Sony FE 16mm f/1.8 G Lens (Sony E) | Alan Photo

Sony FE 16mm f/1.8 G: Wide, Bright, & Light!

An ultrawide prime designed for Sony E-mount full-frame mirrorless cameras, the FE 16mm f/1.8 G Lens is a premium choice for creators working in vlogging, landscape, architecture, and street photography. Fast, precise autofocus is delivered by dual XD linear motors and an internal focusing system, ensuring the responsive performance expected of a G-series lens. Supporting AF at up to 120 fps, with minimal focus breathing and a compact build, the lens is also highly suited for video work. Unlike many wide-angle lenses, its front element is shaped to accommodate 67mm screw-in filters, making it more versatile for creative setups. To withstand demanding environments, the design is both dust- and moisture-resistant, while a fluorine coating on the front element helps repel fingerprints, water, and oil for easier maintenance.

Speedy, Reliable AF Performance

Driven by dual XD (extreme dynamic) linear motors, the FE 16mm f/1.8 G achieves rapid, accurate, and quiet autofocus. The internal focusing system keeps the lens short and efficient, while the bright f/1.8 aperture enhances its ability to produce high-quality results in low light and with creative background separation.

Convenient Everyday Design

Pairing its ultra-wide field of view with a lightweight build, the lens is made for everyday shooting and easy portability. Weighing only 10.7 oz, it’s comfortable for extended use, and the inclusion of a focus hold button, AF/MF switch, and physical aperture ring ensures intuitive control right at your fingertips. The ability to mount 67mm filters further expands its versatility, whether using UV, ND, or polarizers.

Advanced Optical Performance

The refined optical design incorporates two advanced aspherical elements to reduce field curvature and astigmatism, alongside three extra-low dispersion elements and one Super ED element. Together, these components deliver sharp, high-resolution images with exceptional clarity and minimal aberrations across the frame.