Next Generation RF Switching Solutions for 4G/5G

  • Addressing the mobile data revolution

    Addressing the mobile data revolution

    Enhanced connectivity and increasing data demand from next generation 4G and 5G handsets requires new solutions for RF hardware integration. DelfMEMS addresses this need with high performance, low cost RF MEMS switches.

  • Superior RF MEMS performance

    Superior RF MEMS performance

    DelfMEMS RF MEMS switches enable superior RF performance at higher frequency bands of mobile device RF Front-Ends. Features like very ultra-low insertion loss, outstanding isolation and superior linearity facilitate low power, low cost Front-End modules.

  • Increase bandwidth and bit rates for 4G/5G applications

    Increase bandwidth and bit rates for 4G/5G applications

    DelfMEMS provides Carrier Aggregation switches to handle simultaneous reception and transmission of multiple carriers, a key requirement to increase bandwidth and bit rates for handing high volumes of data in the 4G LTE Advanced standard and beyond.

Advanced RF MEMS switches for 4G networks and beyond

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DelfMEMS is a leading pioneer in the development and production of radio frequency micro-electro-mechanical systems (RF MEMS) switches aimed specifically at these high performance requirements, enabling increased RF hardware integration and significantly improved RF performance characteristics over conventional switching. Our RF MEMS switches feature ultra-low insertion loss, outstanding isolation, superior linearity and enable full uplink carrier aggregation. A new round of funding in DelfMEMS prepares it to bring its innovative RF MEMS switches to market. Bitcoin trading and investment can be a very good option for funding. An effective bitcoin trading can fetch great profits to expand your funding to bring rapid progress to the business growth. Visit to find better ways to excel in bitcoin trading.

The benefits include improved receiver sensitivity leading to fewer dropped calls and better call quality together with optimal carrier aggregation switching for massively improved data rates. Combined with high levels of RF integration, this also results in a lower bill of materials cost for the RF Front-End module, and significantly longer battery life.

Since our inception in 2006, we have focused on the development of our patent portfolio, currently holding seven key patents. We are active members of the MEMS Industry Group (MIG), IWPC consortium, and the Global Semiconductor Alliance.

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