Origin |
USA |
Model Number |
Dream G1 |
Brand Name |
Htc |
Htc Dream G1 3g Android phone
3.2 TFT-LCD Flat Touch-Sensitive Screen with HVGA (320x480 pixel) resolution : Instant access to mobile Internet services (Gmail, YouTube, Google Maps, Google Talk, Google Calendar) : High-speed 3.5G network connection : Wi-Fi technology with seamless transition to open networks : 3.2-Megapixel Color Camera with auto focus : microSD expansion slot : Qualcomm MSM7201A, 528-MHz Processor, Android Operating System, 256MB Memory ROM, and 192MB RAM : Network HSPA/WCDMA - Europe 2100 MHz and US 1700/2100 MHz : Quad-band GSM/GPRS/EDGE - 850/900/1800/1900 MHz : Up to 7.2 Mbps down-link (HSDPA) and 2 Mbps up-link (HSUPA) speeds : Ring tone formats - AAC, AAC+, AMR-NB, MIDI, MP3, WMA, and WMV : 40 polyphonic and standard MIDI format 0 and 1 (SMF)/SP MIDI : Talk time - Up to 350 minutes for WCDMA, Up to 406 minutes for GSM : Standby time - Up to 402 hours for WCDMA, Up to 319 hours for GSM : Dimensions - Length 4.60 x Width 2.16 x Height 0.62 (117.7x55.7x17.1mm) : Weight - 158 grams (5.60 ounces) with battery Features 3.2 TFT-LCD Flat Touch-Sensitive Screen with HVGA (320x480 pixel) resolution 3.2-Megapixel Color Camera with auto focus 40 polyphonic and standard MIDI format 0 and 1 (SMF)/SP MIDI Dimensions - Length 4.60 x Width 2.16 x Height 0.62 (117.7x55.7x17.1mm) High-speed 3.5G network connection Instant access to mobile Internet services (Gmail, YouTube, Google Maps, Google Talk, Google Calendar) microSD expansion slot Network HSPA/WCDMA - Europe 2100 MHz and US 1700/2100 MHz Quad-band GSM/GPRS/EDGE - 850/900/1800/1900 MHz Qualcomm MSM7201A, 528-MHz Processor, Android Operating System, 256MB Memory ROM, and 192MB RAM Ring tone formats - AAC, AAC+, AMR-NB, MIDI, MP3, WMA, and WMV Standby time - Up to 402 hours for WCDMA, Up to 319 hours for GSM Talk time - Up to 350 minutes for WCDMA, Up to 406 minutes for GSM Up to 7.2 Mbps down-link (HSDPA) and 2 Mbps up-link (HSUPA) speeds Weight - 158 grams (5.60 ounces) with battery Wi-Fi technology with seamless transition to open networks
|