Canon EOS1 Ds MARKII Leitfaden

THE CANON

EOS-1Ds MARK II:

THE ABSOLUTE

PINNACLE OF D-SLR

DESIGN AND

PERFORMANCE

Table of Contents I OVERVIEW 3

II SUMMARY OF FEATURES 5

Performance 5

Controls and Display 6

Body and Exterior 6

Compatibility and Support 6

Software and Accessories 7

III NEW AND IMPROVED DESIGN FEATURES 8

New and Improved Design Features 8

New 16.7 Megapixel CMOS Sensor 8

Autofocus System 9

E-TTL II Flash System 10

Exposure Control 11

DIGIC II Image Processor 12

Speed of Operation 12

Recording Controls 12

Color Materials 13

Processing Parameters 13

White Balance 13

Dual Slot Memory Cards 14

Data Loss Protection 15

Reliability and Durability 15

Ease of Operation 15

Playback Features 16

High Resolution LCD 16

Camera Setting Retention 17

Image Protection/Erase 17

Drive System 17

Connectivity 17

Audio Recording 18

Direct Printing 18

IPTC Compatibility 18

Exif 2.21 Compatibility 18

Software Package 19

Wireless File Transfer 20

Data Verification Kit 20

IV SPECIFICATIONS 21

V CONCLUSION 25

I. OVERVIEW 3

The Canon EOS-1Ds Mark II, brother of the EOS-1D Mark II and

successor to the EOS-1Ds, is the new flagship of the Canon

line of digital single lens reflex cameras and the absolute

pinnacle of D-SLR design and performance.

The Canon-designed and manufactured full-frame CMOS

sensor has 16.7 megapixels, the highest resolution unit in

any digital SLR on the market. Complete, in-house control

has made it technically and economically feasible for

Canon to produce a sensor of such prowess.

Amazingly, the 1Ds Mark II is lithe and responsive. Canon

has given it the processing

power and write speeds

necessary to handle the enormous files it records so

effortlessly.

The EOS-1Ds Mark II can fire bursts of 32

JPEGs or 11 RAW frames at 4 frames-per-second.

It starts

from OFF in 0.3 second and has a shutter delay as low as

40ms. The 1Ds Mark II

shares its exceptional 45-point

autofocus system, E-TTL II flash system, extensive controls,

rugged chassis and shutter with the EOS-1D Mark II, the professional standard for

sports, news, fashion, wedding and portrait photographers worldwide.

This commonality of parts has enabled Canon to offer a vastly improved camera for the

same price as its 11.1 megapixel predecessor. For approximately $8,000, the 1Ds Mark

II equals, and surpasses in many respects, the performance of digital camera backs that

cost $16,000 and up, plus the purchase of a medium format body. Then factor in the

limited selection and expense of medium format lenses and accessories and the

inconvenient add-ons most backs require. At $7,999, the 1Ds Mark II may not be

inexpensive, but it is a sensational deal.

The EOS-1Ds Mark II will appeal immediately to photographers who do commercial

product shots, stock photography, portraits and landscape work. Wedding

photographers who sell large prints, or who have wanted to, and magazine

photographers shooting covers, full-page layouts and centerfolds will love it, too.

Photographers who have used the EOS-1Ds will be delighted with the new resolution of

the 1Ds Mark II, but they will find the new speed and ease of operation a pleasure as

well. It is likely that the steady rate of conversion of pros from other systems will

continue and possibly accelerate.

I. OVERVIEW

I. OVERVIEW 4

Like the 1Ds and the 1D Mark II, the 1Ds Mark II is compatible with virtually the entire

Canon EOS System. An abundance of lenses, Speedlites, transmitters and power

supplies is available. Conversely, the 1Ds Mark II is itself part of that system. The 1Ds

was very successful in the rental market and in equipment pools. The 1Ds Mark II will be

much more popular. A photographer could buy, say, one or two 1D Mark IIs, secure in

the knowledge that a 1Ds Mark II can be rented when greater resolution is required.

Further, because the two cameras share operating controls, there is no learning curve

involved, no fear that a mistake in setting, or failing to set, an unfamiliar camera will

have an unfortunate result. Similarly, everything one might buy with or for a 1D Mark II

would work seamlessly should one purchase a 1Ds Mark II in the future. Such is the

confidence one can derive from a comprehensive and industry-leading system. In sum,

the Canon EOS-1Ds Mark II is the benchmark against which all professional cameras and

imaging systems, film and digital, will be measured. Let the comparisons begin.

II. SUMMARY OF FEATURES 5

Performance

II. SUMMARY OF FEATURES

• World’s highest pixel count in a 35mm, full-size digital AF SLR camera

•

16.7 megapixel, full-size, single-plate CMOS sensor, designed and manufactured by Canon

• Continuous shooting speed of 4 fps (One-Shot AF/AI SERVO AF) with a maximum burst

of 32 shots in JPEG large or 11 shots in RAW (vs. 3 fps and 10-shot maximum burst for

all pixel counts with EOS-1Ds)

• DIGIC II Image Processor with 8-channel reading and DDR-SDRAM for fast processing,

fine detail and natural color reproduction

• Uses 45-point area AF unit with 7 cross-type sensors, E-TTL II flash system and

21-zone light-metering sensor

• Startup time is an exceptionally fast 0.3 sec., compared with 0.5 sec. for the 1D Mark

II and 0.6 sec. for the 1Ds

• Release time lag 55ms (40ms with maximum aperture set via Personal Function) and

viewfinder blackout time 87ms, same times as EOS-1D Mark II

• Increased battery performance

• Shorter media write times

• Color reproduction improved to give richer, fuller colors while maintaining traditional

EOS-1D seriesemphasis on fine color gradations

• False colors(aliasing artifacts) minimized by new 3-layer optical low-pass filter

•Same low-noise characteristics as EOS-1D Mark II

•Selectable dark noise subtraction for long exposures

• Full-size sensor takes full advantage of lens performance, including wide-angle lenses;

no focal length conversion factor

• Shutter speeds: 1/8000 to 30 sec. and bulb exposure

• Maximum X-sync speed 1/250 sec.

• Shutter endurance increased to 200,000

cycles, same as 1D Mark II

• Has 2 memory card slots, CF and SD, like

the EOS-1D Mark II, for simultaneous

backup or individual recording

• Same One-Shot AF speed and AI SERVO

AF subject tracking performance as the

EOS-1D Mark II

II. SUMMARY OF FEATURES 6

Controls and Display

Body and Exterior

Compatibility and Support

•Supports the same range of ISO settings as the EOS-1D Mark II, ISO 100 to 1600

(extended ISO range: L- 50, H- 3200) despite having smaller pixel size (7.2 µm vs. 8.2 µm)

•Five recording pixel counts (approx.): L- 16.60MP, M1- 8.60MP, M2- 6.30MP, S- 4.20MP

and RAW-16.60MP (EOS-1Ds had only Large and Small)

•Five preset color matrixes and two user-settable matrixes

•Color space (sRGB, Adobe RGB), color saturation (5 levels) and color tone (5 levels) all

user-settable, same as 1D Mark II

• Three user-settable sets of processing parameters: tone curve (standard plus 3 types),

sharpness (5 levels), and contrast (5 levels), same as 1D Mark II

• Camera settings can be saved to a memory card for specific stadiums, multiple

cameras, set-up restoration

• White balance compensation correctable for blue/amber and magenta/green bias

(+/- 9 levels)

• White balance bracketing for magenta/green and blue/amber bias correction

• RGB histogram provided

• Fully customizable: 20 Custom Functions (65 settings) and 27 Personal Functions

• Viewfinder coverage 100%; viewfinder specs the same as those in the EOS-1D Mark II

• New 230,000 pixel, high-detail LCD monitor, same as in 1D Mark II, has up to 10x

magnification in 15 steps and built-in rotated display function for vertical shots

• Magnesium alloy chassis and external covers (top, front

and rear) for ruggedness, light weight and rigidity

•Same water and dust resistance as EOS-1D Mark II

• Canon logo on pentaprism now set in relief for more

professional appearance

• Revised memory card slot cover release knob, same as

on 1D Mark II, allows operation while wearing gloves

“Ds” and “Mark II DIGITAL” nameplates now gold plated

• IEEE1394 (Firewire) interface, as on 1D Mark II, enables high-speed image transfers

•New Video OUT terminal (NTSC/PAL), as on 1D Mark II, but not 1Ds

• New USB connection for camera direct printing

• Compatible with PictBridge, Bubble Jet Direct, CP Direct and DPOF

• Adopts new CR2 RAW format

• Compatible with Adobe RGB-supported DCF 2.0 and Exif 2.21

• 12 menu interface languages

• Compatible with all Canon

EF Lenses (but not EF-S

series lenses) and almost

all EOS accessories

EF Lenses

II. SUMMARY OF FEATURES 7

Software and Accessories •Professional software bundle provides fast and easy

workflow; includes Digital Photo Professional 1.5, EOS

Viewer Utility 1.2, EOS Capture 1.2, PhotoStitch, TWAIN

and WIA drivers

•Supports data creation for accessory Data Verification

System kit, DVK-E2

•New accessory Wireless File Transmitter, WFT-E1A, enables

transfer of images to an FTP server via wireless or wired LAN

Wireless File Transmitter WFT-E1A

III. NEW AND IMPROVED DESIGN FEATURES 8

New 16.7 Megapixel

CMOS Sensor

The heart of the Canon EOS-1Ds Mark II is a state-of-the-

art, 16.7 megapixel, full frame, single-plate CMOS sensor

developed and manufactured by Canon. The 1Ds Mark II

has the world’s highest pixel count in a 35mm digital SLR

camera. Its maximum-recorded resolution is 4992 by

3328 pixels. Each pixel is 7.2 µm, smaller than the

8.2 µm of the EOS-1D Mark II sensor or the 8.8 µm of the

EOS-1Ds it replaces, but supporting the same range of ISO settings and producing the

same low noise as the 1D Mark II and surpassing the 1Ds on both counts.

The 1Ds Mark II sensor shares with the 1D Mark II several substantial improvements

made possible by the Canon-developed, on-chip RGB primary color filter together with

larger microlenses that have much smaller gaps between them than those on the 1Ds.

These narrow gaps greatly increase the efficiency of light convergence while greatly

reducing birefringence. Canon has also improved the design of the photo diodes in the

CMOSsensor by eliminating transistors in each pixel, making a greater portion of the

surface area of each pixel sensitive to light.

Normally, it’s nearly impossible to provide both high resolution and minimal false color,

but the EOS-1Ds Mark II has a 3-layer optical low pass filter that works with the DIGIC II

chip to reduce false colors while having minimal impact on resolution.

A second-generation, on-chip noise elimination circuit attends to fixed-pattern and random

noise. In addition to longer battery life, the lower power consumption of the CMOS sensor

means that the Signal-to-Noise Ratio is less affected when the sensor’s temperature

rises. For long exposures, including those up to several minutes, the circuit-driving

standard current and the power to the output amp are cut off and, as with the 1D Mark

II, the camera applies Dark Frame Subtraction automatically. Additionally, the irregular

image edge colors that occur during long exposures have been reduced dramatically.

Like the EOS-1D Mark II, the 1Ds Mark II is equipped with a low-noise, high-speed

output amp, and can read 8 channels simultaneously per line, enabling a continuous

III. NEW AND IMPROVED

DESIGN FEATURES

Photodiode

Null area

Microlens gap

EOS-1Ds EOS-1Ds Mark II

CMOS sensor

shooting speed of 4 frames-per-second despite the enormous file size generated by

16.7 megapixels.

The EOS-1Ds Mark II’s sensor measures 36 by 24mm, a full 35mm frame, eliminating the

need for lens focal length conversion factors. Wide-angle lenses and the many unusual

or specialized lenses in the Canon EF family have their full, unfettered visual effect.

The EOS-1Ds Mark II uses the exceptionally precise and fast autofocus system of the

EOS-1D Mark II with a few minor changes.

Like the EOS-1D Mark II, 1D, 1Ds and 1v, the

EOS-1Ds Mark II has a 45-point Area AF unit.

Manual selection of 45, 11 or 9 AF points is

possible. 38 of the 45 AF points are

vertical-line sensitive up to a maximum

aperture of f/5.6. 6 of the 7 AF points at the

center are cross-type sensors that are

vertical-line sensitive up to a maximum

aperture of f/2.8 and horizontal-line sensitive

up to a maximum aperture of f/5.6. The central AF point is a cross-type sensor that

supports vertical-line sensitivity to a maximum aperture of f/4 and horizontal-line

sensitivity to a maximum aperture of f/8.

There are three autofocus modes: One-Shot AF, which stops and locks when focus

is achieved, Predictive AI Servo AF, which constantly tracks subject movement and

focuses until the start of exposure, and Manual focusing, which has focus

confirmation with the in-focus indicator light and the superimposed AF point.

EOS Speedlites that have built-in AF-assist emit a near-infrared beam when

necessary to assist autofocus.

The AF-related circuitry and the AF algorithm in the 1Ds Mark II incorporate the new

1D Mark II design so that the AF performance clearly surpasses that of the 1Ds.

The EOS-1D and 1Ds had a single CPU for AF operations from focus detection to

lens-driving control. The EOS-1D Mark II and 1Ds Mark II have two CPUs responsible for

these functions.

Dividing tasks means decisions are made simultaneously rather than in sequence. In

Predictive AI Servo AF, statistical prediction using the focusing data from previous

focusing operations is incorporated. The number of focusing operations per unit time is

twice as many with the 1D and 1Ds. With shorter time intervals and more repetitive

focusing operations, the predictive AF control works effectively from the first shot even

with subjects moving erratically. Should the subject’s movement change just before

shutter release, the shorter focusing operation interval means the predictive AF control

has a higher probability of catching it.

III. NEW AND IMPROVED DESIGN FEATURES 9

Autofocus System

Viewfinder

III. NEW AND IMPROVED DESIGN FEATURES 10

E-TTL II Flash System

As with the EOS-1D Mark II, the AF CPU of the 1Ds Mark II is a 33 MHz, 32-bit RISC

(reduced instruction set) microcomputer that handles area AF detection and auto AF

point selection. The 1Ds Mark II camera CPU is a 32 MHz, 32-bit RISC microcomputer

that controls lens communications, lens driving control and predictive AF statistical

calculations. As a result, all the processing is faster than with the EOS 1D and 1Ds. One-

Shot AF speed is faster; AI SERVO AF focusing precision is the same for the 1D Mark II

and the 1Ds Mark II and appreciably greater than that of their predecessors.

Because the AF unit is capable of operating at 8.5 frames-per-second and the 1Ds Mark

II has a maximum speed of 4 fps, the AI Servo AF algorithm has been optimized for 4 fps

operation. “C-Fn 21 AI SERVO AF continuous shooting and shutter speed priority” of the

EOS-1D Mark II is deleted for the 1Ds Mark II for the same reason. The 1Ds Mark II can

track a moving subject easily and shoot at 4 fps, so without setting C-Fn 21, it can

operate at the maximum continuous shooting speed.

Since the first photographer set a house on fire with blitzlichtpulver (flash powder) more

than a hundred years ago, low-light shooters have waited patiently for E-TTL II, the

complete solution to flash control.

The EOS-1Ds Mark II shares the new E-TTL II algorithm with the EOS-1D Mark II. The

system enables uncanny E-TTL flash accuracy and reliability. In previous cameras,

evaluative flash metering was based on the assumption that an autofocus point would

cover the subject. When this is not the case, inaccurate flash exposures result. The

EOS-1Ds Mark II’s evaluative flash metering is not dependent on the active AF point.

In the new algorithm, ambient light is measured when the shutter button is pressed.

Next, a pre-flash is fired and the metering sensor takes readings at the central 17

metering zones. The ambient and pre-flash readings are compared. The metering areas

having a small difference are selected as the flash exposure metering areas. (Areas with

very big differences between ambient and pre-flash readings are excluded or down

weighted because they are assumed to contain a highly reflective object or that the

subject is not in that part of the frame. The algorithm avoids chronic underexposure

problems in such situations.) These readings are weighted, averaged and compared

with the ambient light reading, and the main flash output is then set and stored in

memory. E-TTL II weights and averages the flash metering for the subject and all other

objects at the same distance as the subject. Even if the subject’s position, reflectance or

size changes, the flash output will not change radically. The flash exposure will be highly

accurate and stable.

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