JFW Model #50MS-367 2.9MM is a 4 X 4 blocking matrix switch that operates DC-40 GHz. The RF connectors are 50 Ohm impedance 2.9mm female type located on the rear panel. The unit is remotely controlled via Ethernet or RS-232. This RF matrix switch utilizes our 3.X.X firmware command set for remote control. All unused input ports and unused output ports are self-terminating at 50 Ohms. The current IP settings and serial baud rate are displayed on the front panel display. The IP settings and baud rate can be updated using the keypad.
JFW is pleased to announce a new low power 2.9mm fixed attenuator that will be needed in every 5G lab technician’s toolbox. The JFW Model #50FHAR-xxx 2.9MM is a fixed attenuator that covers the frequency range DC to 40 GHz. It can handle 2W of RF Input power. It has 2.9mm male/female RF connectors and a compact length of 0.86 inches. This attenuator is available with attenuation values: 3, 6, 10, 20, or 30dB.
Two 6GHz fixed attenuators models have been added to the JFW website. Model 50FHC-xxx-25-6 is rated at 25 Watts. Model 50FHXC-xxx-50-6 is rated at 50 Watts. Both models operate at DC-6GHz. The attenuation value can be selected from 1dB to 40dB in 1dB increments. The RF connectors available are 4.1/9.5, 4.3/10, 7/16, N, SMA or TNC.
Our new 50T-596 termination is 50 Ohms with a 2.4 mm male connector. It covers the frequency range DC-50 GHz and has an input power rating of 0.5 Watts. Visit the new 50 GHz termination product page to view the data sheet and outline drawing.
These two new series of Ethernet-controlled RF attenuator systems were specifically developed for testing mm-wave and 5G radios in a laboratory environment. An ultra-wide bandwidth of 100 MHz to 40 GHz and attenuation from 0-62dB in 1-dB steps makes both of these systems ideal for receiver sensitivity testing and network emulation of fixed 5G and mobile 5G wireless network components. An easy to use Ethernet/RS-232 interface with front-panel manual control and standard 2.9 MM RF connectors make integration simple as well.