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| connectivity | ||||
| Has an external memory slot | Yes | vs | No | The device has a standard memory slot (such as an SD or micro SD card slot) so that you can either extend the internal storage with affordable memory modules or you can retrieve data, such as photographs, easily from a memory card. |
| Sizably faster downloads | 21 MBits/s | vs | 14.4 MBits/s | 45.83% faster downloads. |
| Has a radio | Yes | vs | No | It works as an FM radio with included headsets |
| Has NFC | Yes | vs | No | Near-field-communication (NFC) allows wireless transactions like payments. |
| Has USB mass storage support | Yes | vs | No | It can transfer files, music, photos via USB, no need to install additional software. |
| Has DLNA | Yes | vs | No | It can stream videos and movies to other devices over-the-air, using the standard DLNA protocol. |
| camera | ||||
| Has a serial shot mode | Yes | vs | No | You can shoot multiple pictures in a row. |
| Distinctly longer exposure | 1' | vs | 1/15 s | 0.93 s longer exposure. Exposure is the total amount of light allowed to fall on the image sensor during the process of taking a photograph. Exposure is measured in lux seconds. It allows to take shots in the night capturing the movement of lights. |
| Has manual iso | Yes | vs | No | This allows to manually set the ISO level. |
| Explicitly less startup delay | 0.99 s | vs | 1.4 s | 0.41 s less startup delay. It takes less time for the camera to turn on and take a first picture. |
| Faster maximum shutter speed | 1/10000 s | vs | 1/2000 s | 5x faster maximum shutter speed. A faster maximum shutter speed allows taking pictures of fast moving subjects without blur. |
| Notably more megapixel (photo, front camera) | 1.9 MP | vs | 0.3 MP | 6.33x more megapixel (photo, front camera). |
| Measurably less shutter lag | 0.35 s | vs | 0.4 s | 0.05 s less shutter lag. How long does the camera need to take a photo without having to focus. |
| Has an image stabilizer | Yes | vs | No | Avoids blurry shots, usually most cameras are equipped with electronic image stabilizers. |
| Has a video light | Yes | vs | No | A video light helps when recording a movie in low-light situation like a party. |
| memory | ||||
| Reasonably more RAM memory | 1 GB | vs | 0.5 GB | 0.5 GB more RAM memory. |
| power | ||||
| Has a removable battery | Yes | vs | No | The battery is removable and can be replaced by the user if broken |
| Measurably more battery power | 2,100 mAh | vs | 1,418 mAh | 48.1% more battery power. |
| Can be charged via standard USB cable | Yes | vs | No | It can be charged and operated with a standard USB cable with your computer or with USB power supplies. |
| physical | ||||
| Thinner | 8.6 mm | vs | 9.3 mm | 0.7 mm thinner. |
| Lighter | 133 g | vs | 140 g | 7 g lighter. |
| Lower SAR for head (EU) | 0.21 W/kg | vs | 0.99 W/kg | 0.78 W/kg lower SAR for head (EU). SAR (Specific Absorption Rate) describes how much radio frequency energy emitted by the device will be absorbed by your body. The rate is measured at head level. The legal limit is 2.0 W/kg in the EU. |
| Lower SAR for head (USA) | 0.55 W/kg | vs | 1.18 W/kg | 0.63 W/kg lower SAR for head (USA). SAR (Specific Absorption Rate) describes how much radio frequency energy emitted by the device will be absorbed by your body. The rate is measured at head level. The legal limit is 1.6 W/kg in the USA. |
| cpu | ||||
| Faster CPU clock speed | 4x 1.4 GHz | vs | 2x 0.8 GHz | 3.5x faster CPU clock speed. |
| Significantly smaller semiconductor size | 32 nm | vs | 45 nm | 28.89% smaller semiconductor size. A smaller size indicates that the process to create the chip is newer. |
| display | ||||
| Higher resolution | 720 x 1280 px | vs | 640 x 960 px | 1.5x higher resolution. |
| Has a Corning® Gorilla® Glass display | Yes | vs | No | Special glass that is durable enough to resist many real-world events that commonly cause glass failure. |
| Plenty bigger screen size | 4.8" | vs | 3.5" | 37.14% bigger screen size. The bigger the screen size is, the better the user experience. |
| os | ||||
| More apps available | 850,000 | vs | 750,000 | 13.33% more apps available. |
| The browser has word wrap | Yes | vs | No | The web browser has automatic word wrap when zooming, the user can easily read long lines without scrolling horizontally. |
| physical | ||||
| Substantially lower SAR for body (USA) | 0.98 W/kg | vs | 1.49 W/kg | 0.51 W/kg lower SAR for body (USA). SAR (Specific Absorption Rate) describes how much radio frequency energy emitted by the device will be absorbed by your body. The rate is measured at hip level. The legal limit is 1.6 W/kg in the USA. |
| Narrower | 58.6 mm | vs | 70.6 mm | 12 mm narrower. |
| Considerably less body volume | 60.6 cm³ | vs | 82.94 cm³ | 26.94% less body volume. |
| Shorter | 115.2 mm | vs | 136.6 mm | 21.4 mm shorter. |
| os | ||||
| Direct updates by OS vendor | Yes | vs | No | It can be updated directly by the OS vendor, so no need to wait until the manufacturer or network provider releases an update. |
| lens | ||||
| Significantly wider aperture | f/2.4 | vs | f/2.6 | 7.69% wider aperture. The wider an aperture, the more light the image sensor gets. More light helps avoiding blur by employing a faster shutter speed. Aperture sizes are expressed in f-stops, the smaller the better. In addition, wide lenses provide a narrow depth of field enabling to focus on the subject and blur the background. |
| display | ||||
| A little higher pixel density | 330 ppi | vs | 306 ppi | 7.84% higher pixel density. |
| Every pixel has three subpixels | Yes | vs | No | The device has three full subpixels per pixel which results in a sharp and crisp picture. Pixels in some displays (like AMOLED) share one subpixel to preserve space. It may result in less crisp or little blurred image. |
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