Discontinued Lenses/Lens

70-200mm F/2.8 Di SP

A Lightweight Fast Tele-Zoom

The Tamron SP 70-200 F/2.8 Di a high-resolution ultra-compact fast tele zoom. Its F/2.8 aperture, SP performance and agile telephoto make it ideal for fast action sports to spot news to posh weddings.
Tamron’s SP 70-200mm F/2.8 Di LD (IF) Macro exemplifies the second of the two zoom focal lengths considered essential by many professionals. At just 7.6 inches long and weighing only 40.6 oz., long days of shooting become easier and extraordinary optical design and exacting manufacturing assure the image quality that makes long shoots rewarding. A fast and constant F2.8 maximum aperture, renders cluttered backgrounds well out of focus, extends low-light shooting freedom and enables a brighter viewfinder image. Its IF (Internal Focus) mechanism maintains a fixed barrel length throughout the focusing range and superb optics, featuring LD (Low Dispersion) glass to assure remarkable image quality.

SKU: 104A001 Categories: Discontinued Lenses, Lens

Description
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Description

Model	A001
Lens Construction (Groups/Elements)	13/18
Angle of View ( )=the figures when used on APS-C sized digital camera	Diagonal	34°21′-12°21′ (22°33′-7°59′)
	Horizontal	28°51′-10°17′ (18°49′-6°38′)
	Vertical	19°16′-6°31′ (12°22′-4°15′)
Diaphragm Blade Number	9
Minimum Aperture	F/32
Minimum Focus Distance	37.4in.(0.95m) throughout the range
Macro Magnification Ratio	1:3.1 (at f=200mm, MFD: 0.95m)
Filter Diameter	ø77
Weight	40.6oz (1150g) (without tripod mount)
Diameter x Length	ø3.5 x 7.6in. (ø89.5 x 194.3mm)
Accessory	Flower-shaped Lens hood & Case
Mount	Canon, Nikon with Built-In Motor, Pentax, Sony A mount

Tamron Di lenses designed for digital SLR cameras.

Super Performance – Tamron’s Super Performance series delivers a range of lenses that meet the highest standards.

LD (Low Dispersion) – Lens element for greater image sharpness and the correction of chromatic aberration.

Internal Focusing (IF) System – The extension length of the lens does not change during focussing and the close focussing distance is significantly reduced across the entire focusing range.

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