Sony Ericsson G900 Rivals and Competitors
Phone RivalsClick on a rival to jump to it.
Sony Ericsson G900 vs. Sony Ericsson C902
Sony Ericsson G900
- Slow data means slow Internet browsing (GPRS, UMTS)
- Slow processor (208 MHz)
- Resistive touchscreen technology means its display is less sensitive than you would like it to be
- Low resolution display (240 x 320 pixels)
- Low pixel densitiy screen, below 180ppi (167 ppi)
- Too little RAM memory (128 MB RAM)
- Lacks a proximity sensor that turns the display оff during a phone call
- No front-facing camera
- Lacks global positioning system (GPS)
Common for both Pros & Cons
- Small dimensions (4.17 x 1.92 x 0.51 inches inches vs 4.25 x 1.92 x 0.41 inches inches)
- Lacks microSD slot for storage expansion
- Lacks a standard (3.5mm) headphones jack
- Lacks an ambient light sensor for automatic screen brightness adjustment
in-depth comparison
Sony Ericsson G900 vs. Sony Ericsson G700
Common for both Pros & Cons
- Small dimensions (4.17 x 1.92 x 0.51 inches inches)
- Slow data means slow Internet browsing (GPRS, UMTS)
- Slow processor (208 MHz)
- Resistive touchscreen technology means its display is less sensitive than you would like it to be
- Low resolution display (240 x 320 pixels)
- Low pixel densitiy screen, below 180ppi (167 ppi)
- Too little RAM memory (128 MB RAM)
- Lacks microSD slot for storage expansion
- Lacks a standard (3.5mm) headphones jack
- Lacks an ambient light sensor for automatic screen brightness adjustment
- Lacks a proximity sensor that turns the display оff during a phone call
- No front-facing camera
- Lacks global positioning system (GPS)
in-depth comparison
Sony Ericsson G900 vs. Sony Ericsson Elm
Sony Ericsson G900
- Slow data means slow Internet browsing (GPRS, UMTS)
- Slow processor (208 MHz)
- Resistive touchscreen technology means its display is less sensitive than you would like it to be
- Low resolution display (240 x 320 pixels)
- Low pixel densitiy screen, below 180ppi (167 ppi)
- Too little RAM memory (128 MB RAM)
- Lacks microSD slot for storage expansion
- Lacks an ambient light sensor for automatic screen brightness adjustment
- Lacks a proximity sensor that turns the display оff during a phone call
- No front-facing camera
- Lacks global positioning system (GPS)
Common for both Pros & Cons
- Small dimensions (4.17 x 1.92 x 0.51 inches inches vs 4.33 x 1.77 x 0.55 inches inches)
- Lacks a standard (3.5mm) headphones jack
in-depth comparison
Sony Ericsson G900 vs. Sony Xperia TX
Sony Ericsson G900
- Small dimensions (4.17 x 1.92 x 0.51 inches inches)
- Slow data means slow Internet browsing (GPRS, UMTS)
- Slow processor (208 MHz)
- Resistive touchscreen technology means its display is less sensitive than you would like it to be
- Low resolution display (240 x 320 pixels)
- Low pixel densitiy screen, below 180ppi (167 ppi)
- Too little RAM memory (128 MB RAM)
- Lacks microSD slot for storage expansion
- Lacks a standard (3.5mm) headphones jack
- Lacks an ambient light sensor for automatic screen brightness adjustment
- Lacks a proximity sensor that turns the display оff during a phone call
- No front-facing camera
- Lacks global positioning system (GPS)
Sony Xperia TX
- Dual core processor
- Very big display (4.6 inches)
- Extremely high pixel density screen, over 300ppi (319 ppi)
- High-resolution display (720 x 1280 pixels)
- High-resolution camera (13 megapixels)
- Very fast processor (1500 MHz)
- Lots of RAM (1024 MB RAM)
- Fast mobile data support (4G)
- NFC
- HDMI connector for TV-out (via microUSB)
Common for both Pros & Cons
nonein-depth comparison
Sony Ericsson G900 vs. Nokia E5
Sony Ericsson G900
- Small dimensions (4.17 x 1.92 x 0.51 inches inches)
- Slow data means slow Internet browsing (GPRS, UMTS)
- Resistive touchscreen technology means its display is less sensitive than you would like it to be
- Low resolution display (240 x 320 pixels)
- Lacks microSD slot for storage expansion
- Lacks a standard (3.5mm) headphones jack
- Lacks an ambient light sensor for automatic screen brightness adjustment
- Lacks a proximity sensor that turns the display оff during a phone call
- Lacks global positioning system (GPS)
Common for both Pros & Cons
- Slow processor (208 MHz vs 600 MHz)
- Low pixel densitiy screen, below 180ppi (167 ppi)
- Too little RAM memory (128 MB RAM vs 256 MB RAM)
- No front-facing camera
in-depth comparison
Sony Ericsson G900 vs. Sony Ericsson P1
Sony Ericsson G900
- Small dimensions (4.17 x 1.92 x 0.51 inches inches)
- Low pixel densitiy screen, below 180ppi (167 ppi)
- No front-facing camera
Sony Ericsson P1
- It is so thick it needs a personal fitness trainer (0.66 inches inches)
- Low-resolution camera (3.2 megapixels)
Common for both Pros & Cons
- Slow data means slow Internet browsing (GPRS, UMTS)
- Slow processor (208 MHz)
- Resistive touchscreen technology means its display is less sensitive than you would like it to be
- Low resolution display (240 x 320 pixels)
- Too little RAM memory (128 MB RAM)
- Lacks microSD slot for storage expansion
- Lacks a standard (3.5mm) headphones jack
- Lacks an ambient light sensor for automatic screen brightness adjustment
- Lacks a proximity sensor that turns the display оff during a phone call
- Lacks global positioning system (GPS)
in-depth comparison
Sony Ericsson G900 vs. Sony Ericsson K800
Sony Ericsson G900
- Small dimensions (4.17 x 1.92 x 0.51 inches inches)
- Slow processor (208 MHz)
- Resistive touchscreen technology means its display is less sensitive than you would like it to be
- Low resolution display (240 x 320 pixels)
- Low pixel densitiy screen, below 180ppi (167 ppi)
- Too little RAM memory (128 MB RAM)
- Lacks a proximity sensor that turns the display оff during a phone call
- No front-facing camera
- Lacks global positioning system (GPS)
Sony Ericsson K800
- Features a Xenon flash - better than a standard LED
- It is so thick it needs a personal fitness trainer (0.90 inches inches)
Common for both Pros & Cons
- Slow data means slow Internet browsing (GPRS, UMTS)
- Lacks microSD slot for storage expansion
- Lacks a standard (3.5mm) headphones jack
- Lacks an ambient light sensor for automatic screen brightness adjustment
in-depth comparison
