Nikon D1X BROCHURE

Expanding professional digital photography

with Nikon Total Image Quality.

Reveal minute details

for total image quality.

5.3 effective megapixels deliver high-definition images.

The D1X’s superb ability to create sharper pictures is derived from its 5.3 effective megapixels,
which deliver high-resolution

3,008 x 1,960-pixel images. An advanced Nikon algorithm

enables high-quality, high-speed image processing while also ensuring vibrant and saturated
color reproduction.
Furthermore,

3D Digital Matrix Image Control automatically ensures a high degree of total

image quality and produces incomparable results.

The D1

X

features fast workflow operation. The IEEE1394 interface enables large volumes
of data to be transferred from camera to computer at high speed. Continuous shooting
capability of

3 fps for up to 21 consecutive shots in JPEG or TIFF mode (14 consecutive

for Raw data) enables more high-quality pictures more quickly.

You can also do more with captured images, as the D1

X

incorporates a full suite of innova­tive features.
Optional

“Nikon Capture 4” software enables the processing of TIFF and JPEG formats,

and Raw data can be processed to full 16-bit precision in a fully ICC color-managed envi­ronment.

“Nikon View” software (bundled) allows easy, professional transfer of image

data to your PC as the first step in a digital workflow.
Two Optimized Color Spaces: In accordance with the ever-evolving requirements of the
professional color-managed workflow, the D1

X

is capable of producing images that are

optimized for

two color modes—Mode I (optimized for sRGB) and Mode II (optimized

for Adobe RGB), allowing you to choose based on application and workflow, making it
easier to control and deliver the image that you had in mind when the shot was taken.
The D1

X

also includes Lossless-compression mode forRaw-file save mode, accelerating

image transfer without visually affecting image quality . This results in faster, more efficient
data handling. The D1

X

’s exceptional image quality, highlighted by Raw files capacity in

“NEF” format, and possibilities for configuration make it the ideal imaging tool for com-

mercial, medical and science photographers, for use in fields where enlarged images are
required, as well as in all specialized fields where high detail is the priority.

Post-processing versatility

Operating speed

Fantastic Total Image Quality

3

Nikon D1XMajor Features

Total image quality

• Large 23.7 x15.6mm format RGB CCD; 5.3 effective megapixels

(4,024

x 1,324 sensor processed to output at 3,008 x 1,960 pixels*,

10MB output of 4,016 x2,616 pixels possible via optional
“Nikon Capture 4” software);

Raw data file size of 7.6MB at

12-bit color depth

can be processed to a 33.6MB 16-bit color

depth file via optional “Nikon Capture 4” software

• Picture angle approx. 1.5

x lens focal length (same effect as with

Nikon DX-Format cameras)

•

Newly designed Advanced Image Processing Systemwith 3D
Digital Matrix Image Control

featuring new algorithm enables

Total Image Quality:

–

Precise exposure control from Nikon’s exclusive 3D
Color Matrix Metering

–

Adaptive TTLWhite Balance control

– Optimal coloraccuracy

• 3D Multi-Sensor Balanced Fill-Flash controlled by advanced

algorithm

•

Two selectable colormodes for different workflow environments
(optimized for sRGB color space and Adobe RGB color space)

• Sensitivity range: ISO-equivalent

125-800 plus Custom Setting for

two-step boost

•

New comprehensive noise-suppression design reduces picture
noise across all sensitivities

*2,000 x 1,312-pixel recording is also available. Because of the higher spatial resolution of

the D1

X

, image quality at this recording mode is superior to that obtainable by an ordinary

3-megapixel CCD model.

Enhanced speed

• Massive on-board image buffer memory for up to 21 consecutive
shots

in JPEG or TIFF mode (14 for Raw data); frame rate of

3 frames per second for all file types

• Top shutter speed of 1/16,000 second and flash sync speed with
TTL operation up to 1/500 second

• Short SLR shutter release time lag (58ms) and quick startup for
electronic circuitry

•

High-speed image processing with newly developed system LSI
for rapid throughput and shutter availability

•

Enhanced IEEE1394 interface with faster transfer speed (actual
speed also dependent upon speed of computer to which camera is
connected)

Improved operability

• Supports CompactFlash™Card (Type I/II) and Microdrive

™

*

• Newly developed 130,000-dot TFTcolor monitor with white
LED backlighting

• Camera set-up via Custom Settings selectable on TFTcolor
monitor

for fast, easy operation (available in five languages:

English, French, German, Spanish, Japanese)

•

One-Touch Playback for rapid review and instant return to
Shooting Mode

•

Virtual 100% area-accurate playback coverage on TFTcolor monitor

• Thumbnail playback (in either 9 or 4segments for fast image
evaluation after shooting

•

One-Touch Zoom allows playback image to be enlarged, and
scrolling capability lets user view desired portion

•

Lossless-compression for Raw-file save mode to improve CF
card capacity and image-handling efficiency and throughput speed

•

GPS position information saved within image data file if con­nected to compatible GPS unit

**

via RS-232C interface

• F-mount system compatibility with Nikon professional SLR body
and accessories

• Lightweight, durable magnesium alloy body

•

Opening of Raw files via Photoshop file/open plug-in; Mac and
PC version provided

*

512MB and 1GB types can be used; for other versions, please contact the respective company.

**

NMEA0183 Ver. 2.01 protocol-compatible models such as the GARMIN™ GPS III and the
MAGELLAN™ COLORTRAK can be connected; connection cable not provided.

About the D1X’s CCD

How does the D1X obtain its high-definition images?

The D1Xincorporates a 23.7 x 15.6mm RGB CCD image
sensor with 5.47 million pixels, using 5.3 million for actual
image resolution and the balance of pixels for other aspects
of image processing.
The number of effective pixels is 4,024 x 1,324, twice that of
the D1 and D1

H

. The CCD provides double resolution and

maintains speed and dynamic range.

How does the D1X record image data captured by the CCD?

In order to offer users both high-quality images and fast processing within one camera, Nikon’s engineers had to
get creative. After some thought, they realized that increasing the number of horizontal pixels, and improving res­olution in other directions resulted in the production of an output file that redistributed the added horizontal resolu­tion both horizontally and vertically. This step was made possible by employing proprietary image processing
algorithms. Actual horizontal resolution was then reduced to its physical amount, while vertical resolution was
increased by 1.5x. Horizontal resolution is limited to 3/4 of the theoretical maximum, consequently allowing a
higher quality vertical gain of 3/2. Conducted simultaneously at high speed, these processes enable image
recording at an impressive 5.9 megapixels (equivalent pixel [spatial] resolution of 3,008 x 1,980). Pixel resolution,

along with many other factors, has been carefully considered in
the development of an image processing system that could ulti­mately become the benchmark for Total Image Quality.

D1CCD 2012 (H) X 1324 (V) pixel D1X CCD 4024 (H) X 1324 (V) pixel

Facing page photo

Photo by HAYAKAWA, Hiroyuki

◆ Lens: PC Micro 85mm f/2.8D ◆ Image quality mode: Raw ◆ Exposure mode: Manual ◆ Shutter speed: 1/125 second

◆ Aperture: f/11 ◆ White balance: Flash mode ◆ Sensitivity: ISO-equivalent 125

Professional Digital SLR Camera

High-quality, large-size CCD

The D1X employs a 23.7 x15.6mm CCD,
providing an aspect ratio identical to that of
other Nikon DX-Format cameras, for consis­tent composition and viewing. The camera
features a wide dynamic range, high sensitivi­ty and benefit from Nikon’s comprehensive
noise-suppression design. With high-quality
image processing, stable and consistent per­formance ensures true photographic quality
image files with excellent color, smooth tone
gradation and overall high quality.

The D1

X also employs a precision Low-Pass

Filter just in front of the CCD to virtually
eliminate color aliasing and moiré effects on
detailed patterns and high-contrast edges.

High-quality, high-speed system LSI

A system LSI featuring an advanced image­processing algorithm with selectable JPEG
compression enables high-speed image
processing. Nikon Raw file format, which is
processed using optional “Nikon Capture 4”
software enables the highest image quality.
The

Lossless-compression mode for Raw-

file save mode is particularly useful, enabling
more images to be saved in the CF card with
image-handling efficiency that does not sacri­fice visual image quality. The algorithm
features a Total Image Quality strategy,
which utilizes spatial processing to maximize
color fidelity, and to ensure smooth tone
gradation and crisp, accurate detail.

Charge-coupled electronic plus
mechanical shutters

The D1X, as well as the D1 and D1H,
incorporates a mechanical shutter in addi­tion to the charge-coupled electronic shut­ter, which shields the CCD from continu­ous exposure to light and eliminates smear,
further enhancing image quality.

3D Digital Matrix Image Control

Using Nikon’s exclusive 3D Color Matrix

Meter, featuring a 1,005-pixel
RGB exposure/color metering
sensor, the D1

X is capable of

evaluating the image and intelli­gently and automatically
optimizing the digital result. The
three keys to this highly effec­tive image-enhancing function
are

1) 3D Color Matrix
Metering, 2) TTLWhite
Balance and 3) Tone
Compensation.
3D Color Matrix Metering

calculates the optimum exposure
value by comparing the bright­ness and color data, along with
subject-to-camera distance, with
a reference to a database of real
photography. Use of a database
distinguishes this meter from
typical multi-segment meters.
TTLWhite Balance evaluates
color temperature and makes
fine adjustments to the prede­termined value, automatically
achieving proper white
balance. TTL White Balance,
in conjunction with 3D Color
Matrix Metering, adds signifi­cantly to the Total Image
Quality of the D1

X.

Tone Compensation selects
the optimal tone curve to enable the reproduc­tion of natural tones according to the scene
brightness and contrast. Fixed values and
Custom Settings are possible.
3D Digital Matrix Image Control’s advanced
performance gives you the power to perform

tasks that until now had to be done during post­processing on a desktop computer.
In fact, the capability of the D1

X to produce

fully finished files is one of the major benefits
of Nikon’s T otal Image Quality concept and
superior workflow.

3D Digital Matrix Image Control

◆ Lens: AF-S 28-70mm f/2.8D IF-ED ◆ Image quality mode: Raw

◆ Exposure metering mode: 3D Color Matrix ◆ Exposure mode: Programmed Auto

◆ Shutter speed: 1/60 second ◆ Aperture: f/4.0 ◆ White balance: Auto ◆ Sensitivity: ISO-equivalent 200

Breathtakingly beautiful,

vibrant color

Facing page photo

Photo by SAKATA, Eiichiro

◆ Lens: AF 85mm f/1.4D IF ◆ Image quality mode: Raw

◆ Exposure mode: Manual ◆ Shutter speed: 1/250 second ◆ Aperture: f/2.8

◆ Exposure compensation: +0.3 EV ◆ White balance: Auto

◆ Sensitivity: ISO-equivalent 125

5

Image area size
comparison

IX240 format:
C type

Nikon DX Format

3D Digital Matrix Image Control

1,005-pixel RGB

exposure/color

metering sensor

D/G-type

Nikkor Lens

Optimum result

A : Total 1,005 data
B : Color data
C : Basic data (small group reading)
D :Parameters

e :Color
f : Brightness
g :Contrast
h :Focus area position

I : Distance Information
J : Database
K :

Automatic Tone Compensation

L :

Automatic TTL White Balance

M:System LSI