Compact · 2003

Sony Cyber-shot DSC-F828

The Sony Cyber-shot DSC-F828 is a compact from 2003 with a 2/3" sensor measuring 8.8 × 6.6 mm and 8 megapixels. Its crop factor is 3.93×, so a 50 mm lens frames like 197 mm on full frame. Every number below is calculated for this exact sensor.

2/3"3.93× crop8 MP
3.93×
Crop factor
8.8×6.6 mm
Sensor size
58 mm²
Area · 7% of full frame
8 MP
Resolution
2.70 µm
Pixel pitch
f/4.0
Diffraction-limited aperture
2003
Release year

Specifications#

Brand
Sony
Model
Cyber-shot DSC-F828
Also known as
DSC-F828
Camera type
Compact
Released
2003-01-01
Sensor size
8.8 × 6.6 mm (2/3" sensor)
Crop factor
3.93×
Resolution
8 MP (3,264 × 2,448 px)
Fastest shutter
1/3,200 s
Weight
906 g (32.0 oz)
Sensor type
RGBE CCD
AF points / area
5 focus points
Dimensions
134 x 91 x 156mm (5.28 x 3.58 x 6.14 inches)
Lens
28-200mm equivalent

Specifications merged from Wikipedia, Wikidata, Lensfun and openMVG. Spot an error? Tell us.

Sensor size compared#

Four Thirds / Micro Four Thirds1" (one-inch) sensorSony Cyber-shot DSC-F8281/2.3" sensor
The Sony Cyber-shot DSC-F828 sensor (highlighted) drawn to scale against common formats. Its area is 7% of a full-frame sensor, which collects about 3.9 stops less total light at the same exposure.

Focal length equivalents & field of view#

Multiply any focal length by 3.93 to get the full-frame field of view. For fixed-lens cameras use the real focal length printed on the lens (e.g. “6.1–18.3 mm”), not the 35 mm equivalent.

Lens on this cameraFull-frame equivalentHorizontalVerticalDiagonal
4 mm16 mm95.5°79.0°107.9°
4.5 mm18 mm88.7°72.5°101.4°
5 mm20 mm82.7°66.8°95.5°
6 mm24 mm72.5°57.6°85.0°
8 mm31 mm57.6°44.8°69.0°
10 mm39 mm47.5°36.5°57.6°
12 mm47 mm40.3°30.8°49.2°
15 mm59 mm32.7°24.8°40.3°
20 mm79 mm24.8°18.7°30.8°
25 mm98 mm20.0°15.0°24.8°
30 mm118 mm16.7°12.6°20.8°
40 mm157 mm12.6°9.4°15.7°
50 mm197 mm10.1°7.6°12.6°
70 mm275 mm7.2°5.4°9.0°
100 mm393 mm5.0°3.8°6.3°
150 mm590 mm3.4°2.5°4.2°

Depth of field table#

Total depth of field at each subject distance, using a circle of confusion of 7.6 µm (the 0.030 mm full-frame standard scaled by the crop factor).

FocalAperture50.0 cm1.00 m2.00 m3.00 m5.00 m10.0 mHyperfocal
6 mmf/221.9 cm1.02 m11.8 m∞∞∞2.37 m
6 mmf/2.832.1 cm1.81 m∞∞∞∞1.69 m
6 mmf/450.8 cm5.80 m∞∞∞∞1.19 m
6 mmf/82.80 m∞∞∞∞∞59.6 cm
11 mmf/26.2 cm25.3 cm1.07 m2.64 m10.4 m∞7.94 m
11 mmf/2.88.7 cm36.0 cm1.60 m4.39 m39.2 m∞5.68 m
11 mmf/412.5 cm53.2 cm2.68 m10.5 m∞∞3.98 m
11 mmf/826.3 cm1.33 m∞∞∞∞1.99 m
19 mmf/22.0 cm8.3 cm33.7 cm76.8 cm2.20 m10.3 m23.7 m
19 mmf/2.82.8 cm11.6 cm47.5 cm1.09 m3.23 m18.1 m16.9 m
19 mmf/44.1 cm16.7 cm68.9 cm1.61 m5.12 m58.5 m11.9 m
19 mmf/88.2 cm34.1 cm1.51 m4.05 m28.9 m∞5.94 m
31 mmf/20.7 cm3.1 cm12.5 cm28.3 cm79.4 cm3.25 m63.0 m
31 mmf/2.81.0 cm4.3 cm17.5 cm39.8 cm1.12 m4.66 m45.0 m
31 mmf/41.5 cm6.2 cm25.1 cm57.1 cm1.62 m7.03 m31.5 m
31 mmf/83.0 cm12.4 cm50.8 cm1.17 m3.50 m21.1 m15.8 m

Equivalent aperture#

Exposure is identical at the same f-number on any format; equivalence only describes depth of field and total light.

Aperture on this cameraFull-frame equivalent (depth of field)Hyperfocal at 11 mm
f/1.2f/4.713.2 m
f/1.4f/5.511.3 m
f/1.8f/7.18.82 m
f/2f/7.97.94 m
f/2.8f/11.05.68 m
f/4f/15.73.98 m
f/5.6f/22.02.84 m
f/8f/31.51.99 m

Diffraction & pixel pitch#

With 2.70 µm pixels, diffraction starts to soften pixel-level detail around f/4.0. For maximum sharpness keep landscapes between f/2.8 and f/4; stopping down further trades detail for depth of field.

ApertureAiry disk diameterSpread overAt 100% view
f/2.83.8 µm1.4 pxsharp
f/45.4 µm2.0 pxsharp
f/5.67.5 µm2.8 pxslight softening
f/810.7 µm4.0 pxvisibly soft
f/1114.8 µm5.5 pxvisibly soft
f/1621.5 µm8.0 pxvisibly soft
f/2229.5 µm11.0 pxvisibly soft

Maximum print sizes#

At 8 MP the Sony Cyber-shot DSC-F828 produces 3,264 × 2,448 pixel images. See the 8 megapixel guide or the print size calculator.

ResolutionTypical useInchesCentimetres
300 DPIPhoto-lab quality10.9 × 8.2 in28 × 21 cm
240 DPIFine-art inkjet13.6 × 10.2 in35 × 26 cm
200 DPIWall print16.3 × 12.2 in41 × 31 cm
150 DPIPoster, viewed from 1 m+21.8 × 16.3 in55 × 41 cm

Night-sky exposure limits#

Longest exposure before stars trail. The NPF rule accounts for pixel pitch and is stricter than the classic 500 rule — use it for pin-sharp stars on high-resolution sensors.

Focal length500 ruleNPF f/1.8NPF f/2.8NPF f/4
4 mm (16 mm eq.)31.8 s36.0 s44.7 s55.2 s
5 mm (20 mm eq.)25.4 s28.8 s35.8 s44.2 s
6 mm (24 mm eq.)21.2 s24.0 s29.8 s36.8 s
9 mm (35 mm eq.)14.1 s16.0 s19.9 s24.5 s
13 mm (51 mm eq.)9.8 s11.1 s13.8 s17.0 s

Open the NPF / 500 rule calculator →

Handheld shutter speed guide#

The reciprocal rule uses the equivalent focal length. High-resolution sensors may need one stop faster than this for pixel-sharp results.

Focal lengthNo stabilisation (1/equiv. focal)With 3-stop ISWith 5-stop IBIS
6 mm1/25 s0.3 s1.3 s
13 mm1/50 s1/6 s0.6 s
25 mm1/100 s1/13 s0.3 s
51 mm1/200 s1/25 s1/6 s

Lens#

The Sony Cyber-shot DSC-F828 has a built-in, non-interchangeable lens. Use the real focal length of that lens with the tables above; its full-frame equivalent is that number × 3.93.

Frequently asked questions#

What is the crop factor of the Sony Cyber-shot DSC-F828?

The Sony Cyber-shot DSC-F828 has a crop factor of 3.93× relative to 35 mm full frame (diagonal 11.0 mm vs 43.3 mm).

What size is the Sony Cyber-shot DSC-F828 sensor?

8.8 × 6.6 mm (2/3"), an area of 58 mm² — 7% of full frame.

Is the Sony Cyber-shot DSC-F828 full frame?

No — its sensor is 2/3", which is 14.9× smaller in area than full frame.

How many megapixels does the Sony Cyber-shot DSC-F828 have?

8 megapixels (3,264 × 2,448 pixels), enough for a 11 × 8 inch print at 300 DPI.

How long can I expose the night sky with the Sony Cyber-shot DSC-F828?

With a 5 mm lens (20 mm equivalent) the 500 rule gives 25 s and the stricter NPF rule at f/2.8 gives 36 s.

Sources & licences#

Last updated October 03, 2026 · How we calculate · Sources

Last posts

  1. Scanning Prints vs Negatives Which One Is Better
  2. Gimbal Battery Life and Replacement Options Explained
  3. Buying a Medium Format Flatbed Scanner for Film Quality
  4. Choosing Negative Carriers for Camera Scanning 35mm and 120
  5. Is a Gimbal Hard to Learn for a Beginner
  6. Do Camera Gimbals Need Regular Firmware Updates
  7. Best Lenses for Digitising 35mm Film and Why They Matter
  8. Are Vlogging Cameras Better Than Smartphones for YouTube
  9. Is a Selfie Ring Light Enough for Indoor Vlogging
  10. Best Light Sources for Camera Scanning Negatives