Mount: Canon EF-S Full-frame: No Autofocus: Yes Stabilization: Yes Lens construction: 10 elements in 6 groups Angle of view: 42.5 degrees Diaphragm blades: 7 Minimum aperture: f/32 Minimum focusing distance: 0.13m Maximum magnification ratio: 1.0x Filter size: 49mm Dimensions: 69x56mm Weight: 190g. Canon EF-S 35mm f/2.8 Macro IS STM at Walmart
I have a Canon 600D/Rebel T3i and have recently purchased the 24mm f/2.8 STM lens. It is important to note that I am a beginner. I have the switch on Manual, and have tried several ways to get it to focus and shoot the precise videos I know the 24mm is capable of on a 600D. The Canon EF-S 35mm f/2.8 Macro IS STM lens is the first of its kind in the EF-S range. For use with Canon’s APS-C sensor cameras, the lens features a unique built-in Macro Lite technology to illuminate close-up subjects. As it’s a dedicated macro lens, it has a 1.0x magnification, with a close focusing range of just 0.13 metres. Extreme corner sharpness isn’t quite as good at maximum aperture as it is on Canon’s EF-S 24mm f/2.8 STM – an extremely similar lens – and the manual focus ring is arguably a little thinner than is comfortable, but otherwise most aspects of this lens are very strong indeed. Optical properties. On Canon crop cameras, the EF-S 24 / 2.8 STM is a moderate wide or, rather, a universal staffer, with EGF 38 mm. Unlike full-frame 24mm lenses, the Canon EF-S 24/2.8 STM has a much less asymmetric optical design, which reduces field aberrations. In addition, the correction of optical distortion provides an aspherical rear Find helpful customer reviews and review ratings for Canon EF-S 24mm f/2.8 STM Lens at Amazon.com. Read honest and unbiased product reviews from our users. Verdict. The Canon RF 16mm f2.8 STM is a compact ultra-wide prime lens for the full-frame EOS R mirrorless system, aimed at landscape, architecture, astro-photography and vlogging. Announced in September 2021 alongside the RF 100-400mm, the RF 16mm f2.8 costs around $299 or 319 pounds, making it not just the widest prime lens in the RF system QKDyAs2.