Multimode mobile WiMAX/GSM-EDGE reference design platforms running both Android and Windows Mobile demonstrated at Mobile World Congress
February 15, 2010, Barcelona: Comsys Mobile, a leader in communication processors for 4G mobile devices, will be demonstrating the industry’s first multimode mobile WiMAX/GSM-EDGE Android Smartphone reference design at Mobile World Congress. Visitors will be able to see multiple applications running on top of Android and Windows Mobile, driven by our ComMAX® CM1125 reference design platforms.
ComMAX CM1125 optimized handset reference design platforms provide a complete solution with pre-integrated ecosystem from selected partners, incorporating all the features and functionalities required of Smartphones – from antenna up to application processor. OEM/ODMs receive a complete pre-integrated form-factor solution reducing development costs and accelerating time to market.
In addition to multimode mobile WiMAX/GSM-EDGE, CM1125 reference designs integrate WLAN, BT, FM radio and GPS connectivity, including multi-radio coexistence for enhanced user experience with anytime, anywhere connectivity.
Comsys Mobile’s Director for WiMAX Product Marketing, Ehud Reshef, stated: “Comsys Mobile is proud to continue our legacy as a key enabler in the mobile broadband ecosystem, providing the first mobile WiMAX/GSM-EDGE reference platform running Android. With Android becoming a most significant platform in the design of high level mobile handsets and Smartphones, our multimode reference design with complete pre-integrated ecosystem will facilitate OEM/ODMs efforts in meeting market demand for these devices”.
CM1125 reference design platforms are enabled by the CM1125 baseband, Comsys Mobile’s unique multimode mobile WiMAX-GSM-EDGE processor. Optimized for handsets and other hand-held devices, the CM1125 provides seamless handover between WiMAX and GSM-EDGE, exceptionally low power operation, a highly embedded PHY/MAC, and high vehicular speed support.
Demos will take place at Comsys Mobile’s booth 2B73 (Hall 2). All are invited