Support Cameralabs by shopping at our partner stores or donating via Paypal
 

Follow me!
Camera Labs RSS Feed
Gordon Laing and Cameralabs on Google+
Camera Labs on Facebook
Camera Labs on Twitter

 
  Latest camera reviews

Olympus E-PM1
Nikon V1
Sony NEX-5N
Canon 100HS / 115HS
Canon 300HS / 220HS
Canon S100
GoPro HD Hero 2
Canon 510HS / 1100HS
Canon 310HS / 230HS
Canon SX150 IS
Olympus E-PL3
Canon SX40 HS
Sony NEX-C3
Panasonic GF3
Fujifilm HS20 EXR
Panasonic FZ150
Olympus E-P3
Panasonic FZ47 / FZ48
Nikon COOLPIX S9100
Sony Cyber-shot HX100V
Sony Cyber-shot HX9V
Panasonic FX77 / FX78
Canon SX230 HS
Canon EOS T3 / 1100D
Panasonic Lumix G3
Sony Cyber-shot TX10
Canon 500HS / 310HS
Nikon D5100
Sony Cyber-shot W510
Nikon COOLPIX L24
Canon PowerShot A1200
Panasonic FS18 / FH5
Canon PowerShot A800
Panasonic TZ18 / ZS8
Canon PowerShot A3300IS
Canon EOS 600D / T3i
Panasonic TZ20 / ZS10
Canon IXUS 1000/SD4500
Sony Alpha SLT-A33
Panasonic Lumix GH2
Nikon D7000
Canon PowerShot G12
Canon PowerShot S95
Panasonic Lumix LX5
Nikon D3100
Canon EOS 60D
Canon EOS 550D / T2i
Canon EOS 7D
Nikon D300s
Canon EOS 5D Mark II
Nikon D90

All reviews ....
 
 
   
 
  Best Buys: our top models
   
  Best Canon lens
Best Nikkor lens
Best Sony lens
Best budget DSLR
Best mid-range DSLR
Best semi-pro DSLR
Best point and shoot
Best superzoom
Best camera accessories
   
 



   
 



Camera Labs Forum

Any questions, comments or a great tip to share? Join our Forum and let everyone know.
   
 
  DSLR Tips



 
Panasonic Lumix DMC-TZ7 / ZS3 Gordon Laing, March 2009

Panasonic Lumix DMC-TZ7 / ZS3 results : Real-life resolution / High ISO Noise




Support this site by price checking below  

Panasonic TZ7 / ZS3 - black
 

Panasonic TZ7 / ZS3 vs Canon 100IS / SD780IS vs Fuji F60fd Resolution

 
 
To compare real-life performance we shot this scene with the Panasonic Lumix TZ7 / ZS3, Canon IXUS 100 IS / SD780 IS and Fujifilm F60fd within a few moments of each other using their best quality JPEG settings, lowest sensitivities and default processing options.

The lenses on each camera were adjusted to deliver the same field of view, as much as their coarse zoom steps would allow. Each camera was set to an Auto mode with ISO override; note the Panasonic and Canon models here offer no control over the aperture.

The image above was taken with the Panasonic Lumix TZ7 / ZS3 at a sensitivity of 80 ISO, and the lens set to 6mm (37mm equivalent), f5; the original 10M Fine JPEG file measured 5.59MB. The crops are taken from the areas marked by the red squares, and are presented here at 100%. The Lumix TZ7 / ZS3 crops show a slightly larger area because of its slightly lower effective resolution than the other two models on test here. Note: with only two apertures to choose from, the Canon automatically selected the smaller of the two for this shot - there's no way to manually override this setting.

The Canon and Fujifilm models on test here boast two additional Megapixels over the Panasonic Lumix TZ7 / ZS3, and also apply greater sharpening with their default settings. Sharpening aside, the Canon and Fujifilm genuinely manage to resolve a little extra real-life detail, although only where their optics are working at their best. This is most noticeable in the second row of crops where there's less fine detail on the Panasonic crop.

But, and it's a big but, the Panasonic Lumix TZ7 / ZS3 delivers more consistent results across the frame than the other two models on test here. Each of its four crops share similar degrees of optical performance, whereas the other two models suffer in certain areas. Our sample of the Canon in particular performed very poorly in its lower left area, becoming quite soft despite the rest of the frame looking great.

This is an impressive result for the Lumix TZ7 / ZS3 considering it has a 12x optical zoom and the other two only have 3x ranges (neither with true wide angle either). So while a 12 Megapixel compact could potentially out-resolve the TZ7 / ZS3, it'll only do so if its optics also measure-up.

This test just considers one focal length though, relatively close to the wide end of the scale, so lower down this page, we've taken a closer look at how the Lumix TZ7 / ZS3's lens performs when fully zoomed-out and fully zoomed-in. Check it out by scrolling down, but if you can't wait to see how the cameras compare in terms of high sensitivities, then head straight over to our Panasonic Lumix DMC-TZ7 / ZS3 High ISO Noise results.

UPDATE: We have new comparisons between the TZ7 / ZS3 and Canon's PowerShot SX200 IS here.



Panasonic Lumix DMC-TZ7 / ZS3
Canon IXUS 100 IS / SD780 IS
Fujifilm FinePix F60fd
   
f5, 80 ISO
f10, 80 ISO
f5, 100 ISO
         
   
f5, 80 ISO
f10, 80 ISO
f5, 100 ISO
         
   
f5, 80 ISO
f10, 80 ISO
f5, 100 ISO
         
   
f5, 80 ISO
f10, 80 ISO
f5, 100 ISO


Panasonic TZ7 / ZS3 wide-angle performance at 25mm equivalent


 
To compare the optical performance of the camera when fully zoomed-out, we shot this scene with the Panasonic Lumix TZ7 / ZS3 using its widest focal length - an equivalent of 25mm. As before, we used the best quality JPEG settings, lowest sensitivities and default processing options. The camera was set to Normal recording mode - fully automatic, but allowing adjustment of the sensitivity.

The image to the left was taken with the Panasonic Lumix TZ7 / ZS3 at a sensitivity of 80 ISO, and the lens set to 4.1mm (25mm equivalent), f4.5; the original 10M Fine JPEG file measured 5.5MB. The crops are taken from the upper left, centre and lower right, and are presented here at 100%.

The crops below reveal an impressive consistency across the frame when fully zoomed-out. Despite the fairly extreme wide-angle coverage, the TZ7 / ZS3 maintains respectable sharpness into the corners with no undesirable optical artefacts to mention (although we believe the camera is applying software correction to coloured fringing). None-the-less, an excellent result here for the Lumix TZ7 / ZS3. Now scroll down to see how the camera measures-up when fully zoomed-in.


Panasonic Lumix DMC-TZ7 / ZS3 wide angle performance: 100% crops


   
f4.5, 80 ISO (top left crop)
f4.5, 80 ISO (middle crop)
f4.5, 80 ISO (bottom right crop)


Panasonic TZ7 / ZS3 telephoto performance at 300mm equivalent


 
To compare the optical performance of the camera when fully zoomed-in, we shot this scene with the Panasonic Lumix TZ7 / ZS3 using its longest focal length - an equivalent of 300mm. As before, we used the best quality JPEG settings, lowest sensitivities and default processing options. The camera was set to Normal recording mode - fully automatic, but allowing adjustment of the sensitivity.

The image to the left was taken with the Panasonic Lumix TZ7 / ZS3 at a sensitivity of 80 ISO, and the lens set to 49.2mm (300mm equivalent), f5.6; the original 10M Fine JPEG file measured 5.61MB. The crops are taken from the upper left, centre and lower right, and are presented here at 100%.

Like most super-zooms, the Lumix TZ7 / ZS3 suffers from a reduction in contrast when fully zoomed-in, although it's not that bad here at all. The upper left corner has become a little soft and there's minor evidence of coloured fringing in all corners, but again it's not that bad.

Considering the broad focal range and small form factor, the Lumix TZ7 / ZS3's optics really are performing very respectably in these tests. You can see more real-life examples across its focal range in our Sample Images Gallery, or alternatively to see how the camera compares in terms of high sensitivities, then head over to our Panasonic Lumix DMC-TZ7 / ZS3 High ISO Noise results.


Panasonic Lumix DMC-TZ7 / ZS3 telephoto performance: 100% crops


   
f5.6, 80 ISO (top left crop)
f5.6, 80 ISO (middle crop)
f5.6, 80 ISO (bottom right crop)


Panasonic Lumix DMC-TZ7 / ZS3 results : Real-life resolution / High ISO Noise



All words, images, videos and layout, copyright 2005-2012 Gordon Laing. May not be used without permission.

/ How we test / Best Cameras / Advertising / Camera reviews / Supporting Camera Labs