Tag Archive for 'dual mode'

ZTE U990 WinMo handset

ZTE U990 WinMo handsetZTE U990 WinMo handset. Chinese manufacturer ZTE announced their first Windows Mobile handset, the U990. It’s the world’s first HSDPA/TD-SCDMA handset. The mobile phone by ZTE comes with a dual mode that supports both HSDPA and TD-SCDMA (3G network for China). The new U990 has a high-speed transmission rate of up to 2.8 Mbps, the fastest transmission speed amoung the TD-SCDMA terminals available in the industry, offering consumers the best possible mobile experience.

The new model supports dual mode TD-SCDMA/EDGE allowing seamless transitions between the two networks. Its HSDPA speed is capable of reaching 2.8Mbps for downlink transmission and 384kbps for uplink transmission, ensuring high-speed HSDPA service under TD-SCDMA network infrastructure in China. ZTE U990 runs on Windows Mobile 6.0 operating system and is the first ZTE handset integrated with a Microsoft OS. It features 3G, equipped with both GPS/AGPS navigation technologies.

(via 3g)

Nokia 6124 Classic to support NTT DoCoMo’s i-mode

Nokia 6124 Classic to support NTT DoCoMO's i-modeNokia 6124 to support NTT DoCoMo’s i-mode. Nokia in cooperation with Far EasTone Telecommunications (FET) will launch a customized handset, the 6124 classic. Nokia 6124 Classic will be coming to Taiwan market with support for i-mode. The Nokia classic i-mode, which supports 3.5G HSDPA technology, will be Nokia’s first customized handset that supports NTT DoCoMO’s i-mode value-added services, said CK Cherng, general manager, Nokia Taiwan. Continue reading ‘Nokia 6124 Classic to support NTT DoCoMo’s i-mode’

CSR’s Ultra Low Power (ULP) dual-mode Bluetooth Silicon Debut

CSR's Ultra Low Power (ULP) dual-mode Bluetooth Silicon DebutCSR’s Ultra Low Power (ULP) dual-mode Bluetooth Silicon Debut. It’s a good thing that CSR has debuted their dual-mode ULP/Bluetooth 2.1 chip. Previously known as Wibree, Ultra Low Power (ULP) (the next-generation bluetooth standard) allows for 10 times lower power consumption during regular Bluetooth connection and a 50-fold decrease in power-draw during Bluetooth data transfers. Continue reading ‘CSR’s Ultra Low Power (ULP) dual-mode Bluetooth Silicon Debut’