Kodak DCS cameras based on Nikon



1991 Kodak DCS 100

1992 Kodak DCS 200

1994 Kodak DCS 420

1994 Kodak DCS 460

1996 Kodak DCS 410

1996 Kodak DCS 425c/425ir
1997 Kodak DCS 435

1998 Kodak DCS 315

1998 Kodak DCS 330

1999 Kodak DCS 620

1999 Kodak DCS 660

2001 Kodak DCS 720x

2001 Kodak DCS 760

2003 Kodak DCS 760M

2002 Kodak DCS 14n

2004 Kodak DCS SLR/n

 

Kodak was a pioneer in design, manufacturing and sales of digital SLR and has launched since 1991 many models called Kodak Professional DCS. These cameras are built from CCD or CMOS sensor designed and manufactured by Kodak on the basis of Canon or Nikon camera bodies. These Nikon cameras bodies were successively F3, N8008, N90 and N90x, then F5 and at least an evolution of N80-F100.

The 31 May 2005, Kodak confirmed that the DCS Pro SLR/n and DCS Pro SLR/c digital SLRs have been discontinued and will no longer be manufacturered.
Kodak indicated that it don't mark the end of Kodak DCS cameras but the wish to be concentrated on more profitable market segments.
You can find here an History of Kodak Professional DCS.








digital back of Hawkeye II Digital Camera DSLR prototype

digital back of Hawkeye II Digital Camera DSLR prototype











Hawkeye II DSLR focusing screen

Hawkeye II DSLR focusing screen

Kodak DCS 100

Kodak DCS 100

Since 1987, Kodak had developed the world's first megapixel CCD imager, the M1. It was included in several prototypes IRIS and Hawkeye II DSLR all based on Nikon F3HP.
Kodak launched in 1991 its first digital system the DCS (Digital Camera System), later called the DCS 100. It is based on the Nikon F3 body with a special focusing screen and a specific motor drive. This motor allows 2,5 images per second.
The focusing screen is marked out to show the field of view of the CCD and the areas (in gray) around. This focusing screen gives a small picture in the viewfinder but allows anticipating on what is going or coming in the viewfinder.
The relative sensitivity of DCS 100 is 100 ISO.
The CCD inside DCS 100 is a 1.3 megapixel CCD (1024 x 1280 pixels) which measures 20.5 x 16.4mm. To obtain the equivalent focal length in 24x36, it is necessary to divide the focal by 1,8. A 28 mm with DCS 100 is equivalent to a 50 mm in 24x36.

Images are stored in a DSU (Digital Storage Unites); this unit weights 5 kg and is connected by cable to DCS 100. The DSU contains 200 Meg and can store from 150 to 600 pictures. It has a built-in 4" LCD monochrome monitor screen.
A color version and a white and black version of DCS 100 were available. The initial sale price was £15,000.

DCS 200, in sale from 1992 to 1994, is based on a Nikon N8008s. It is a totality compact without cable and weights 1,7 kg The N8008s body is completed a high grip, developed by Kodak. This architecture: special grip (or back) added to a classic body will be used in next DCS cameras. The main part of DCS 200 is a new CCD chip of 1,54 Meg (1524 x 1012 pixels) for an array of 14 x 9.3mm. The DCS 200 CCD is more efficient and smaller than the CCD chip of DCS 100. The size of the picture in viewfinder of DCS 200 is near of the size of 24x36 and to obtain the equivalent focal length in 24x36, it is necessary to divide the focal by 2,5. A 28 m with DCS 200 is equivalent to a 70 mm in 24x36.

There are six variants of the DCS200: DCS 200 ci (color and integrated hard disk), DCS 200 c (color without internal hard disk), DCS 200 mi (black and white and integrated hard disk), DCS 200 m (black and white without internal hard disk), DCS 200 IR (infrared sold $16,000, Kodak only made about 50 or so ) and the 'Wheelcam' (color by a triple green red and blue exposures).

The built-in 80 megabyte hard disk can store fifty pictures; each picture needs 4,5 Meg. To visualize pictures taken, it is necessary to unload the content of the hard disk on a microcomputer via the integrated SCSI interface. DCS 200 does not comprise integrated LCD monitor screen. It is possible to take a picture every 2,5 seconds. Batteries allow to take a hundred of pictures.

The initial sale price was £ 7000.

1.54 megapixel chip of DCS 200

DCS 4xx image size

 

In 1994 Kodak develops for Associated Press an "Associated New Press Camera", called NC 2000. This camera uses the same CCD chip that DCS 100 but color filtration of the CCD elements was issued from DCS 220. It is built from the Nikon N90 with a correction coefficient of 1 ,65. It can store images on hard disk or card PCCard Type III and can take 6 images at 2,5 images by second.

There is existing one other variant of the NC2000 : the NC 2000 E, which is built from the Nikon N90s with a correction coefficient of 2,5. This camera has the same CCD as the DCS 100 (1268x1012 Pix, 21x16 mm, 1,3 Mpix CCD) and also a SCSI connection.

DCS 420 has replaced DCS 200 in 1994. It has the same one-bloc architecture and is based on a Nikon N90X. It possesses equally the same CCD chip that DCS 200.

Pictures are recorded on a card PCCard (called also PCMCIA card) which is installed on the side of the camera body.

The interchangeable card has a capacity of 105 Meg and can store 64 images, it can be replaced by cards of more important capacity, 130 Meg or more. this feature is a good improvement in regard of DCS 200.

The internal memory of 8Mb allows to take images in 2.25 seconds before the recording on the PCCard. It is possible to record an vocal annotation with pictures.


1,54 Megapixels CCD chip
of DCS 420

There are existing three versions of the DCS420: DCS 420 c (color), DCS 420 m (black and white), DCS 420 ir (infrared). The initial sale price of DCS 420 was £ 8000.

In 1995, DCS 460 uses the same design that DCS 420 but integrates a fabulous CCD chip of 6 million of pixels, a record again today. This CCD chip of 6,230,160 pixels (2036 x3060 pixels) is the record today. The array is 28mm on 19 mm that implies that to obtain the focal equal in 24x36, it is necessary to multiply the focal by 1,28. It is the first camera allowing the use of fish-eye and great angle. Images make 18 Megs and are coded on 12 bits.

It can take 2 images all 8 seconds.
There are existing three versions of the DCS460: DCS 460 c (color), DCS 460 m (black and white), DCS 460 ir (infrared.
The initial sale price of DCS 460 was £ 25 000.


6 Megapixels CCD chip of DCS 460

To note that Kodak has developed a model built on Canon EOS 1 body and equivalent to DCS 460: EOS-DCS 1.


In 1996, Kodak develops for the US NAVY commandos, the SEALS, some DCS based on the underwater reflex camera of Nikon: the Nikonos RS.

The Nikonos RS was manufactured from 1992 to 1997. It was the world's first and always today unique TTL autofocus reflex-type underwater camera, available until 100 meters of depth. It received submarine lenses with special bayonet R including the world's first true underwater zoom lense, 20~35mm/2.8 zoom.

The DCS 425 is based on Nikonos RS with a back containing a sensor 1,54 Megapixel M5 CCD sensor and a storage on PCCARD, this part is coming from the DCS 420 and powered with two Duracell 223 6V Lithium batteries. As for the DCS 420, there exist two models of DCS 425, the 425c color and the 425ir with an infra-red sensor.

The DCS 435 camera has only a 1,2 Megapixel M3 CCD sensor but a sensitivity from 200 to 1000 ISO.
The production of these cameras is less than 100 units and was unknown until 2005. They are masterpieces for photo collectors.

 

DCS 410 is recognizable by its red Kodak logo on its handle. It has been commercialized from 1996 to 1998. It has a 1.5 million of pixels CCD chip (1012 x 1524) and can work only image by image. It is available only in color version.

In 1998, Kodak presents new camera DCS 315 that is designed from the Nikon Pronea 6i. This camera has a 1,5 Million of pixels CCD chip, stores pictures on a PCCard.
It replaces DCS 410.
It can take 2 views/seconds during 3 images and this every 11 seconds.
It is more compact than these predecessors, weighs only 1,8 kg and costs only £ 3600 without tax.

The APS format is smaller than 24x36 and allows a correction coefficient of only 1,7 with the same CCD chip that the DCS420 chip (1, 5 Meg or 1012 x 1524 pixels). It contains a processor Motorola 821 PowerPC to manage transfer and storage operations. Images make 4,5 Meg. The back of the machine has a color monitor screen of 4,5 cm. This camera has also a built-in flash. The storage is on card PCCard. DCS 315 has a FireWire output (IEEE 1394) and allows 2 images by second during 3 images.

Launched in 1998, DCS 330, built also on Nikon Pronea 6i, has for main part a new CCD chip of 3 million of pixels (2008 x 1504 pixels). DCS 330 has a flash synchronization speed of 1/180s. The correction coefficient is 1,9.

DCS 620 and DCS 660 are commercialized in 1999 and are based on the Nikon F5. The body of the F5 has been slightly heightened to contain the electronics. DCS 620 has a CCD chip of 2 millions of pixels, a double support for PCCard (PCMCIA) Type II, III, a battery with an autonomy of 300 images, a monitor color screen (1.8-inch) integrated to the back, an interface IEEE 1394.
In 2000, a new version of the DCS 620 Digital Camera, the DCS 620x , allows an High ISO range, from 400 to 6400. It has also an higher color saturation, a direct mobile phone transmission option, a full image viewfinder WYSIWYG and an internal microphone for recording. The others characteristics are the same as DCS 620.

 DCS 660 is identical but has a CCD chip of 6 millions of pixels.
To note that Kodak has developed models built on Canon EOS1 body and equivalent to DCS 620 and 660: DCS 520 and 560.

Showed in 2001, the DCS 760 is a updated release of DCS 660. It has a new Kodak CCD of 6.3 megapixel (picture 2.008 x 3.032 pixels) and a 128 Meg internal memory that allows to shoot at 1,5 frames/second on 24 following pictures.
This KAF-6303CE CCD has an imaging area of 27.65 x 18.48 mm and a cell size (pixel size) of 9 x 9 µm.
Coming in September 2001, the DCS 720x is the challenger of the new Nikon D1H. It is on built the same architecture than DCS 760, a F5 basis. It has a CCD chip of 2 millions of pixels (picture 1728 x 1152 pixels) and its 128 Meg internal memory that allows to shoot at 4.3 frames per second for 25+ frames. The IEE 1394 interface transfers data 400 Mbs.

Kodak DCS 760


İEastman Kodak Company, 2001

At PMA 2002, Kodak presents a new camera the DCS 760M which is designed to deliver black and white pictures only.
This camera has a burst depth of up to 24 frames with 1.5 frames per second. Its resolution allows for full-page ads or 16 x 20-inch prints or larger. The captured image provides 12-bit finished TIFF in a 18 MB file with definition better than other camera designed for color.
This camera is based on Nikon F5 body like DCS 760 body.



Kodak has announced in Photokina 2002 the DCS14n , a new 14 megapixel camera completely designed and built by Kodak.
This digital SLR has a 13.89 megapixel CMOS sensor which is full frame 24 x 36 mm (as Canon 1DS). The magnesium-alloy body is designed as the Nikon N80 but has possibilities of N100/N80. It is rather smaller than any previous Kodak DCS camera.
This camera has a Lithium-Ion battery, storage by Compact Flash (Type I/II) and SD/MMC, it supports RAW and JPEG format and also a new JPEG-ERI (higher dynamic range JPEG) format. It has also an internal upgradeable buffer and an orientation sensor.
The camera should be available in December 2002 with a sell price of US$4,000.


At PMA 2004, Kodak presents the DCS SLR/n. It is based on the DCS 14n (on the Nikon N80 for internals and top) but offers numerous improvements including a redesigned sensor.
The DCS SLR/c is based on SIGMA body and is an alternative for Canon EOS lenses.
This sensor is always a full-frame 35 mm-size CMOS sensor of 14 megapixels (4,536 x 3,024 pixels) with a new type of filter over the sensor surface.
The camera has a total selectable and large ISO range from 6 to 1600 and 512 MB of RAM for a buffer depth of around 19 RAW images.
Existing 14n owners will be offered a return-to-Kodak upgrade path to have various components changed to turn their 14n's into a DCS 14nx (essentially the same as the SLR/n).


pierre j.


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Created November 12 1999, Updated July 15th 2010
v 3.x © Pierre J.