The Future of Wireless is WiSpry! WiSpry is a fabless RF semiconductor company that has developed truly disruptive technologies for the wireless market. WiSpry brings significant performance improvements, size and cost reduction benefits to mobile handset manufacturers and network operators. This is achieved by on-chip integration of dynamically tunable RF elements into mobile handset front-end circuits.
The key to WiSpry’s technology is the integration of patented RF- micro-electro-mechanical–systems (MEMS) devices with industry standard RF-CMOS process flows, thereby enabling convergence of digital, analog, and RF functionality on a single chip.
This integration enables WiSpry’s very high performance tunable digital capacitors to take advantage of the latest advancements in logic and RF-CMOS processes resulting in substantial performance benefits at a cost that leverages the large fabless CMOS manufacturing infrastructure.
Key benefits and value validated by top-tier mobile handset manufacturers include:
Up to 3 dB (+) in RF performance gain in TIS and TRP
Increase in talk-time and battery efficiency.
Reduced demand on network infrastructure due to improved receiver sensitivityReduction in the number of required antennas in multi-band handset platforms.
Multiple week reduction in RF design cycle time.
The ability to develop a software-tunable RF platform that can be appled towards multiple mobile handset platforms with only minor software changes.
Sensitivity gains and increased power efficiency results in less infrastructure needed in a given geogrphic area.
Customers developing increasingly complex multi-band and multi-standard mobile phone platforms can now take advantage of the superior performance enabled by high-performance, tunable RF using MEMS technology at a cost consistent with the requirements of consumer elelctronics. t WiSpry’s proven software programmable front-end products can greatly simplify the schematic and layout of the multi-band mobile phone design while at the same time save space and improve the RF-performance.
