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.
By the numbers
We measure the business by useful products, dependable partners, and customers who come back when they need the next everyday piece.
CX Series: Low Loss Stable Phase High-Power Special Impedance Coaxial Cable is engineered for high-power RF transmission and precision microwave systems. Featuring low insertion loss, excellent phase stability and custom impedance options, this cable is widely used in radar transmitters, satellite communication systems, RF power amplifier modules, microwave communication equipment and high-frequency RF testing platforms.
CT Series: Low-Loss Economical Coaxial Cable provides reliable RF signal transmission with reduced attenuation and cost-effective performance for general microwave and RF communication applications. Suitable for wireless infrastructure, antenna systems, laboratory testing environments, microwave assemblies and RF communication equipment.
CMR Series: Low-Loss Communication Coaxial Cable is designed for high-frequency RF communication systems requiring stable signal transmission and reduced signal attenuation. It is widely used in wireless communication networks, satellite communication equipment, radar electronics, RF modules and microwave communication systems.
VNA Seriese: Test Cable for Vector Network Analyzer (630mm) is designed for high-accuracy RF and microwave measurement applications. This phase stable VNA test cable provides excellent amplitude stability, low insertion loss and high measurement repeatability for vector network analyzer calibration, antenna testing, RF component measurement and microwave laboratory environments.
VNA Seriese: Test Cable for Vector Network Analyzer (1000mm) provides stable and accurate RF signal transmission for microwave measurement systems. Designed for vector network analyzer testing, RF calibration, antenna measurements and microwave laboratories, this high-performance phase stable coaxial cable ensures reliable measurement accuracy and repeatable test results.
Standard Gain Horn Antenna provides stable gain, predictable radiation patterns and wide frequency coverage for antenna measurements and RF calibration. Widely used in radar systems, satellite communication, antenna testing laboratories, EMC measurements, RF chambers and microwave research environments.
Standard Gain Horn Antenna provides stable gain, predictable radiation patterns and wide frequency coverage for antenna measurements and RF calibration. Widely used in radar systems, satellite communication, antenna testing laboratories, EMC measurements, RF chambers and microwave research environments.
Wideband Horn Antenna offers broad frequency bandwidth and stable radiation characteristics for microwave and mmWave applications. Ideal for radar systems, RF measurement setups, antenna calibration ranges, satellite communication research and electromagnetic compatibility testing.
Dual Polarization Horn Antenna supports both horizontal and vertical polarization for advanced RF measurements and communication systems. Suitable for radar testing, satellite communication research, antenna characterization, mmWave measurements and microwave laboratories.
Save time on complex RF math. This dBm to Power conversion table (+60 to -20 dBm) offers engineers a fast, reliable reference to ensure precision in every power measurement and link budget.
Streamline your RF design workflow with this precise VSWR to Return Loss conversion table. Built for engineers to simplify impedance matching and link budget calculations from 1.01 to 20.0 Accuracy.
Optimize RF systems with our ultimate RF connector frequency guide. Master microwave bands from F type to 1.0mm for precision engineering.
Optimize your RF systems with our ultimate microwave frequency bands guide. Covering standard ranges from HF to W-band, we bridge the gap between precise wavelengths and core waveguide flanges.
Explore standard rectangular waveguide flange types (CPRF, UBR, UAR). Compare EIA vs IEC standards, hole patterns, and engineering applications with our clear visual guide.
Get technical parameters for standard rectangular waveguide tubes (BJ3 to BJ900). Features WR/R designations, frequency range, dimensions, 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.
