Canon IXUS 180 vs Fujifilm FinePix JV300 vs Nikon A10 vs Samsung MV800

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Canon IXUS 180
Fujifilm FinePix JV300
Nikon A10
Samsung MV800

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Reasons For

13 Reasons For
30% higher megapixel Edit
The Canon IXUS 180 is a 20MP digital camera. That's 6MP higher than the Fujifilm FinePix JV300 (16.15MP), 3.9MP higher than the Nikon A10 (16.15MP) and 3.85MP higher than the Samsung MV800 (16.15MP). Read more

The resolution of the images a digital camera produces is measured in megapixels (MP). One megapixel is equal to 1 million pixels and is a result of the pixel width multiplied by the pixel height of the image. While a higher image resolution generally results in sharper images, only a relatively low megapixel count is required when printing the image at a small size or to display it on a computer screen.

A sensor with more megapixels will be able to capture more detailed photos and the image will appear sharper. Images with more megapixels can also be printed at a larger size.

20% more total megapixels Edit
The Canon IXUS 180 is a 20.5MP digital camera. That's 4.06MP more than the Nikon A10 and the Samsung MV800 (16.44MP).
70% bigger optical zoom Edit
The Canon IXUS 180 is a 10x optical zoom digital camera. That's 7x bigger than the Fujifilm FinePix JV300 (5x) and 5x bigger than the Nikon A10 and the Samsung MV800 (5x). Read more

The optical zoom of a camera is a measure of how much the camera can zoom in to the subject using the camera's lens system. An optical zoom is superior to a digital zoom because the zoom is achieved using the optics of lens which means that the full extent of the digital sensor is always used to capture the image.

A larger optical zoom allows you to zoom in on the subject without having to move closer. Compared to a digital zoom, using an optical zoom does not result in a loss of image quality.

Smaller maximum aperture number Edit
Canon IXUS 180 is 6.9 maximum aperture. That's 1 smaller than the Fujifilm FinePix JV300 and the Samsung MV800 (5.9) and 0.4 smaller than the Nikon A10 (5.9).
0.9 smaller minimum aperture number Edit
The Canon IXUS 180 is a 3 minimum aperture digital camera, whereas the Fujifilm FinePix JV300 is a 3.9 minimum aperture digital camera (0.9 larger), the Nikon A10 is a 3.2 minimum aperture digital camera (0.2 larger) and the Samsung MV800 is a 3.3 minimum aperture digital camera (0.3 larger).
Vastly longer maximum focal length (35mm film equiv) Edit
The Canon IXUS 180 has a maximum focal length (35mm film equiv) of 240mm, however the Fujifilm FinePix JV300 is only a 114mm maximum focal length digital camera (126mm shorter) and the Nikon A10 and the Samsung MV800 are both only 130mm maximum focal length digital cameras (110mm shorter).
59% shorter minimum focal length (35mm film equiv) Edit
The Canon IXUS 180 is a 24mm minimum focal length digital camera. That's 14mm shorter than the Fujifilm FinePix JV300 (26mm) and 2mm shorter than the Nikon A10 and the Samsung MV800 (26mm).
Three times shorter flash sync-speed Edit
The Canon IXUS 180 has a flash sync-speed of 1s, however the Samsung MV800 is a 4s flash sync-speed digital camera (3s longer).
Wider field of view Edit
The Canon IXUS 180 is a 100% field of view digital camera. That's 4% wider than the Fujifilm FinePix JV300 () and 2% wider than the Nikon A10 ().
GPS (satellite) Edit
The Canon IXUS 180 has a GPS (satellite), but the Samsung MV800 does not. Read more

GPS allows the camera to know where it is in the world and to automatically tag each of your photos with the location it was taken at.

If your photos have been tagged with a GPS location you can see where they were taken, automatically let your favourite photo software or website retrieve the address for that location or display them on a map.

Wi-Fi Edit
The Canon IXUS 180 supports wi-Fi, whereas the Samsung MV800 does not support wi-Fi. Read more

WiFi connectivity allows you upload photos to your computer and the internet without connecting the camera to the computer with a cable.

WiFi connectivity makes it easier to upload your photos as you will not need a cable. Most cameras will also allow you to print photos via Wifi.

23 shops are selling it
A greater number of sellers increases the price competition amongst retailers for the product and also increases the chances of this digital camera remaining in stock.
Slightly better user reviews
Based on 14 user reviews, the average review score of the Canon IXUS 180 is 91%, whereas the average rating of the Fujifilm FinePix JV300 is 75% (based on 49 reviews), the average rating of the Nikon A10 is 83% (based on 19 reviews) and the average rating of the Samsung MV800 is 88% (based on 31 reviews).
4 Reasons For
A lot bigger digital zoom Edit
The Fujifilm FinePix JV300 has a digital zoom of 6.7x, whereas the Canon IXUS 180 and the Nikon A10 are both only 4x digital zoom digital cameras (2.7x smaller) and the Samsung MV800 is only a 5x digital zoom digital camera (1.7x smaller). Read more

The digital zoom of a camera is a measure of how much the camera can zoom in by cropping the image received by the camera's sensor. A digital zoom is not as good as an optical zoom as it will result in a reduction in image quality the further you zoom in. This is because fewer of the camera's pixels are being used to capture the image.

A digital zoom allows you to enlarge the subject but this can result in the image becoming blurry. A digital zoom can be used if an optical zoom is not available.

0.1m bigger normal focusing range (tele) Edit
The Fujifilm FinePix JV300 has a normal focusing range (tele) of 0.6m, whereas the Nikon A10 is only a 0.5m normal focusing range (tele) digital camera (0.1m smaller).
1,600 higher ISO sensitivity (max) Edit
The Fujifilm FinePix JV300 is a 3,200 maximum ISO speed digital camera, whereas the Canon IXUS 180 and the Nikon A10 are both only 1,600 maximum ISO speed digital cameras (1,600 lower).
60% lighter Edit
The Fujifilm FinePix JV300 is a 100g digital camera. That's 60g lighter than the Nikon A10 (121g) and 21g lighter than the Samsung MV800 (121g). Read more

The camera's weight will depend on the type and size of camera. Compact cameras are usually the lightest while digital SLRs will be heavier. Also consider the number and weight of lenses to take when using a SLR.

The lower the camera weight, the easier it will be to carry around and it will also reduce your hand luggage weight when flying.

7 Reasons For
26% bigger normal focusing range (wide) Edit
The Nikon A10 is a 0.8m normal focusing range (wide) digital camera. That's 0.2m bigger than the Fujifilm FinePix JV300 ().
20 smaller ISO sensitivity (min) Edit
The Nikon A10 is an 80 minimum ISO speed digital camera, whereas the Canon IXUS 180 and the Fujifilm FinePix JV300 are both 100 minimum ISO speed digital cameras (20 bigger).
A lot bigger internal memory Edit
The Nikon A10 has an internal memory of 17MB, however the Samsung MV800 is only a 10MB internal memory digital camera (7MB smaller).
Larger maximum memory card size Edit
The Nikon A10 is a 128GB maximum memory card size digital camera. That's 96GB larger than the Samsung MV800 (32GB).
One more number of batteries supported Edit
The Nikon A10 has two number of batteries supporteds, however the Samsung MV800 only has one number of batteries supported.
Twenty more battery life (CIPA standard)s Edit
The Nikon A10 is a digital camera that takes 200.00 battery life (CIPA standard)s, whereas the Canon IXUS 180 only takes 190.00 battery life (CIPA standard)s and the Fujifilm FinePix JV300 only takes 180.00 battery life (CIPA standard)s. Read more

We do not know the number of battery life (CIPA standard)s taken by the Samsung MV800. It is possible that it does not take any battery life (CIPA standard)s.

The number of shots per battery charge is the number of photos that the camera will typically take on a single charge of the battery.

More shots per battery charge means you will have to recharge the battery less frequently and reduces the need to carry a second back up battery.

More popular
The Nikon A10 is a more popular choice amongst buyers. It ranks No. 2846 by sales volume in our digital cameras, but the Canon IXUS 180 ranks No. 8557.
7 Reasons For
75% longer slowest camera shutter speed Edit
Samsung MV800 is 16s maximum shutter speed. That's 1s longer than the Canon IXUS 180 (16s) and 12s longer than the Fujifilm FinePix JV300 and the Nikon A10 (16s). Read more

The maximum time which the camera shutter is open when taking a photo.

10% larger display diagonal Edit
The Samsung MV800 is a 3" screen digital camera. That's 0.3" larger than the Canon IXUS 180, the Fujifilm FinePix JV300 and the Nikon A10 (3"). Read more

The display diagonal is the size the size of the screen integrated in to the back of the camera. A larger display diagonal makes it easier to see if a shot has turned out as intended. Pocket cameras have smaller display diagonals as full size digital SLRs.

A larger display diagonal makes it easier to take photos and to see if a shot has turned out as intended.

Touchscreen Edit
The Samsung MV800 has a touchscreen, however the Canon IXUS 180 does not have a touchscreen.
Higher display resolution (numeric) Edit
Samsung MV800 is 288,000 pixels display resolution. That's 58,000 pixels higher than the Canon IXUS 180, the Fujifilm FinePix JV300 and the Nikon A10 (288,000 pixels).
HDMI Edit
The Samsung MV800 has an HDMI, but the Canon IXUS 180 does not have an HDMI. Read more

A HDMI (High-Definition Multimedia Interface) port is an interface to transfer audio and video data between devices such as digital cameras, computer monitors, TVs and projectors.

A HDMI port on the camera allows you to connect the camera directly to a compatible TV for easy playback of your photos.

Cheaper by £2
The Samsung MV800 costs £70.03 less than the Canon IXUS 180 and costs £2.05 less than the Nikon A10.
Better expert reviews
The average expert review score of the Samsung MV800 is 68% based on 76 reviews, however the average rating of the Nikon A10 is 60% (based on 1 review).

Reasons Against

13 Reasons Against
Smaller digital zoom Edit
The Canon IXUS 180 is a 4x digital zoom digital camera, and so does the Nikon A10. That's 2.7x smaller than the Fujifilm FinePix JV300 (5x) and 1x smaller than the Samsung MV800 (5x). Read more

The digital zoom of a camera is a measure of how much the camera can zoom in by cropping the image received by the camera's sensor. A digital zoom is not as good as an optical zoom as it will result in a reduction in image quality the further you zoom in. This is because fewer of the camera's pixels are being used to capture the image.

A digital zoom allows you to enlarge the subject but this can result in the image becoming blurry. A digital zoom can be used if an optical zoom is not available.

1,600 lower ISO sensitivity (max) Edit
The Canon IXUS 180 is a 1,600 maximum ISO speed digital camera, and so does the Nikon A10. That's 1,600 lower than the Fujifilm FinePix JV300 ().
20% bigger ISO sensitivity (min) Edit
The Canon IXUS 180 has an ISO sensitivity (min) of 100, and so does the Fujifilm FinePix JV300. That's 20 bigger than the Nikon A10 ().
Shorter slowest camera shutter speed Edit
The Canon IXUS 180 has a slowest camera shutter speed of 15s. That's 11s longer than the Fujifilm FinePix JV300 and the Nikon A10 (16s) and 1s shorter than the Samsung MV800 (16s). Read more

The maximum time which the camera shutter is open when taking a photo.

Smaller display diagonal Edit
Canon IXUS 180 is only 2.7" screen, and so do the Fujifilm FinePix JV300 and the Nikon A10. That's 0.3" smaller than the Samsung MV800 (3"). Read more

The display diagonal is the size the size of the screen integrated in to the back of the camera. A larger display diagonal makes it easier to see if a shot has turned out as intended. Pocket cameras have smaller display diagonals as full size digital SLRs.

A larger display diagonal makes it easier to take photos and to see if a shot has turned out as intended.

Does not have a touchscreen Edit
The Canon IXUS 180 does not have a touchscreen, however the Samsung MV800 has a touchscreen.
26% lower display resolution (numeric) Edit
The Canon IXUS 180 has a display resolution (numeric) of 230,000 pixels, and so do the Fujifilm FinePix JV300 and the Nikon A10. That's 58,000 pixels lower than the Samsung MV800 (288,000 pixels).
Does not have an HDMI Edit
The Canon IXUS 180 does not have an HDMI, but the Samsung MV800 does. Read more

A HDMI (High-Definition Multimedia Interface) port is an interface to transfer audio and video data between devices such as digital cameras, computer monitors, TVs and projectors.

A HDMI port on the camera allows you to connect the camera directly to a compatible TV for easy playback of your photos.

Only one number of batteries supported Edit
The number of number of batteries supporteds on the Canon IXUS 180 is one, and so do the Fujifilm FinePix JV300 and the Samsung MV800, but the Nikon A10 only has two number of batteries supporteds.
Only 190.00 battery life (CIPA standard)s Edit
The Canon IXUS 180 takes 190.00 battery life (CIPA standard)s, however the Nikon A10 only takes 200.00 battery life (CIPA standard)s. Read more

We do not know the number of battery life (CIPA standard)s taken by the Samsung MV800. It is possible that it does not take any battery life (CIPA standard)s.

The number of shots per battery charge is the number of photos that the camera will typically take on a single charge of the battery.

More shots per battery charge means you will have to recharge the battery less frequently and reduces the need to carry a second back up battery.

More expensive by £70
The Canon IXUS 180 is £67.98 more expensive than the Nikon A10 and £70.03 more expensive than the Samsung MV800.
Older by five months
The Canon IXUS 180 is five months older than the Nikon A10.
Less popular
The Canon IXUS 180 is a less popular choice amongst buyers. It ranks No. 8557 by number of sales in our digital cameras, whereas the Nikon A10 ranks No. 2846.
17 Reasons Against
6MP lower megapixel Edit
The Fujifilm FinePix JV300 has a megapixel of 14MP, but the Canon IXUS 180 is a 20MP digital camera (6MP higher), the Nikon A10 is a 16.1MP digital camera (2.1MP higher) and the Samsung MV800 is a 16.15MP digital camera (2.15MP higher). Read more

The resolution of the images a digital camera produces is measured in megapixels (MP). One megapixel is equal to 1 million pixels and is a result of the pixel width multiplied by the pixel height of the image. While a higher image resolution generally results in sharper images, only a relatively low megapixel count is required when printing the image at a small size or to display it on a computer screen.

A sensor with more megapixels will be able to capture more detailed photos and the image will appear sharper. Images with more megapixels can also be printed at a larger size.

3x smaller optical zoom Edit
The Fujifilm FinePix JV300 has an optical zoom of 3x, but the Canon IXUS 180 is a 10x optical zoom digital camera (7x bigger) and the Nikon A10 and the Samsung MV800 are both 5x optical zoom digital cameras (2x bigger). Read more

The optical zoom of a camera is a measure of how much the camera can zoom in to the subject using the camera's lens system. An optical zoom is superior to a digital zoom because the zoom is achieved using the optics of lens which means that the full extent of the digital sensor is always used to capture the image.

A larger optical zoom allows you to zoom in on the subject without having to move closer. Compared to a digital zoom, using an optical zoom does not result in a loss of image quality.

Bigger maximum aperture number Edit
Fujifilm FinePix JV300 is only 5.9 maximum aperture (as does the Samsung MV800), but the Canon IXUS 180 is a 6.9 maximum aperture digital camera (1 smaller) and the Nikon A10 is a 6.5 maximum aperture digital camera (0.6 smaller).
0.9 larger minimum aperture number Edit
The Fujifilm FinePix JV300 is a 3.9 minimum aperture digital camera. That's 0.9 larger than the Canon IXUS 180 (3.3), 0.7 larger than the Nikon A10 (3.3) and 0.6 larger than the Samsung MV800 (3.3).
Shorter maximum focal length (35mm film equiv) Edit
The Fujifilm FinePix JV300 has a maximum focal length (35mm film equiv) of 114mm. That's 126mm shorter than the Canon IXUS 180 (130mm) and 16mm shorter than the Nikon A10 and the Samsung MV800 (130mm).
14mm longer minimum focal length (35mm film equiv) Edit
The Fujifilm FinePix JV300 is a 38mm minimum focal length digital camera, whereas the Canon IXUS 180 is a 24mm minimum focal length digital camera (14mm shorter) and the Nikon A10 and the Samsung MV800 are both 26mm minimum focal length digital cameras (12mm shorter).
Smaller normal focusing range (wide) Edit
The Fujifilm FinePix JV300 is a 0.6m normal focusing range (wide) digital camera. That's 0.2m smaller than the Nikon A10 ().
20% bigger ISO sensitivity (min) Edit
The Fujifilm FinePix JV300 has an ISO sensitivity (min) of 100 (as does the Canon IXUS 180), however the Nikon A10 is an 80 minimum ISO speed digital camera (20 smaller).
Three times shorter slowest camera shutter speed Edit
The Fujifilm FinePix JV300 has a slowest camera shutter speed of 4s (as does the Nikon A10), however the Canon IXUS 180 is a 15s maximum shutter speed digital camera (11s longer) and the Samsung MV800 is a 16s maximum shutter speed digital camera (12s longer). Read more

The maximum time which the camera shutter is open when taking a photo.

Smaller display diagonal Edit
Fujifilm FinePix JV300 is only 2.7" screen (as do the Canon IXUS 180 and the Nikon A10), but the Samsung MV800 is a 3" screen digital camera (0.3" larger). Read more

The display diagonal is the size the size of the screen integrated in to the back of the camera. A larger display diagonal makes it easier to see if a shot has turned out as intended. Pocket cameras have smaller display diagonals as full size digital SLRs.

A larger display diagonal makes it easier to take photos and to see if a shot has turned out as intended.

Moderately narrower field of view Edit
The Fujifilm FinePix JV300 has a field of view of 96%, however the Canon IXUS 180 is a 100% field of view digital camera (4% wider) and the Nikon A10 is a 98% field of view digital camera (2% wider).
58,000 pixels lower display resolution (numeric) Edit
The Fujifilm FinePix JV300 has a display resolution (numeric) of 230,000 pixels (as do the Canon IXUS 180 and the Nikon A10), however the Samsung MV800 is a 288,000 pixels display resolution digital camera (58,000 pixels higher).
One less number of batteries supported Edit
The number of number of batteries supporteds on the Fujifilm FinePix JV300 is one (as do the Canon IXUS 180 and the Samsung MV800), but the Nikon A10 only has two number of batteries supporteds.
Twenty less battery life (CIPA standard)s Edit
The Fujifilm FinePix JV300 takes 180.00 battery life (CIPA standard)s, however the Canon IXUS 180 only takes 190.00 battery life (CIPA standard)s and the Nikon A10 only takes 200.00 battery life (CIPA standard)s. Read more

We do not know the number of battery life (CIPA standard)s taken by the Samsung MV800. It is possible that it does not take any battery life (CIPA standard)s.

The number of shots per battery charge is the number of photos that the camera will typically take on a single charge of the battery.

More shots per battery charge means you will have to recharge the battery less frequently and reduces the need to carry a second back up battery.

Fewer sellers
Only 1 store sell the Fujifilm FinePix JV300, but 24 retailers sell the Canon IXUS 180 and 13 stores sell the Nikon A10. Read more
The smaller the number of retailers that stock this digital camera, the lower the competition amongst retailers to keep prices low.
Over three years older
The Fujifilm FinePix JV300 is older than the Canon IXUS 180 by three years, older than the Nikon A10 by four years and older than the Samsung MV800 by three years.
Appreciably Lower user review Score
The average user rating of the Fujifilm FinePix JV300 is only 75%, whereas the average user rating of the Canon IXUS 180 is 91% (based on 14 reviews), the Nikon A10 is 83% (based on 19 reviews) and the Samsung MV800 is 88% (based on 31 reviews).
19 Reasons Against
25% lower megapixel Edit
The Nikon A10 has a megapixel of 16.1MP, however the Canon IXUS 180 is a 20MP digital camera (3.9MP higher), the Fujifilm FinePix JV300 is a 14MP digital camera (2.1MP lower) and the Samsung MV800 is a 16.15MP digital camera (0.049999999999997MP higher). Read more

The resolution of the images a digital camera produces is measured in megapixels (MP). One megapixel is equal to 1 million pixels and is a result of the pixel width multiplied by the pixel height of the image. While a higher image resolution generally results in sharper images, only a relatively low megapixel count is required when printing the image at a small size or to display it on a computer screen.

A sensor with more megapixels will be able to capture more detailed photos and the image will appear sharper. Images with more megapixels can also be printed at a larger size.

4.06MP less total megapixels Edit
The Nikon A10 has a total megapixels of 16.44MP (as does the Samsung MV800), whereas the Canon IXUS 180 is a 20.5MP digital camera (4.06MP more).
Vastly smaller optical zoom Edit
The Nikon A10 has an optical zoom of 5x (as does the Samsung MV800), however the Canon IXUS 180 is a 10x optical zoom digital camera (5x bigger) and the Fujifilm FinePix JV300 is a 3x optical zoom digital camera (2x smaller). Read more

The optical zoom of a camera is a measure of how much the camera can zoom in to the subject using the camera's lens system. An optical zoom is superior to a digital zoom because the zoom is achieved using the optics of lens which means that the full extent of the digital sensor is always used to capture the image.

A larger optical zoom allows you to zoom in on the subject without having to move closer. Compared to a digital zoom, using an optical zoom does not result in a loss of image quality.

2.7x smaller digital zoom Edit
The Nikon A10 has a digital zoom of 4x (as does the Canon IXUS 180), but the Fujifilm FinePix JV300 is a 6.7x digital zoom digital camera (2.7x bigger) and the Samsung MV800 is a 5x digital zoom digital camera (1x bigger). Read more

The digital zoom of a camera is a measure of how much the camera can zoom in by cropping the image received by the camera's sensor. A digital zoom is not as good as an optical zoom as it will result in a reduction in image quality the further you zoom in. This is because fewer of the camera's pixels are being used to capture the image.

A digital zoom allows you to enlarge the subject but this can result in the image becoming blurry. A digital zoom can be used if an optical zoom is not available.

A bit bigger maximum aperture number Edit
The Nikon A10 has a maximum aperture number of 6.5, however the Canon IXUS 180 is a 6.9 maximum aperture digital camera (0.4 smaller) and the Fujifilm FinePix JV300 and the Samsung MV800 are both 5.9 maximum aperture digital cameras (0.6 bigger).
7% larger minimum aperture number Edit
Nikon A10 is 3.2 minimum aperture. That's 0.2 larger than the Canon IXUS 180 (3.3), 0.7 smaller than the Fujifilm FinePix JV300 (3.3) and 0.1 smaller than the Samsung MV800 (3.3).
Shorter maximum focal length (35mm film equiv) Edit
The Nikon A10 is a 130mm maximum focal length digital camera, and so does the Samsung MV800. That's 110mm shorter than the Canon IXUS 180 (130mm) and 16mm longer than the Fujifilm FinePix JV300 (130mm).
Marginally longer minimum focal length (35mm film equiv) Edit
Nikon A10 is 26mm minimum focal length (as does the Samsung MV800), but the Canon IXUS 180 is a 24mm minimum focal length digital camera (2mm shorter) and the Fujifilm FinePix JV300 is a 38mm minimum focal length digital camera (12mm longer).
Smaller normal focusing range (tele) Edit
The Nikon A10 has a normal focusing range (tele) of 0.5m, but the Fujifilm FinePix JV300 is a 0.6m normal focusing range (tele) digital camera (0.1m bigger).
Lower ISO sensitivity (max) Edit
Nikon A10 is only 1,600 maximum ISO speed (as does the Canon IXUS 180), but the Fujifilm FinePix JV300 is a 3,200 maximum ISO speed digital camera (1,600 higher).
12s shorter slowest camera shutter speed Edit
The Nikon A10 is a 4s maximum shutter speed digital camera (as does the Fujifilm FinePix JV300), whereas the Canon IXUS 180 is a 15s maximum shutter speed digital camera (11s longer) and the Samsung MV800 is a 16s maximum shutter speed digital camera (12s longer). Read more

The maximum time which the camera shutter is open when taking a photo.

12% smaller display diagonal Edit
The Nikon A10 has a display diagonal of 2.7" (as do the Canon IXUS 180 and the Fujifilm FinePix JV300), however the Samsung MV800 is a 3" screen digital camera (0.3" larger). Read more

The display diagonal is the size the size of the screen integrated in to the back of the camera. A larger display diagonal makes it easier to see if a shot has turned out as intended. Pocket cameras have smaller display diagonals as full size digital SLRs.

A larger display diagonal makes it easier to take photos and to see if a shot has turned out as intended.

2% narrower field of view Edit
The Nikon A10 has a field of view of 98%, whereas the Canon IXUS 180 is a 100% field of view digital camera (2% wider) and the Fujifilm FinePix JV300 is a 96% field of view digital camera (2% narrower).
A lot lower display resolution (numeric) Edit
The Nikon A10 is a 230,000 pixels display resolution digital camera (as do the Canon IXUS 180 and the Fujifilm FinePix JV300), whereas the Samsung MV800 is a 288,000 pixels display resolution digital camera (58,000 pixels higher).
Heavier Edit
The Nikon A10 is a 160g digital camera. That's 60g heavier than the Fujifilm FinePix JV300 (121g) and 39g heavier than the Samsung MV800 (121g). Read more

The camera's weight will depend on the type and size of camera. Compact cameras are usually the lightest while digital SLRs will be heavier. Also consider the number and weight of lenses to take when using a SLR.

The lower the camera weight, the easier it will be to carry around and it will also reduce your hand luggage weight when flying.

£2 more expensive
The Nikon A10 is more expensive than the Samsung MV800 by £2.05.
Not as many stockists
Only 13 stores sells the Nikon A10, however 24 retailers sell the Canon IXUS 180. Read more
Smaller numbers of stores reduces the chances of this digital camera remaining in stock and also reduces the price competition amongst retailers for the product.
Lower expert review Score
The Nikon A10 only has an average expert rating of 60%, but the Samsung MV800 has an average expert rating of 68% (based on 76 reviews).
Lower user review Score
The Nikon A10 has an average user rating of 83%, but the Canon IXUS 180 has an average user rating of 91% (based on 14 reviews) and the Samsung MV800 has an average user rating of 88% (based on 31 reviews).
18 Reasons Against
3.85MP lower megapixel Edit
The Samsung MV800 is a 16.15MP digital camera. That's 3.85MP lower than the Canon IXUS 180 (16.15MP), 2.15MP higher than the Fujifilm FinePix JV300 (16.15MP) and 0.049999999999997MP higher than the Nikon A10 (16.15MP). Read more

The resolution of the images a digital camera produces is measured in megapixels (MP). One megapixel is equal to 1 million pixels and is a result of the pixel width multiplied by the pixel height of the image. While a higher image resolution generally results in sharper images, only a relatively low megapixel count is required when printing the image at a small size or to display it on a computer screen.

A sensor with more megapixels will be able to capture more detailed photos and the image will appear sharper. Images with more megapixels can also be printed at a larger size.

Less total megapixels Edit
The Samsung MV800 is a 16.44MP digital camera, and so does the Nikon A10. That's 4.06MP less than the Canon IXUS 180 (16.44MP).
5x smaller optical zoom Edit
The Samsung MV800 is a 5x optical zoom digital camera, and so does the Nikon A10. That's 5x smaller than the Canon IXUS 180 (5x) and 2x bigger than the Fujifilm FinePix JV300 (5x). Read more

The optical zoom of a camera is a measure of how much the camera can zoom in to the subject using the camera's lens system. An optical zoom is superior to a digital zoom because the zoom is achieved using the optics of lens which means that the full extent of the digital sensor is always used to capture the image.

A larger optical zoom allows you to zoom in on the subject without having to move closer. Compared to a digital zoom, using an optical zoom does not result in a loss of image quality.

34% smaller digital zoom Edit
The Samsung MV800 is a 5x digital zoom digital camera. That's 1x bigger than the Canon IXUS 180 and the Nikon A10 (5x) and 1.7x smaller than the Fujifilm FinePix JV300 (5x). Read more

The digital zoom of a camera is a measure of how much the camera can zoom in by cropping the image received by the camera's sensor. A digital zoom is not as good as an optical zoom as it will result in a reduction in image quality the further you zoom in. This is because fewer of the camera's pixels are being used to capture the image.

A digital zoom allows you to enlarge the subject but this can result in the image becoming blurry. A digital zoom can be used if an optical zoom is not available.

1 bigger maximum aperture number Edit
The Samsung MV800 is a 5.9 maximum aperture digital camera, and so does the Fujifilm FinePix JV300. That's 1 bigger than the Canon IXUS 180 (5.9) and 0.6 bigger than the Nikon A10 (5.9).
Slightly larger minimum aperture number Edit
The Samsung MV800 has a minimum aperture number of 3.3, however the Canon IXUS 180 is a 3 minimum aperture digital camera (0.3 smaller), the Fujifilm FinePix JV300 is a 3.9 minimum aperture digital camera (0.6 larger) and the Nikon A10 is a 3.2 minimum aperture digital camera (0.1 smaller).
110mm shorter maximum focal length (35mm film equiv) Edit
Samsung MV800 is only 130mm maximum focal length (as does the Nikon A10), but the Canon IXUS 180 is a 240mm maximum focal length digital camera (110mm longer) and the Fujifilm FinePix JV300 is a 114mm maximum focal length digital camera (16mm shorter).
Longer minimum focal length (35mm film equiv) Edit
The Samsung MV800 has a minimum focal length (35mm film equiv) of 26mm, and so does the Nikon A10. That's 2mm longer than the Canon IXUS 180 (26mm) and 12mm shorter than the Fujifilm FinePix JV300 (26mm).
3s longer flash sync-speed Edit
The Samsung MV800 has a flash sync-speed of 4s, but the Canon IXUS 180 is a 1s flash sync-speed digital camera (3s shorter).
Smaller internal memory Edit
The Samsung MV800 is a 10MB internal memory digital camera. That's 7MB smaller than the Nikon A10 (10MB).
Three times smaller maximum memory card size Edit
The Samsung MV800 has a maximum memory card size of 32GB, however the Nikon A10 is a 128GB maximum memory card size digital camera (96GB larger).
Does not have a GPS (satellite) Edit
The Samsung MV800 does not have a GPS (satellite), however the Canon IXUS 180 has a GPS (satellite). Read more

GPS allows the camera to know where it is in the world and to automatically tag each of your photos with the location it was taken at.

If your photos have been tagged with a GPS location you can see where they were taken, automatically let your favourite photo software or website retrieve the address for that location or display them on a map.

Heavier Edit
The Samsung MV800 has a weight of 121g, but the Fujifilm FinePix JV300 is a 100g digital camera (21g lighter) and the Nikon A10 is a 160g digital camera (39g heavier). Read more

The camera's weight will depend on the type and size of camera. Compact cameras are usually the lightest while digital SLRs will be heavier. Also consider the number and weight of lenses to take when using a SLR.

The lower the camera weight, the easier it will be to carry around and it will also reduce your hand luggage weight when flying.

Only one number of batteries supported Edit
The Samsung MV800 is a one number of batteries supported digital camera, and so do the Canon IXUS 180 and the Fujifilm FinePix JV300, whereas the Nikon A10 only has two number of batteries supporteds.
Does not support wi-Fi Edit
The Samsung MV800 does not support wi-Fi, but the Canon IXUS 180 does. Read more

WiFi connectivity allows you upload photos to your computer and the internet without connecting the camera to the computer with a cable.

WiFi connectivity makes it easier to upload your photos as you will not need a cable. Most cameras will also allow you to print photos via Wifi.

Less retailers
The Samsung MV800 is only stocked by 1 shop, whereas the Canon IXUS 180 is stocked by 24 shops and the Nikon A10 is stocked by 13 retailers. Read more
Fewer numbers of shops reduces the price competition amongst retailers for the product and also reduces the chances of this digital camera remaining in stock.
Older by six months
The Samsung MV800 is one month older than the Canon IXUS 180 and six months older than the Nikon A10.
User review Rating is moderately Worse
The Samsung MV800's average user score is 88%, however the Canon IXUS 180's is 91% (based on 14 reviews).

Awards

No awards found No awards found No awards found 9 Awards
Digicam Buyer.co.uk: Editor's Choice
Ephotozine: Recommended
hardwareheaven.com: Recommended
hardwarezone.com.ph: Recommended
insidehardware.it: Gold
onfoto.ru: Best Innovation
PhotographyBlog.com: Recommended
teknokulis.com: Performance
tipa.com: Technical Image Press Association Award

Average Expert Rating

No reviews found

Average User Rating

Date Released

13 months Ago 50 months Ago 8 months Ago 14 months Ago

Picture Quality

Camera Type
 compact camera
 compact camera
 compact camera
 compact camera
Megapixel
20MP
BEST
14MP 16.1MP 16.15MP
Image Stabilizer
 Image stabilizer
 Image stabilizer
Unknown - Click to provide data
 Image stabilizer
Sensor Type
 CCD
 CCD
 CCD
 CCD
Optical Sensor Size
 2/3"
 2/3"
BEST
 2/3"
 2/3"
Still Image Resolution(s)
 5152 x 3864
 3648 x 2736
 2048 x 1536
 640 x 480
 4288 x 2864
 4288 x 2416
 3072 x 2304
 3072 x 1728
 1920 x 1080
 4608 x 3456
 4608 x 2592
 3264 x 2448
 2272 x 1704
 1600 x 1200
 4608 x 3072
 2592 x 1944
 1984 x 1488
 1024 x 768
BEST
 5152 x 3864
 3648 x 2736
 2048 x 1536
 640 x 480
 4288 x 2864
 4288 x 2416
 3072 x 2304
 3072 x 1728
 1920 x 1080
 4608 x 3456
 4608 x 2592
 3264 x 2448
 2272 x 1704
 1600 x 1200
 4608 x 3072
 2592 x 1944
 1984 x 1488
 1024 x 768
 5152 x 3864
 3648 x 2736
 2048 x 1536
 640 x 480
 4288 x 2864
 4288 x 2416
 3072 x 2304
 3072 x 1728
 1920 x 1080
 4608 x 3456
 4608 x 2592
 3264 x 2448
 2272 x 1704
 1600 x 1200
 4608 x 3072
 2592 x 1944
 1984 x 1488
 1024 x 768
 5152 x 3864
 3648 x 2736
 2048 x 1536
 640 x 480
 4288 x 2864
 4288 x 2416
 3072 x 2304
 3072 x 1728
 1920 x 1080
 4608 x 3456
 4608 x 2592
 3264 x 2448
 2272 x 1704
 1600 x 1200
 4608 x 3072
 2592 x 1944
 1984 x 1488
 1024 x 768
Maximum Image Resolution
 5152 x 3864
BEST
 5152 x 3864
 5152 x 3864
 5152 x 3864
Aspect Ratio
 3:2
 4:3
 16:9
 3:2
 4:3
 16:9
BEST
 3:2
 4:3
 16:9
 3:2
 4:3
 16:9
Image Formats Supported
 JPG
 EXIF
 JPEG XR
 JPG
 EXIF
 JPEG XR
 JPG
 EXIF
 JPEG XR
 JPG
 EXIF
 JPEG XR
Total Megapixels
20.5MP
BEST
Unknown - Click to provide data 16.44MP 16.44MP
Image Stabilizer Location
 Body
 Body
 Body
 Body
Supported Aspect Ratios
 4:3
 16:9
 3:2
BEST
 4:3
 16:9
 3:2
BEST
 4:3
 16:9
 3:2
 4:3
 16:9
 3:2
BEST
Image Sensor Size
 1
BEST
 1
BEST
 1
BEST
 1

Design

Colour of Product
 Black
 Black
 Black
 Black

Lens System

Optical Zoom
10x
BEST
3x 5x 5x
Digital Zoom
4x 6.7x
BEST
4x 5x
Maximum Aperture Number
6.9
BEST
5.9 6.5 5.9
Minimum Aperture Number
3
BEST
3.9 3.2 3.3
Maximum Focal Length (35mm Film Equiv)
240mm
BEST
114mm 130mm 130mm
Minimum Focal Length (35mm Film Equiv)
24mm
BEST
38mm 26mm 26mm
Focal Length Range (f-F)
3 - 6.9 6.8 - 20.4 4.6 - 23 4.7 - 23.5
Lens Type
 Telephoto
 Telephoto
 Telephoto
 Telephoto
Extra/Smart Zoom
20x Unknown - Click to provide data Unknown - Click to provide data Unknown - Click to provide data
Lens Structure (elements/groups)
9/7 6/5 6/5 Unknown - Click to provide data
Combined Zoom
40x Unknown - Click to provide data Unknown - Click to provide data Unknown - Click to provide data
Number of Aspheric Elements
1 Unknown - Click to provide data Unknown - Click to provide data Unknown - Click to provide data

Focusing

Auto Focusing (AF) Modes
 single
 continuous
 servo
 tracking
 Single Auto Focus
 Continuous Auto Focus
 Face detection
 Servo Auto Focus
 Tracking Auto Focus
 centre weighted
 contrast detection
 Centre weighted Auto Focus
 Face tracking
 Contrast Detection Auto Focus
BEST
 single
 continuous
 servo
 tracking
 Single Auto Focus
 Continuous Auto Focus
 Face detection
 Servo Auto Focus
 Tracking Auto Focus
 centre weighted
 contrast detection
 Centre weighted Auto Focus
 Face tracking
 Contrast Detection Auto Focus
BEST
 single
 continuous
 servo
 tracking
 Single Auto Focus
 Continuous Auto Focus
 Face detection
 Servo Auto Focus
 Tracking Auto Focus
 centre weighted
 contrast detection
 Centre weighted Auto Focus
 Face tracking
 Contrast Detection Auto Focus
BEST
 single
 continuous
 servo
 tracking
 Single Auto Focus
 Continuous Auto Focus
 Face detection
 Servo Auto Focus
 Tracking Auto Focus
 centre weighted
 contrast detection
 Centre weighted Auto Focus
 Face tracking
 Contrast Detection Auto Focus
Auto Focus (AF) Assist Beam
 Auto Focus (AF) assist beam
Unknown - Click to provide data Unknown - Click to provide data Unknown - Click to provide data
Closest Focusing Distance
0.01m Unknown - Click to provide data Unknown - Click to provide data Unknown - Click to provide data
Normal Focusing Range
Unknown - Click to provide data 0.45 - ∞/0.8 - ∞ Unknown - Click to provide data Unknown - Click to provide data
Macro Focusing Range (wide)
Unknown - Click to provide data 0.5 - 0.8 Unknown - Click to provide data 0.05 - 0.80
Auto Focus (AF) Points
9 Unknown - Click to provide data Unknown - Click to provide data Unknown - Click to provide data
Focus Adjustment
 Auto
 Manual
 Auto/Manual
 Auto
 Manual
 Auto/Manual
 Auto
 Manual
 Auto/Manual
 Auto
 Manual
 Auto/Manual
Macro Focusing Range (tele)
Unknown - Click to provide data 0.5 - 1.0 Unknown - Click to provide data 1 - 1.5
Focus
 TTL
 TTL
 TTL
 TTL
Normal Focusing Range (wide)
Unknown - Click to provide data 0.6m 0.8m
BEST
Unknown - Click to provide data
Normal Focusing Range (tele)
Unknown - Click to provide data 0.6m
BEST
0.5m Unknown - Click to provide data

Light Exposure

Light Exposure Modes
 Auto
 Manual
 Auto
 Manual
 Auto
 Manual
 Auto
 Manual
ISO Sensitivity
 Auto
 80
 100
 160
 200
 400
 800
 1600
 320
 3200
 Auto
 80
 100
 160
 200
 400
 800
 1600
 320
 3200
 Auto
 80
 100
 160
 200
 400
 800
 1600
 320
 3200
 Auto
 80
 100
 160
 200
 400
 800
 1600
 320
 3200
ISO Sensitivity (max)
1,600 3,200
BEST
1,600 Unknown - Click to provide data
ISO Sensitivity (min)
100 100 80
BEST
Unknown - Click to provide data
Light Metering
 Evaluative (Multi-pattern)
 Centre-weighted
 Spot
 Matrix
 Evaluative (Multi-pattern)
 Centre-weighted
 Spot
 Matrix
 Evaluative (Multi-pattern)
 Centre-weighted
 Spot
 Matrix
 Evaluative (Multi-pattern)
 Centre-weighted
 Spot
 Matrix
Light Exposure Correction
 ± 2EV (1/3EV step)
 ± 2EV (1/3EV step)
 ± 2EV (1/3EV step)
 ± 2EV (1/3EV step)
Light Exposure Control
 Program AE
 Program AE
 Program AE
 Program AE

Shutter

Slowest Camera Shutter Speed
15s 4s 4s 16s
BEST
Fastest Camera Shutter Speed
1s 1s 1s 1s
Camera Shutter Type
 Electronic
 Electronic
 Electronic
 Electronic

Flash

Flash Modes
 Auto
 Manual
 Flash on
 Flash off
 Red-eye reduction
 Slow synchronization
 Forced on
 Forced off
 Suppressed
 Fill-in
 Auto
 Manual
 Flash on
 Flash off
 Red-eye reduction
 Slow synchronization
 Forced on
 Forced off
 Suppressed
 Fill-in
 Auto
 Manual
 Flash on
 Flash off
 Red-eye reduction
 Slow synchronization
 Forced on
 Forced off
 Suppressed
 Fill-in
 Auto
 Manual
 Flash on
 Flash off
 Red-eye reduction
 Slow synchronization
 Forced on
 Forced off
 Suppressed
 Fill-in
Flash Sync-Speed
1s
BEST
Unknown - Click to provide data Unknown - Click to provide data 4s
Flash Range (tele)
1 - 2 0.8 - 2 0.8 - 1.7 0.5 - 1.8
Flash Range (wide)
0.5 - 4 0.45 - 3 0.5 - 3.6 0.2 - 3.2

Video

Full HD Video
Unknown - Click to provide data
 Full HD video
Unknown - Click to provide data Unknown - Click to provide data
Maximum Video Resolution
 1280 x 720
BEST
 1280 x 720
BEST
 1280 x 720
 1280 x 720
BEST
Motion JPEG Frame Rate
30fps 30fps Unknown - Click to provide data 30fps
Video Formats Supported
 MP4
 MPEG
 MPEG4
 H.264
 AVI
 M-JPEG
 MP4
 MPEG
 MPEG4
 H.264
 AVI
 M-JPEG
 MP4
 MPEG
 MPEG4
 H.264
 AVI
 M-JPEG
 MP4
 MPEG
 MPEG4
 H.264
 AVI
 M-JPEG
Analog Signal Format System
 PAL
 NTSC
 PAL
 NTSC
 PAL
 NTSC
 PAL
 NTSC
Video Resolutions
 1280 x 720
 640 x 480
 320 x 240
BEST
 1280 x 720
 640 x 480
 320 x 240
 1280 x 720
 640 x 480
 320 x 240
 1280 x 720
 640 x 480
 320 x 240
BEST
Video Recording
 Video recording
 Video recording
 Video recording
 Video recording

Audio

Built-In Microphone
 Built-in microphone
 Built-in microphone
 Built-in microphone
 Built-in microphone
Audio Formats Supported
 WAV
 PCM
 WAV
 PCM
BEST
 WAV
 PCM
BEST
 WAV
 PCM
Voice Recording
 Voice recording
 Voice recording
Unknown - Click to provide data
 Voice recording
Audio System
 Mono
 Mono
 Mono
 Mono

Memory

Compatible Memory Cards
 SDXC
 SDHC
 SD
 MicroSDHC
BEST
 SDXC
 SDHC
 SD
 MicroSDHC
 SDXC
 SDHC
 SD
 MicroSDHC
BEST
 SDXC
 SDHC
 SD
 MicroSDHC
Internal Memory
Unknown - Click to provide data Unknown - Click to provide data 17MB
BEST
10MB
Maximum Memory Card Size
Unknown - Click to provide data Unknown - Click to provide data 128GB
BEST
32GB
Memory Slots
1 1 Unknown - Click to provide data 1

Display

Display Diagonal
2.7" 2.7" 2.7" 3"
BEST
Display
 TFT
 TFT
 TFT
BEST
 TFT
BEST
Vari-Angle LCD Display
Unknown - Click to provide data Unknown - Click to provide data Unknown - Click to provide data
 Vari-angle LCD display
Field of View
100%
BEST
96% 98% Unknown - Click to provide data
Touchscreen
 Touchscreen
Unknown - Click to provide data Unknown - Click to provide data
 Touchscreen
BEST
Display Resolution (numeric)
230,000 pixels 230,000 pixels 230,000 pixels 288,000 pixels
BEST

Viewfinder

Magnification
Unknown - Click to provide data Unknown - Click to provide data 4x Unknown - Click to provide data

Ports & Interfaces

PictBridge
 PictBridge
 PictBridge
 PictBridge
 PictBridge
DC-In Jack
Unknown - Click to provide data Unknown - Click to provide data
 DC-in jack
 DC-in jack
USB Connector Type
 Mini-USB B
 Mini-USB B
 Mini-USB B
 Mini-USB B
Connection to PC
Unknown - Click to provide data
 Connection to PC
Unknown - Click to provide data Unknown - Click to provide data
HDMI
 HDMI
Unknown - Click to provide data Unknown - Click to provide data
 HDMI
BEST
Microphone in
Unknown - Click to provide data Unknown - Click to provide data
 Microphone in
Unknown - Click to provide data
USB Version
 2.0
BEST
 2.0
 2.0
BEST
 2.0
BEST
Headphone Outputs
Unknown - Click to provide data Unknown - Click to provide data
 Headphone outputs
Unknown - Click to provide data
USB Connector
 Mini-USB
 Mini-USB B
 Mini-USB
 Mini-USB B
 Mini-USB
 Mini-USB B
 Mini-USB
 Mini-USB B

Camera

3D
Unknown - Click to provide data Unknown - Click to provide data Unknown - Click to provide data
 3D
GPS (satellite)
 GPS (satellite)
BEST
Unknown - Click to provide data Unknown - Click to provide data
 GPS (satellite)
White Balance
 Auto
 Tungsten
 Fluorescent
 Cloudy
 Daylight
 Custom modes
 Fluorescent H
 Incandescent
 Shade
 Fine
 Auto
 Tungsten
 Fluorescent
 Cloudy
 Daylight
 Custom modes
 Fluorescent H
 Incandescent
 Shade
 Fine
 Auto
 Tungsten
 Fluorescent
 Cloudy
 Daylight
 Custom modes
 Fluorescent H
 Incandescent
 Shade
 Fine
 Auto
 Tungsten
 Fluorescent
 Cloudy
 Daylight
 Custom modes
 Fluorescent H
 Incandescent
 Shade
 Fine
Shooting Modes
 Scene
 Movie
 Auto
 Program
 Scene
 Movie
 Auto
 Program
 Scene
 Movie
 Auto
 Program
 Scene
 Movie
 Auto
 Program
Photo Effects
 Vivid
 Grey
 Black&White
 Vivid
 Grey
 Black&White
 Vivid
 Grey
 Black&White
 Vivid
 Grey
 Black&White
Self-Timer Delay
2,10 2,10 10 2,10
Histogram
 Histogram
Unknown - Click to provide data Unknown - Click to provide data Unknown - Click to provide data
Playback Zoom (max)
10x Unknown - Click to provide data Unknown - Click to provide data Unknown - Click to provide data
Orientation Sensor
 Orientation sensor
Unknown - Click to provide data Unknown - Click to provide data Unknown - Click to provide data
Image Editing
 Resizing
 Rotating
 Crop
 Resizing
 Rotating
 Crop
 Resizing
 Rotating
 Crop
 Resizing
 Rotating
 Crop
Camera File System
 DPOF 1.1
 Exif 2.3
 DPOF
 Exif
 DCF
 Exif 2.2
 Exif 2.21
 DPOF 1.1
 Exif 2.3
 DPOF
 Exif
 DCF
 Exif 2.2
 Exif 2.21
 DPOF 1.1
 Exif 2.3
 DPOF
 Exif
 DCF
 Exif 2.2
 Exif 2.21
 DPOF 1.1
 Exif 2.3
 DPOF
 Exif
 DCF
 Exif 2.2
 Exif 2.21
Tripod Mountable
Unknown - Click to provide data
 Tripod mountable
 Tripod mountable
 Tripod mountable
Camera Playback
 Movie
 Single image
 Slide show
 Thumbnails
 Movie
 Single image
 Slide show
 Thumbnails
 Movie
 Single image
 Slide show
 Thumbnails
 Movie
 Single image
 Slide show
 Thumbnails
Contrast Adjustment
 Contrast adjustment
Unknown - Click to provide data Unknown - Click to provide data Unknown - Click to provide data
Direct Printing
 Direct printing
Unknown - Click to provide data Unknown - Click to provide data Unknown - Click to provide data
Brightness Adjustment
 Brightness adjustment
Unknown - Click to provide data Unknown - Click to provide data Unknown - Click to provide data
Scene Modes
 Fireworks
 Portrait
 Beach
 Snow
 Children
 Documents
 Landscape
 Night
 Panorama
 Party (indoor)
 Sports
 Self-portrait
 Sunset
 Close-up (macro)
 Night portrait
 Fireworks
 Portrait
 Beach
 Snow
 Children
 Documents
 Landscape
 Night
 Panorama
 Party (indoor)
 Sports
 Self-portrait
 Sunset
 Close-up (macro)
 Night portrait
 Fireworks
 Portrait
 Beach
 Snow
 Children
 Documents
 Landscape
 Night
 Panorama
 Party (indoor)
 Sports
 Self-portrait
 Sunset
 Close-up (macro)
 Night portrait
 Fireworks
 Portrait
 Beach
 Snow
 Children
 Documents
 Landscape
 Night
 Panorama
 Party (indoor)
 Sports
 Self-portrait
 Sunset
 Close-up (macro)
 Night portrait
Languages Support
 DAN
 DUT
 ARA
 GRE
 HEB
 CZE
 UKR
 THA
 NOR
 RUS
 ENG
 FIN
 FRE
 DEU
 ITA
 JPN
 POL
 POR
 ESP
 SWE
 TUR
 HUN
 KOR
 RUM
 CHI (TR)
 CHI (SIMPL)
 HIN
 BUL
 SER
 BEN
 DAN
 DUT
 ARA
 GRE
 HEB
 CZE
 UKR
 THA
 NOR
 RUS
 ENG
 FIN
 FRE
 DEU
 ITA
 JPN
 POL
 POR
 ESP
 SWE
 TUR
 HUN
 KOR
 RUM
 CHI (TR)
 CHI (SIMPL)
 HIN
 BUL
 SER
 BEN
 DAN
 DUT
 ARA
 GRE
 HEB
 CZE
 UKR
 THA
 NOR
 RUS
 ENG
 FIN
 FRE
 DEU
 ITA
 JPN
 POL
 POR
 ESP
 SWE
 TUR
 HUN
 KOR
 RUM
 CHI (TR)
 CHI (SIMPL)
 HIN
 BUL
 SER
 BEN
 DAN
 DUT
 ARA
 GRE
 HEB
 CZE
 UKR
 THA
 NOR
 RUS
 ENG
 FIN
 FRE
 DEU
 ITA
 JPN
 POL
 POR
 ESP
 SWE
 TUR
 HUN
 KOR
 RUM
 CHI (TR)
 CHI (SIMPL)
 HIN
 BUL
 SER
 BEN

Weight & Dimensions

Weight
Unknown - Click to provide data 100g
BEST
160g 121g
Height
56.8mm 59.8mm 59.4mm 56.2mm
Depth
23.6mm 32mm 28.9mm 18.3mm
Width
95.3mm 96mm 96.4mm 92mm
Weight (including Battery)
138g 120g
BEST
160g Unknown - Click to provide data

Battery

Power Source Type
 Battery
 AC
 Battery
 AC
 Battery
 AC
 Battery
 AC
Battery Technology
 Lithium-Ion (Li-Ion)
 Lithium-Ion (Li-Ion)
 Lithium-Ion (Li-Ion)
 Lithium-Ion (Li-Ion)
Number of Batteries Supported
1 1 2
BEST
1
Battery Type
NB-11LH NP-45A AA BP-70A
Battery Life (max)
Unknown - Click to provide data Unknown - Click to provide data 4.25h Unknown - Click to provide data
Battery Capacity
Unknown - Click to provide data Unknown - Click to provide data Unknown - Click to provide data 740mAh
Battery Life (CIPA Standard)
190 shots 180 shots 200 shots
BEST
Unknown - Click to provide data
Battery Voltage
Unknown - Click to provide data Unknown - Click to provide data Unknown - Click to provide data 3.7V
Battery Level Indicator
 Battery level indicator
Unknown - Click to provide data Unknown - Click to provide data Unknown - Click to provide data

Operational Conditions

Operating Relative Humidity (H-H)
10 - 90 10 - 80 0 - 85 5 - 85
Operating Temperature (T-T)
0 - 40 0 - 40 0 - 40 0 - 40

System Requirements

Windows Operating Systems Supported
Unknown - Click to provide data Unknown - Click to provide data Unknown - Click to provide data
 Windows operating systems supported
Mac Compatibility
Unknown - Click to provide data Unknown - Click to provide data Unknown - Click to provide data
 Mac compatibility
Minimum Processor
Unknown - Click to provide data Unknown - Click to provide data Unknown - Click to provide data Intel Pentium IV 3.2 GHz / AMD Athlon FX 2.6GHz +
Minimum RAM
Unknown - Click to provide data Unknown - Click to provide data Unknown - Click to provide data 512MB
Minimum Hard Disk Space
Unknown - Click to provide data Unknown - Click to provide data Unknown - Click to provide data 250MB
Minimum System Requirements for Macintosh
Unknown - Click to provide data Unknown - Click to provide data Unknown - Click to provide data Power Mac G3 + / Mac OS 10.4 +/ 256MB RAM / 110MB / USB / CD-ROM
Recommended System Requirements
Unknown - Click to provide data Unknown - Click to provide data Unknown - Click to provide data 512 MB RAM

Packaging Content

Bundled Software
CameraWindow DC,Map Utility,Image Transfer Utility Unknown - Click to provide data Unknown - Click to provide data Unknown - Click to provide data
Cables Included
 USB
 USB
BEST
 USB
 USB
Batteries Included
 Batteries included
 Batteries included
 Batteries included
 Batteries included
Battery Charger Included
Unknown - Click to provide data
 Battery charger included
Unknown - Click to provide data Unknown - Click to provide data
Hand Strap
Unknown - Click to provide data
 Hand strap
 Hand strap
Unknown - Click to provide data
Quick Start Guide
 Quick start guide
Unknown - Click to provide data Unknown - Click to provide data Unknown - Click to provide data
Carrying Case
Unknown - Click to provide data Unknown - Click to provide data
 Carrying case
 Carrying case

Networking

Wi-Fi
 Wi-Fi
BEST
Unknown - Click to provide data Unknown - Click to provide data
 Wi-Fi
Near Field Communication (NFC)
 Near Field Communication (NFC)
Unknown - Click to provide data Unknown - Click to provide data Unknown - Click to provide data
Bluetooth
 Bluetooth
Unknown - Click to provide data Unknown - Click to provide data
 Bluetooth
Wi-Fi Standards
 IEEE 802.11b
 IEEE 802.11g
 IEEE 802.11n
 IEEE 802.11b
 IEEE 802.11g
 IEEE 802.11n
 IEEE 802.11b
 IEEE 802.11g
 IEEE 802.11n
 IEEE 802.11b
 IEEE 802.11g
 IEEE 802.11n

Other Features

Video Capability
Unknown - Click to provide data Unknown - Click to provide data Unknown - Click to provide data
 Video capability
Built-In Flash
Unknown - Click to provide data
 Built-in flash
Unknown - Click to provide data
 Built-in flash
USB 2.0 Ports Quantity
Unknown - Click to provide data
 USB 2.0 ports quantity
Unknown - Click to provide data
 USB 2.0 ports quantity
HDMI Ports Quantity
Unknown - Click to provide data Unknown - Click to provide data Unknown - Click to provide data
 HDMI ports quantity
Date Imprinting
Unknown - Click to provide data Unknown - Click to provide data Unknown - Click to provide data
 Date imprinting
Interface
Unknown - Click to provide data Unknown - Click to provide data Unknown - Click to provide data USB 2.0
Face Detection
Unknown - Click to provide data
 Face detection
Unknown - Click to provide data Unknown - Click to provide data
Compatible Operating Systems
Unknown - Click to provide data Unknown - Click to provide data Unknown - Click to provide data Windows XP SP2 / Vista / Windows 7
USB Connectivity
Unknown - Click to provide data Unknown - Click to provide data
 USB connectivity
Unknown - Click to provide data
On/off Switch
Unknown - Click to provide data
 On/off switch
Unknown - Click to provide data Unknown - Click to provide data
Camera Shutter Speed
Unknown - Click to provide data 1/4 - 1/2000; 8 - 1/2000 Unknown - Click to provide data Unknown - Click to provide data
Minimum System Requirements
Unknown - Click to provide data Unknown - Click to provide data Unknown - Click to provide data Microsoft Direct X 9.0c +,USB,CD-ROM
Digital SLR
Unknown - Click to provide data
 Digital SLR
Unknown - Click to provide data Unknown - Click to provide data

Technical Details

Image Processor
 DIGIC 4+
 DIGIC 4+
 DIGIC 4+
 DIGIC 4+
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