VS
VS

Nikon Af S Dx Nikkor 16 80Mm F28 4E Ed Vr vs Sigma 70-200mm F2.8 EX DG OS HSM Lens

Feature Comparison

Main components
Main components
Lens Technology Zoom Lens Zoom Lens
Max Format Dimensions 35mm full-frame
Focal Length in Millimeters 16-80 mm 70-200 mm
Image Stabilization Feature Yes Yes
Lens Mounts Nikon F (DX)
Diaphragm settings
Diaphragm settings
Maximum Aperture (f-stop) F2.8–4
Minimum Aperture F22–32
Aperture Control Ring No No
Optical features
Optical features
Number of Optical Elements
Number of Optical Groups
Special Optical Elements Four ED elements and three aspherical elements + Nano Crystal Coat Two FLD elements, three SLD elements
Minimum Focusing Distance 0.35 m (13.78 inches) 1.40 m (55.12 inches)
Maximum zoom level 0.22 times (e.g., 2x for 2 times) 0.13 times (e.g., 2x for 2 times)
Focus features
Focus features
Auto Focus Yes Yes
Internal focus motor
Permanent Manual Focus Capability Yes Yes
Focus Operation Method Internal Internal
Aesthetic features
Aesthetic features
Product Weight 480 gram (g) 1430 gram (g)
Color Options Black Black
Body material and design
Body material and design
Diameter 80 mm (3.15 inches) 86 mm (3.4 inches)
Length 86 mm (3.39 inches) 197 mm (7.76 inches)
Environmental Resistance No No
Filter Diameter 72 millimeter (mm) 77 millimeter (mm)
Hood Yes Yes
Zoom mechanism Rotary (extending length) Rotary (internal)
Power Zoom No No
Zoom Lock No No
Tripod Mount Tab No Yes
Material - Metal mount
Other items or details
Other items or details
Release Date
Disclaimer: Information on this page may need review. If you notice any discrepancies, please report them

User Rating Comparison

Nikon Af S Dx Nikkor 16 80Mm F28 4E Ed Vr
0 /10
from total 1 Vote
Sigma 70-200mm F2.8 EX DG OS HSM Lens
0 /10
from total 1 Vote

Questions and Answers About This Comparison

No questions have been asked about this comparison yet.

Be the first to ask a question!

Your question will be displayed after approval

Rate and Review This Comparison

Write at least 10 characters
Search Product to Compare