspection and the next process.
Technical downloads
These English PDFs separate catalogue specifications from single-sample test evidence. Final frequency, output, gain, interfaces, cooling and acceptance criteria must still be confirmed for the ordered revision.
Verified specifications plus a 700–2700MHz single-sample output and current sweep.
English PDF · 3 pages · 283 KBVerified catalogue values plus 2000–6000MHz test evidence and a source bench photograph.
English PDF · 3 pages · 594 KBBuyer Questions
Provide frequency range, bandwidth, target output power, input power, gain, waveform or modulation, duty cycle, supply voltage, cooling method, control interface, connectors, dimensions, environmental requirements and quantity.
Broadband modules cover a wider frequency range and support flexible systems. Narrowband modules are optimized around a smaller band and may offer different efficiency, gain or filtering advantages. The system requirement determines the better option.
Project-based customization may be possible within practical device, thermal, power-supply and compliance limits. Final feasibility depends on the full electrical specification, mechanical envelope, quantity and validation requirements.
Cooling depends on RF output, efficiency, duty cycle, ambient temperature and enclosure. Options may include a customer-provided heat sink, forced air or a project-specific thermal design. Thermal conditions should be confirmed before testing.
OEM projects can be evaluated for electrical interfaces, mechanical fit, monitoring, protection and production quantity. A sample or prototype stage may be used to verify the module in the customer system before repeat orders.
Include frequency, power, waveform, duty cycle, voltage, cooling, dimensions and quantity for a faster technical review.
Shenzhen Jianhong Industrial Co., Ltd.
Professional low-altitude security and RF technology solution provider, offering integrated detection, monitoring, signal management, RF modules and customized OEM/ODM services.
