RDA Announces New Products of 3G/4G Power Amplifier RPM636X and RPM6569 Series

As a supplier of RF and mixed-signal chips in China, RDA Microelectronics (hereinafter referred to as "RDA") has launched 6 new series of 3G/4G power amplifiers, namely RPM6361, RPM6362, RPM6363, RPM6365, RPM6368 and RPM6569. The 6 new products launched this time all adopt high-linear GaAs HBT technology, which supports single-band and six-band operation respectively, providing a priority application experience for mobile devices such as smartphones and tablet computers.

RPM636X and RPM6569 series products adopt the mainstream package size in the market, fully considering the compatibility of 3*3mm2 and 3*4.2mm2 PCBs of customers, improving the flexibility of terminal applications. Among them, RPM6361, RPM6362, RPM6365 and RPM6368 support LTE B1, LTE B2, LTE B5 and LTE B8 frequency bands respectively; RPM6363 supports LTE B3/B4 frequency bands; B4/B5/B8 six frequency bands. This series of products are compatible with WCDMA/TD-SCDMA/CDMA standard.

RPM636X and RPM6569 series products have extraordinary performance, reaching the world's best level. Using the linear PA industry test standard FOM (Figure of Merit) to measure, the FOM value of the 6 products launched this time all exceeds 90.

As the higher products of RDA's "Easy-Matching TM" brand, RPM636X and RPM6569 series products can greatly reduce the difficulty of RF front-end debugging, speed up customer product development, and improve the system performance of end products.

"The RF front-end is an important part of the RDA product strategic layout. The RPM636X and RPM6569 series products reflect our strong strength in the field of RF technology," said Zhao Lidong, President of RDA Microelectronics. Investing in the field of RF front-end, building an international product development team, oriented by customer needs, constantly realizing technological innovation, developing products with international competitiveness, and becoming the guiding standard of the RF front-end market."