We provide high-performance Waveguide, RF Coaxial, Antenna and Cable solutions with fast delivery, strict quality control and flexible customization for global customers.
Our product range includes Waveguide components, Coaxial components, RF cables, Antennas and customized microwave assemblies.
With experienced engineering teams, strict quality inspection and efficient production processes, we help customers shorten lead time and reduce project risk.
Why Choose Us
Professional and Reliable RF & Microwave Solutions
Professional technical solutions from design to final production.
Strict inspection processes ensure consistent performance.
Efficient scheduling enables short lead time and on-time shipment.
Standard and custom solutions to meet diverse requirements.
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BY THE NUMBERS
We measure the business by useful products, dependable partners, and customers who come back when they need the next everyday piece.
Coaxial Coupler samples RF signals with controlled coupling and high directivity. Ideal for power monitoring in radar transmitters, RF communication systems and microwave measurement setups.
Coaxial Calibration Kits provide precision standards for accurate vector network analyzer calibration. Designed for RF laboratories, microwave component testing, mmWave measurements and antenna testing environments.
Power Amplifier (PA) designed for high-efficiency RF signal amplification in microwave and millimeter-wave systems. Provides stable gain, high output power and excellent linearity for radar transmitters, satellite communication, RF front-end modules, 5G infrastructure, RF test equipment and aerospace or defense electronics.
Low Noise Amplifier (LNA) delivers ultra-low noise figure and high gain for sensitive RF receiver systems. Widely used in radar receivers, satellite communication terminals, RF measurement systems, microwave communication networks, 5G mmWave infrastructure and scientific research applications.
End-launch Waveguide to Coaxial Adapter provides direct coaxial interface integration with waveguide structures. Ideal for microwave modules, RF test fixtures, radar subsystems and high-frequency mmWave measurement equipment.
Broadwall Directional Coupler provides stable microwave signal coupling through the waveguide broad wall. Suitable for radar platforms, satellite communication links, RF monitoring systems and microwave measurement applications.
Waveguide Loop Coupler enables efficient RF signal sampling with high directivity and low insertion loss. Commonly used in radar transmitters, microwave communication equipment and RF test systems.
Waveguide Probe Coupler extracts microwave signals using probe coupling technology for precise RF monitoring and measurement. Ideal for radar systems, microwave transmitters and laboratory RF test setups.
Waveguide Fixed Attenuator provides precise microwave signal attenuation while maintaining stable impedance matching. Suitable for radar transmitters, satellite communication systems, RF test benches and microwave measurement applications.
Explore standard rectangular waveguide flange types (CPRF, UBR, UAR). Compare EIA vs IEC standards, hole patterns, and engineering applications with our clear visual guide.
Waveguide size chart for standard rectangular waveguides (BJ3 to BJ900 / WR-2300 to WR-10): frequency ranges, inner dimensions, flanges and theoretical attenuation.
Why do waveguide bends matter in microwave and satellite systems? Learn how precision E-bends and H-bends prevent VSWR spikes and protect signal integrity.
E-Bend vs H-Bend waveguide: what's the difference? Learn how to route RF signals in tight spaces, prevent VSWR spikes, and choose between swept and mitered bends.
Why does precision matter in millimeter-wave waveguide loads? Learn how CNC accuracy prevents VSWR spikes and corrupted VNA data in RF systems up to 110 GHz.
High power vs standard waveguide loads: what's the difference? Learn how to manage thermal dissipation, prevent VSWR spikes, and protect your RF amplifiers.
Are cheap waveguide terminations damaging your RF system? Discover how poor dummy loads cause VSWR spikes, thermal meltdowns, and corrupted VNA calibration data.
Stop over-engineering your RF system. Learn how to size waveguide loads by balancing thermal derating, material weight, and VSWR for smart, cost-effective design.
