Our Products
Programmable Attenuators
Designed for precise signal control across RF and microwave applications. These devices allow users to adjust signal amplitude electronically with high accuracy and repeatability, making them essential for automated testing environments.
Variable Attenuators
A diverse range of variable attenuators designed for precise signal management in RF and microwave testing. Our catalog spans from simple manual components to sophisticated rackmount systems used in modern telecommunications labs.
Fixed Attenuators
A comprehensive line of coaxial fixed attenuators designed to reduce RF signal power by a specific, unchanging amount. These components are valued for their rugged construction and high power-handling capabilities in telecommunications and lab environments.
Programmable Phase Shifters
Designed for advanced RF testing, allowing users to electronically adjust the phase of a signal in real-time. They are particularly vital for simulating the movement of devices in a wireless network (handover testing) and for beamforming development.
Antennas
RF and Microwave Antennas tailored for wireless communication testing, lab research, and industrial integration. Our antenna lineup is designed to support modern standards like 4G LTE, 5G, and Wi-Fi 6/6E.
RF Switch Systems
RF Switch Systems designed to automate the routing of high-frequency signals between multiple inputs (such as base stations or signal generators) and multiple outputs (such as handsets or antennas) without the need for manual cable swapping.
Shielding Boxes
A specialized range of RF Shielding Boxes designed to provide a high-isolation environment for wireless testing. These enclosures are essential for isolating a "Device Under Test" (DUT) from external interference like Wi-Fi, cellular, and Bluetooth signals.
Terminations
A robust line of coaxial RF terminations, designed to absorb RF power at the end of a transmission line with minimal reflection, ensuring system stability and protecting sensitive equipment.
Duplexers
RF Duplexers designed to enable bi-directional communication over a single signal path. Their duplexers are primarily used to isolate a transmitter and a receiver while allowing them to share a common antenna, making them critical for cellular base stations and wireless infrastructure testing.
RF Adaptors
A wide selection of RF Coaxial Adaptors designed to provide seamless transitions between different connector types and genders while maintaining signal integrity. These adaptors are essential for laboratory testing, where equipment from various manufacturers with different interfaces must be interconnected.
Power Switches
Programmable Power Switches designed for the integrated management and remote control of power supplies within testing environments. These systems are typically used to automate the power-on/off sequences of multiple devices in an RF test rack, ensuring efficient energy use and safety.
Power Dividers
A specialized range of RF Power Dividers and combiners. These passive components are designed to split an input signal into two or more output signals with minimal loss, or conversely, to combine multiple signals into a single output for shared transmission.
RF Cables
RF Coaxial Cable Assemblies designed for high-frequency signal transmission in laboratory, telecommunications, and industrial environments. Their cables are engineered to minimize signal loss and interference, serving as the "nervous system" for their Radio Rack and shielding box setups.
Patch Panels
RF Patch Panels that serve as the central interface for organizing and routing signal paths within a laboratory or production environment. These panels are typically the "face" of a test rack, providing a clean, labeled point of access for all internal components like attenuators, switches, and dividers.
Circulators
RF Coaxial Circulators and Isolators that are essential for controlling the direction of signal flow in microwave systems. These 3-port ferrite devices ensure that signals entering one port are routed to the next in a specific circular order (typically clockwise), while remaining isolated from the third port.
