Nikon D2Xs manual Specifications, 261

Specifications

Type

Effective pixels

Image sensor Image size (pixels) High-speed crop on

Lens mount

Compatible lenses*

Type G or D AF Nikkor Micro Nikkor 85 mm F2.8D

Other AF Nikkor†

AI-P Nikkor

Non-CPU

* IX Nikkor lenses can not be used

Single-lens reflex digital camera with interchangeable lenses

12.4 million

23.7 × 15.7 mm; total pixels: 12.84 million

4288 × 2848 (L), 3216 × 2136 (M), 2144 × 1424 (S) 3216 × 2136 (L), 2400 × 1600 (M), 1600 × 1064 (S)

Nikon F mount (with AF coupling and AF contacts)

All functions supported

All functions supported except autofocus and some exposure modes

All functions supported except 3D color matrix metering II and 3D multi-sensor balanced fill-flash for digital SLR

All functions supported except 3D color matrix metering II, 3D multi-sensor balanced fill-flash for digital SLR, and autofocus Can be used in exposure modes A and M; electronic range finder can be used if maximum aperture is f/5.6 or faster; color matrix metering, multi-sensor balanced fill-flash for digi- tal SLR, and aperture value display supported if user provides lens data

† Excluding lenses for F3AF

Technical Notes—Specifications

Picture angle	Equivalent in 35-mm format is approximately 1.5 times lens
	focal length (2 times when high-speed crop is on)
Viewfinder	Optical fixed eye-level pentaprism
Diopter adjustment	–3 – +1 m–1
Eyepoint	19.9 mm (–1.0 m–1)
Focusing screen	Ships with type B BriteView III screen installed
Frame coverage	Approximately 100% of lens (vertical and horizontal)
High-speed crop on	Approximately 97% of lens (vertical and horizontal)
Magnification	Approximately 0.86× (50-mm lens at infinity; –1.0 m–1)
Reflex mirror	Quick return
Lens aperture	Instant return with depth-of-field preview
Focus-area selection	Single area or group can be selected from 11 focus areas (9
	focus areas when high-speed crop is on)
Lens servo	Instant single-servo AF (S); continuous-servo AF (C); manual
	(M); predictive focus tracking automatically activated accord-
	ing to subject status in single- and continuous-servo AF

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