Sony FE 90mm F2.8 Macro G OSS

High resolution plus gorgeous bokeh

The first E-mount medium telephoto macro lens with built-in image stabilization delivers outstanding G Lens quality: stunning resolution at up to 1:1 magnification plus gorgeous background bokeh when required, even when shooting handheld. A floating focus mechanism ensures that consistently superior optical performance is achieved at all focusing distances.

FE 90mm F2.8 Macro G OSS Compatibility¹

Renowned G Lens background bokeh

Each lens is individually tested and calibrated to minimize spherical aberration so that the smoothest, most visually pleasing bokeh is achieved.

Image-wide clarity from macro to infinity

A compact floating focus mechanism maintains consistently superior optical performance throughout the image at any focusing distance.

Precise, quiet focus for stills and movies

Dual DDSSM (Direct Drive Super Sonic wave Motor) drive systems position the heavy focus element groups required for full frame macro photography quickly, precisely, and quietly.

Sharp and clear without a tripod

The first α-series macro lens with built-in image stabilization makes it possible to shoot sharp macro images handheld.

Lens Configuration

Impeccable Sony G Lens design emphasizes a graceful balance between high resolution and gorgeous background bokeh that can enhance the artist’s vision.

[1] Aspherical lens
[2] Super ED glass
[3] ED (extra-low dispersion) glass

MTF Chart

MTF (Modulation Transfer Function) describes how well a lens can reproduce fine details, measured as the degree of contrast achieved between finely spaced lines.

[1] Contrast (%)
[2] Distance from optical center of lens (mm)
[3] Spatial frequency
[4] 10 line pairs / mm
[5] 30 line pairs / mm
[6] Max. aperture
[7] F8 aperture
[8] Radial values
[9] Tangential values

¹ When an APS-C format lens is attached to a 35mm Full Frame camera, images are recorded in APS-C format. When mounted on α series cameras with APS-C type sensor, the actual angle of view will be equal to the angle obtained at a focal-length approx. 1.5 times longer than stated.