Tamron 90mm f/2.8 Di III Macro VXD Lens
Tamron 90mm f/2.8 Di III Macro VXD Lens
SKU:F072N-700
Out of stock
Description:
High optical performance and image reproduction: the legacy grows
TAMRON’s 90mm lenses have long been celebrated for their high resolution and beautiful bokeh. The new 90mm f/2.8 MACRO lens, designed for mirrorless cameras, reinforces this legacy via a rigorous optical simulation process. This lens offers unparalleled resolution performance from the center to the edges, and delivers soft, blurred bokeh and a three-dimensional effect that highlights the subject. The optical construction features 15 elements in 12 groups, including four special glass LD (Low Dispersion) lens elements that effectively suppress the tendency of light ray divergence and provide excellent correction for both spherical and chromatic aberration. The BBAR-G2 (Broad-Band Anti-Reflection Generation 2) Coating significantly minimizes ghosting and flare, ensuring that even in backlit conditions, the finest details of the subject are captured with clarity and precision. This exceptional optical performance enables photographers to explore unique photographic expressions in many photographic genres, including macro, portrait, tabletop, long-distance photography, and various other types. Additionally, you can also enjoy the outstanding macro performance of this lens and beautiful images with APS-C format cameras. The equivalent focal length is approximately 135mm while the minimum aperture remains f/2.8.
Outstanding flat-field performance
TAMRON's new 90mm f/2.8 MACRO is highly corrected for superior flat-field resolution that will be best for subjects such as documents, currency, artwork and product packaging. This quality is especially important when shooting close-up images where depth of field is too shallow to neutralize the loss of sharpness that could otherwise occur at the extreme edges of a flat subject. Because it's highly corrected, this lens provides edge to edge sharpness, uniform illumination across the frame and minimal distortion.