Below you will find pages that utilize the taxonomy term “bokeh”
Posts
Subject Isolation on the Beach: Canon RF 135mm f/1.8 vs EF 135mm f/2
This beach frame is a good argument for the 135mm focal length. The woman sitting on the sand holds the eye because she’s the only thing rendered with any real detail. Everything behind her turns into a wash of turquoise and green: umbrellas, chairs, sunbathers, a whole crowded stretch of coastline reduced to shapes and patches of colour. Nothing back there competes with her, and nothing back there had to be moved, cropped out or waited for.
Posts
Background Separation with the Canon EF 85mm f/1.8 USM on the R100
The Canon EF 85mm f/1.8 USM is older than the camera it is mounted on by more than three decades, and the pairing still produces the cleanest subject isolation this system can deliver at the price. Adapted to the R100 through the EF-EOS R adapter, the lens lands on an APS-C sensor with a 1.6x crop factor, which pushes the effective field of view to roughly 136mm. That reframing matters. The optical characteristics remain those of an 85mm — the same depth of field at a given distance, the same rendering of out-of-focus light — but the tighter angle of view forces the photographer further from the subject, and the compressed perspective does the rest of the work.
Posts
Bokeh Geometry: A Background That Feels Creamy
Bokeh is often discussed as if it were a purely emotional quality, something photographers respond to instinctively rather than analytically. A background feels creamy, or nervous, or harsh, and that is that. But the visual character of out-of-focus rendering is deeply tied to engineering decisions, manufacturing tolerances, and the physical geometry of the lens itself. The shape and cleanliness of blurred highlights do not happen by accident. They are the consequence of how light passes through curved glass surfaces, how aberrations are corrected or allowed to remain, and how precisely those surfaces are produced.