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New RF filter technology aims to optimise LTE devices

New RF filter technology aims to optimise LTE devices

Technology News |
By eeNews Europe



In a new report, "Akoustis Sets Out to Unsettle Established RF Filter Supply Base," Strategy Analytics profiles the company and its technology, predicting changes in the market regardless of the ultimate success of the company.

Akoustis™ has developed a proprietary and patent-pending wafer-based technology, known as Bulk ONE™, which utilizes its novel single crystal materials. The process integrates single crystal resonators with wafer-level packaging to achieve a compact and high-performance acoustic wave filter.

Compared to traditional BAW filters, these high preformance BAW filters based on this single-crystal bulk acoustic resonator offer longer battery life, generate less heat, and optimise 4G LTE performance with lower dropped calls

Source: Akoustis.

According to Christopher Taylor, Director of the Strategy Analytics RF & Wireless Components service and author of the report, "We expect RF filter unit shipments for cellular devices to more than double by 2020, with high-performance bulk acoustic wave (BAW) filters soon making up more than half of shipments. The technology in development by Akoustis is just one sign of the growing demand for high-performance filters, a technology that could have big ramifications for RF front-end suppliers Qorvo, Avago Tech, Murata, TDK-Epcos, Skyworks, Taiyo Yuden, and handset OEMs."

Eric Higham, Director of Advance Semiconductor Applications at Strategy Analytics, added that, "We often get asked whether gallium nitride (GaN) will make it into mobile phones, replacing gallium arsenide for power amplifiers. We don’t think GaN in handset PAs could compete with GaAs in terms of cost, but perhaps BAW filters fabricated in GaN by Akoustis will replace aluminum nitride BAW filters now used in many phones."

www.akoustis.com
www.StrategyAnalytics.com

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