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Modern communication standards like cellular, WiFi, ISM and Bluetooth need bidirectional signal transmissions, independent of the multiplex method: TDD (Time Domain Division) or FDD (Frequency Domain Division).

Modern communication standards like cellular, WiFi, ISM and Bluetooth need bidirectional signal transmissions, independent of the multiplex method: TDD (Time Domain Division) or FDD (Frequency Domain Division).

Modern communication standards like cellular, WiFi, ISM and Bluetooth need bidirectional signal transmissions, independent of the multiplex method: TDD (Time Domain Division) or FDD (Frequency Domain Division).

QATT – 4 Channel Programmable Step Attenuator suitable for the frequency range from 100 kHz up to 4000 MHz in 50 Ohm technology.

QATT-7G 4 Channel Programmable Step Attenuator suitable for the frequency range from 100 kHz up to 7000 MHz in 50 Ohms technology.

RSWM-4X4ER is an extremely wideband, non-blocking switching matrix suitable for the frequency range 20 MHz … 8 GHz. Due to its extremely wideband frequency range the device is capable of working with the latest standards such as Wi-Fi 6E

RSWM-4X4R is a non-blocking matrix with high bandwidth offering 4 inputs and 4 outputs in 50 ohms technology. The design of RSWM-4X4R is based on modern semiconductors.

RSWM-4X8ER is an extremely wideband, non-blocking switching matrix suitable for the frequency range 20 MHz … 8 GHz. Due to its extremely wideband frequency range the device is capable of working with the latest standards such as Wi-Fi 6E.

RSWM-4X8R is a non-blocking matrix with high bandwidth offering 4 inputs and 8 outputs in 50 ohms technology. The design of RSWM-4X8R is based on modern semiconductors. The RF switches are solid state and work wear-free. RSWM-4X8R has an energy save mode.

RSWM-4X8SR is a non-blocking switching matrix especially designed for the short wave range 1.7 MHz … 30 MHz. This device features four inputs which can be connected arbitrarily to eight outputs.