Description of BVA3144C BeRex announces today the availability of the BVA3144C, a digitally controlled variable gain amplifier for 5G wireless infrastructure applications in the 4400 to 5000 MHz band. The BVA3144C is an integration of a serially programmable, digital 7-step attenuator (DSA) with 0.25 dB steps for glitch-safe, attenuation accuracy over a 31.75 dB attenuation ... BVA3144C
IPP is proud to introduce the IPP-8057, a high-performance surface mount dual directional coupler. This coupler covers 500 – 2500 MHz with an average power rating of 150 watts in a 0.50” x 1.00” SMD package. IPP-8057 has a high directivity value of 20dB and insertion loss of less than 0.25 dB. The IPP-8057 has a ... IPP-8057
Description of 8TR8223 BeRex Inc. announces the availability of the 8TR8223, a multi-function front-end RFIC module designed for 802.15.4 ZigBee, THREAD, Matter, and proprietary ISM applications. The 8TR8223 combine a power amplifier for transmission with a low-noise amplifier for the receiver, a pair of SP3T (single-pole triple-throw) switches for transmit/receive/bypass functionality, dual ANT, along with ... 8TR8223
Description of BGH7 BeRex announced the launch of its new product, the BGH7, a 10 MHz to 4200 MHz Low-Gain broadband Gain block amplifier.It is based on GaAs material with an HBT process, which makes it ideal for ISM, VHF, UHF, LTE, 5G wireless infrastructure, repeaters, and boosters’ applications. The BGH7 is internally matched ... BGH7 : 10-4200 MHz BROADBAND AMPLIFIER
BeRex Launches BVA1621 Wide-Band & High-Linearity Digital Variable Gain Amplifiers (DVGAs), For 5G/4G/3G Wireless Infrastructure applications. The BVA1621 is a replacement for NXP’s BGA7204 (EOL). BeRex announced the release of new product; the BVA1621 is Digital Variable Gain Amplifier (DVGA) which is designed for glitch-safe attenuation state transitions, highly accurate 6-bit digitally-controlled attenuation over a 31.5dB ... BVA1621
At Networks International Corporation (NIC), we design and develop high-performance filters that meet the rigorous demands of space applications. Our space-qualified filters undergo extensive testing for thermal cycling, vibration, and radiation tolerance to ensure reliable operation in harsh orbital environments. With a focus on RF and EMI suppression, these filters are engineered to support critical satellite ... Built for Orbit: Discover NIC’s Space-Qualified RF & Microwave Innovations at IMS 2025
