Fujifilm FinePix Z1000EXR Review

July 2, 2012 | Mark Goldstein |

Image Quality

All of the sample images in this Review were taken using the 16 megapixel Fine JPEG setting, which gives an average image size of around 5.5Mb.

Image quality on the Fujifilm FinePix Z1000EXR digital compact camera is very good in real life situations. What we mean is that for everyday use, you'll find that the Z1000EXR gives cracking shots. We found that the metering, although good in most situations, did have trouble in complex light or with hard highlights and shadows in the frame. We tried using the dynamic range boost but it had little effect. We found that colours are recorded accurately in the Z1000EXR. Primary colours such as red and green are rich and nicely saturated. We're suckers for a good blue sky and we loved how the Fujifilm produced pictures with blue sky in.


The sensitivity on the Fujifilm FinePix Z1000EXR ranges from ISO100 to ISO6400. We're pleased as punch with the low ISO results. ISO100 is very smooth with no colour noise showing through at all in dark areas and there's nice sharpness to fine edges. We found a small amount of salt and pepper noise poking through at ISO400 which messes around with fine edges slightly and this problem gets worse at the ISO800 setting. However, we'd normally expect to see colour noise coming through at this stage but we can't. Green blobs of colour do show through at the ISO1600 setting but it's tolerable. Image detail has broken down severely at ISO3200 and colour noise starts to invade the mid range tones being seen most where darker parts overlap lighter tones. At ISO6400, the camera reduces the resolution to reduce noise but so far the camera has produced much better results than other similar cameras. What reducing the resolution does is keeps the noise performance akin to what the lower ISO3200 setting does.

ISO 100 (100% Crop)

ISO 200 (100% Crop)


ISO 400 (100% Crop)

ISO 800 (100% Crop)


ISO 1600 (100% Crop)

ISO 3200 (100% Crop)


ISO 6400 (100% Crop)


Focal Range

The Fujifilm FinePix Z1000EXR's 5x zoom lens provides a focal length of 28-140mm in 35mm terms, as demonstrated below.




As we mentioned before, CMOS sensors aren't as sharp as CCD sensors. However, we found that pictures were sharp enough although loading the pictures into Adobe Photoshop CS6 and using the sharpening tools did bring out the detailed areas of photographs a little better.

Original (100% Crop)

Sharpened (100% Crop)


Chromatic Aberrations

We struggled to find any chromatic aberration on the pictures we took during the test which we are extremely pleased with.

Example 1 (100% Crop)

Example 2 (100% Crop)


The Z1000EXR has a close focusing performance of 9cm which isn't all that spectacular on paper. However taking a picture of a simple Compactflash card, we found that it filled the frame nicely. Centre sharpness is great although that sharpness does start to soften out at the edges.

Macro Shot

100% Crop


We found that in program mode with the ISO at a low setting to minimise noise, that the flash wouldn't compensate more to give a more balanced result. The only time it did this was in the natural light & flash mode in the program menu.

Flash Off - Wide Angle (28mm)

Flash On - Wide Angle (28mm)

ISO 64 ISO 64

Flash Off - Telephoto (140mm)

Flash On - Telephoto (140mm)

ISO 64 ISO 64

We found that the red-eye reduction feature on the Fujifilm FinePix Z1000EXR eliminated most red-eye in the picture.

Flash On

Flash On (100% Crop)

Red Eye Reduction

Red Eye Reduction (100% Crop)


It seems that the Fujifilm FinePix Z1000EXR has an amazing noise reduction facility that can really be seen when using the night shot mode for shooting at night versus the program mode. In program, the camera doesn't automatically add the right amount of noise reduction because it doesn't analyse the picture like it does in the scene modes. Because of this, even at ISO100 we got a lot of noise due to the long exposure but the night scene shot is much smoother. However, the night scene mode also underexposed the image by a large margin. It was dusk in our test and the camera has made it look like night.


Night (100% Crop)

Anti Shake

The Fujifilm FinePix F770EXR has an anti-shake mechanism, which allows you to take sharp photos at slower shutter speeds than other digital cameras. To test this, I took 2 handheld shots of the same subject with the same settings. The first shot was taken with anti shake turned off, the second with it turned on. Here are some 100% crops of the images to show the results. As you can see, with anti shake turned on, the images are much sharper than with anti shake turned off. This feature really does seem to make a difference and could mean capturing a successful, sharp shot or missing the opportunity altogether.

Shutter Speed / Focal Length

Anti Shake Off (100% Crop)

Anti Shake On (100% Crop)

1/10th / 25mm
1/8th / 500mm

EXR Modes

Fujifilm's EXR sensor can be utilized in one of three ways by the photographer. There's a choice between shooting at full 16 megapixel resolution in High Resolution (HR) mode, or an 8 megapixel image in the Low Noise (SN) mode for shooting without flash in low light conditions, or the Dynamic Range (DR) mode to achieve an optimal balance between shadows and highlights. The latter offers five strengths ranging from 100-1600%. If you can't decide which is best for a chosen scene or subject, then just leave the camera on the scene-detecting EXR Automatic Mode and let it choose for itself.

Resolution Priority

Resolution Priority (100% Crop)


High ISO & Low Noise

High ISO & Low Noise (100% Crop)


D-Range Priority

D-Range Priority (100% Crop)

Film Simulation Modes

The Fujifilm Finepix F770EXR offers 4 different film simulation modes to help replicate the look of your favourite film stock from the past.

Provia / Standard

Velvia / Vivid


Black & White


Panorama Mode

The Fujifilm FinePix F770EXR allows you to take panoramic images very easily by 'sweeping' with the camera while keeping the shutter release depressed. The camera does all the processing and stitching, and there are three views available. The main problems are that the resulting image is of fairly low resolution - 1080 pixels high and 5760 pixels wide for the 360 degree image - moving objects are recorded as "ghost" images, and different lighting sources cause obvious vertical streaks to appear.

120 Degrees
Full-size Image
180 Degrees
Full-size Image
360 Degrees
Full-size Image