Hasselblad H1 with Phase One P25 Digital Back

Hasselblad launched the H-System at Photokina in September 2002, built jointly in Sweden and Japan using lenses made by Fuji.

The Hasselblad H1 (review) departed from previous Hasselblad cameras in several respects. Hasselblad moved away from the traditional 6×6 format to 6×4.5 cm, and included autofocus lenses.

The camera was in large part manufactured by Fuji and featured Fuji-made lenses, leaf prisms and film backs, thus departing from Hasselblad's long association with Zeiss; a hallmark of Hasselblad cameras since the 1950’s. Zeiss optics have a reputation second to none, and those for the Hasselblad series of cameras are exemplary.

The H1 had a number of other innovations, including:

• replacement of the removable dark slide with a fold-out lever
• inserts and backs that could accept both 120 and 220 film
• automatic film advance
• digital back integration
• electronic leaf shutters with timing from 1/800 seconds down to 18 hours

Few years later, the arrival of H3D, effectively abandoned the fundamental principles of interchangeability and backward compatibility with this camera. The new H3D lenses and backs were no longer compatible with H1, H2 or V-series cameras

In 2007, Hasselblad introduced the H3DII product line.The H3DII systems have a higher level of integration between the camera and the image sensor than stand-alone digital camera backs, film digital backs are no longer compatible with the H3DII.

In 2009, Hasselblad introduced the H4D product line. The H4D series offers up to 60MP.

Here are some images of the H1 with HC 50-110mm f/3.5-5.6 (Courtesy to BoxTale Studio).

 

 

The digital back equipped on the H1 is of Phase One P25 with a resolution of 22MP, 16bit which is released in 2004. It offers a dynamic range of 12 f-stops, ISO range of 50 –800 and 2.2” 116Kpx TFT display.

Since 2007, Phase One has been updating their P series digital backs to P+ which have higher capture speeds, better response to long exposure times, and add Live Preview which allows the user to focus and compose on a monitor while tethered. Also a New high resolution LCD screen was implemented with better resolution and luminance.

Model	Sensor Size	Resolution (Sensor+ Mode)	Active Pixels	ISO range (Sensor+ Mode)	Dynamic range	Frames per Second (Sensor+ Mode)	Lens conversion factor	Display	Storage	Released
P65+	53.9 x 40.4mm	60.5 MP(15 MP), 16 bit	8984 x 6732	50–800 (200-3200)	12.5 f-stops	1.0 / (1.4)	1	2.2" 230k px TFT	CF	2008
P45+	49.1 x 36.8mm,	39 MP, 16 bit	7216 x 5412	50–800	12 f-stops	0.67	1.15	2.2" 230k px TFT	CF	2007
P40+	43.9 x 32.9mm,	40 MP (10 MP), 16 bit	7320 x 5484	50–800 (200 - 3200)	12 f-stops	1.2 / (1.8)	1.25	2.2" 230k px TFT	CF	2009
P30+	44.2 x 33.1mm,	31.6 MP, 16 bit	6496 x 4872	100–1600	12 f-stops	0.8	1.25	2.2" 230k px TFT	CF	2007
P25+	48.9 x 36.7mm,	22 MP, 16 bit	5436 x 4080	50–800	12 f-stops	0.67	1.15	2.2" 230k px TFT	CF	2007
P21+	44.2 x 33.1mm,	18 MP, 16 bit	4904 x 3678	100–800	12 f-stops	1.25	1.25	2.2" 230k px TFT	CF	2007
P20+	36.9 x 36.9mm,	16 MP, 16 bit	4080 x 4080	50–800	12 f-stops	0.87	1.5	2.2" 230k px TFT	CF	2007

Hasselblad H1

Phase One P25 Digital Back

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