Comsys Mobile announces baseband development platform for LTE UE SoC
ComMAX®LT8000DP platform for eUTRA UE LT8000 baseband incorporating Comsys Mobile’s patented FlexArc architecture
Barcelona: February 16, 2010 - Comsys Mobile, a leader in communication processors for 4G mobile devices, today announced availability of a new platform, the ComMAX LT8000DP, for the LT8000 LTE UE baseband at Mobile World Congress, Barcelona. LT8000DP is a pre-silicon development platform for integration of Comsys Mobile’s ComMAX LTE technology with ecosystem partners’ IP, for a comprehensive LTE solution in shorter time to market. It supports eUTRA FDD and TDD as well as LTE CAT4 with sustained data throughput up to 150Mbps.
The ComMAX LT8000 is a UE baseband SoC designed for mobile devices, incorporating Comsys Mobile’s patented FlexArc SoC architecture for optimized power consumption and flexibility, with a scalability that enables support for3GPP LTE release 8 and release 9.
LT8000 was designed for multimode support with other cellular technologies such as GERAN & UTRAN, and provides all the communication features essential for 4G mobile devices and other wireless consumer electronic devices.
The LT8000DP platform integrates Comsys Mobile’s LT8000 LTE baseband, providing all the requirements for an easy & rapid path towards a System On Chip solution for LTE mobile devices. The platform provides the capability to conduct pre-compliance GCF testing, IOT and Field Trials, to shorten time to maturity.
“Comsys Mobile’s patented FlexArc SoC architecture provides an optimized solution for mobile devices requiring the scalability to support higher data rates as well as to comply in the future with LTE release 9. We are inviting partners to join forces in developing a cutting-edge LTE SoC solution based on our LT8000DP platform” said Avi Sharon, Director of LTE Product Marketing at Comsys Mobile.
Comsys Mobile will be demonstrating full HD video over the LT8000DP platform at Mobile World Congress, as an example of the kind of application requiring high data rate and low latency that the solution can provide. All are invited (Hall 2, Booth 2B73).