135mm F1.8 DG HSM | A

As low as $1,399
SKU: #
240
  • Strong perspective compression effect
  • Impressive, beautiful bokeh
  • Superb contrast and sharpness across the frame
  • Minimized distortion for impeccable image quality
  • Dust and splash resistant structure
  • Water and oil-repellent front coating
  • Hyper Sonic Motor (HSM) for silent, fast autofocus
  • Full-time manual focus override
  • Super Multi-Layer Coating reduces flare and ghosting
  • Exclusive low-dispersion glass
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Awards

  • 2017 PCMag: 135mm F1.8 Art

    2017 PCMag: 135mm F1.8 Art

  • 2017 The Phoblographer: 135mm F1.8 Art

    2017 The Phoblographer: 135mm F1.8 Art

  • 2017 PDN: 135mm F1.8 Art

    2017 PDN: 135mm F1.8 Art

  • 2017 EISA: 135mm F1.8 Art

    2017 EISA: 135mm F1.8 Art

  • 2017 Digital Trends: 135mm F1.8 Art

    2017 Digital Trends: 135mm F1.8 Art

  • 135mm F1.8 Art PCMag Editor's Choice Award

    135mm F1.8 Art PCMag Editor's Choice Award

Lens Specifications
Lens Construction
13 elements in 10 groups
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Lens Construction
Angle of View
18.2°
Number of Diaphragm Blades
9 (rounded)
Maximum Aperture
F1.8
Minimum Aperture
F16
Minimum Focusing Distance
87.5cm / 34.4 in.
Filter Size
82mm
Maximum Magnification
1:5
Weight (DSLR Version)
1,130g / 39.9 oz.
Weight (Mirrorless Version)
L-Mount: 1,220g / 43 oz.
Sony E: 1,200g / 42.3 oz.
Dimensions (DSLR Version)
91.4 x 114.9mm / 3.6 x 4.5 in.
Dimensions (Mirrorless Version)
L-Mount: 91.4 x 138.9mm / 3.6 x 5.4 in.
Sony E: 91.4 x 140.9mm / 3.6 x 5.5 in.
What's in the BoxLens hood (LH880-03), soft lens case
Firmware information

Learn more about the latest firmware.

View Firmware
Lens Compatibility Chart

Check compatibility of lenses with your camera make and model.

View Chart
Geometrical MTF Chart
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10 lines per millimeter measure the lens's contrast ability (red lines). Repeating fine parallel lines spaced at 30 lines per millimeter measure the lens's sharpness ability (green lines) when the aperture is wide open.
Diffraction MTF Chart
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Diffraction MTF takes diffracted light at every aperture into account which is very close to actual image data. Geometrical MTF does not consider the diffraction quality of light, yet it tends to show higher values than actual image.
Effective Distortion
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The red line illustrates how the lattice pattern will appear in the actual picture when any lens distortion is taken into account.
Relative Distortion
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The image will be seen as expanded (barrel distortion) in negative values or will be seen as a recessed (pincushion distortion) in positive distortion values.
Vignetting
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The horizontal axis shows the image height and the vertical axis shows the brightness of the image

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