Canon PowerShot A3000IS 10 MP Digital Camera with 4x Optical Image Stabilized Zoom and 2.7-Inch LCD
- 10.0 megapixels, 4x optical zoom, and built-in Optical Image Stabilizer
- Lithium-ion battery makes the camera lighter and offers an easy alternative to recharge
- New scene modes, including Super Vivid and Poster Effect; Smart Auto selects from 18 predefined shooting situations
- Large, bright 2.7-inch LCD
- Capture images to SD/SDHC memory cards (not included)
Canon PowerShot A3000 IS Point & Shoot Digital Camera – 10 Megapixel – 2.70″ Active Matrix TFT Color LCD – Silver 4254B001 Digital Cameras.This item comes with a battery and a charger
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TERRIFIC FOR TRAVEL CANDID SHOTS!,
Purchased the camera for my wife, who was going to Thailand on a University trip. She came back with 500+ photos, taken in all kind of light conditions. All except two or three were in sharp focus, and the best of the lot are good enough to put on the wall. She had to recharge the battery once a week, she says. We uploaded her photos to our computers, no problem. I would recommend this for any casual photographer, including the one that is technically challenged.
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|Excellent Value,
For serious photography, I prefer a big, heavy digital SLR. But where my goal is not photography but I want a camera along for snapshots, I use this.
I expected to buy a Lumix LX-series or Canon S95 – both attempts to match the capabilities of a SLR as much as possible in an easily-pocketable camera. But as I kept reading the reviews I got more confused, until I remembered the basic laws of physics haven’t been repealed.
To roughly summarize the camera review sites, all major-brand subcompacts do a good job in bright light. The differentiators are low light, flash, performance, and manual control. And when you read carefully, you realize there’s not a lot of practical difference here either. But there’s no way to compare them without exaggerating the differences, which makes them sound more significant than they really are.
LOW LIGHT
In low light, digital cameras increase the ISO, which means the weak signal coming from the sensor is amplified. This also amplifies noise, which causes an overall grainy look and, in dark areas, colored confetti. I don’t expect any camera to work well in low light; this goes for pro-level DSLRs and film cameras as well. So paying extra for a camera that’s really bad in low light rather than terrible doesn’t make a lot of sense to me. It’s a lot like choosing sunglasses based on their performance in dim light, or a screwdriver for its ability to drive a nail.
FLASH
For flash, a commercial photographer typically uses a power pack that may draw 15 amps AC and power multiple heads which range in size from 4″ diameter to over 36″. Subcompact cameras have ridiculously small batteries and tiny flash tubes (typically under 0.2 sq inches) located at the worst possible place: near the lens. It amazes me that any of them work as well as they do. Do I really care that one extends to 13 feet and another only 11.75? There have been times where I’d wished for a more powerful flash, but I’m thinking an extra 30 feet; I wouldn’t notice an extra 2 or 3.
The A3000 flash will synch any ordinary slave flash if you turn off the red-eye feature in the camera. It won’t meter it, however, so it’s easy to wash out the picture. I believe this is true for all Canon subcompacts.
PERFORMANCE
When prefocused, picture-to-picture processing time is barely noticeable — less than half a second. When you include focusing time, less than 2.5 seconds. It’s faster with the continuous shot option, which does not refocus between exposures. This is respectable, and more than enough for my needs. To keep up with a very active child or pet, you might want faster performance. Tested with 4 GB Lexar Platinum II 9MB/sec SDHC.
MANUAL CONTROL
I use manual control on my SLR most of the time. I had it on my last two subcompacts, and seldom used it. The A3000 doesn’t have it. The only time I missed it was using slave flash. If I’m out with the family, I don’t want to be thinking like a photographer, so the camera will probably make better decisions. And manual control is less convenient on a subcompact because of the ergonomic compromises necessary for such a small camera. Nice to have, but as processors get smarter, less important.
MEGAPIXELS
The best professional color printers print 90,000 dots per square inch. That means it takes 4 x 6 x 90,000 = 2.2 megapixels for a 4 x 6 print. 5 x 7 = 3.2 megapixels. 8 x 10 = 7.2 megapixels. Higher megapixels increase image file size and shot-to-shot delay (while the camera compresses the image and writes it out to the card). The only advantage to “higher resolution” than that required for your final print: you can crop the picture a bit without losing any picture quality. The A3000 is 10 meg; if they had a 6 meg version, it would be a better camera. Canon knows this; they also know megapixels are a lot easier to sell.
SENSOR SIZE
Bigger is better, but more important than sensor size is pixel size – the larger the pixels the higher the dynamic range, which means more detail in very bright and very dark areas. It usually means better low-light performance and less noise because of other engineering choices available because of the larger pixels.
The difference in sensor size between this and some of the more expensive small cameras (S95) seems significant until you put it into perspective. The pixel size of a Canon S95 is 6% that of a 12-meg professional DSLR (FX format). A3000 is 4%. Given the dynamic range and low-light performance of a pro DSLR isn’t that great, I don’t see any reason to pay a premium for 6% vs 4%.
CONCLUSION
My ideal small camera – pocketable, usably large viewfinder (I can accept a smaller LCD), 5-6 megapixels, manual control, image stabilization (small cameras are hard to hold steady), not cluttered with silly features – is no longer made. If a camera manufacturer wants me to spend more, they’re going to…
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