Meike has launched the brand new Meike 10mm F2.0 lens for APS-C mirrorless cameras in 5 totally different lens mounts. Accessible in M43, Sony E, Fuji X, Canon RF, and Nikon Z, this lens may simply be the right lens to maintain your package good and light-weight. Let’s take a look on the specs!
Over the previous three years, Meike has launched quite a lot of lenses and lens equipment, such because the 16mm T2.5 Full-Body Cine Lens, which completes their FF Cine Lens Equipment, which additionally contains the 24mm, 35mm, 50mm, 85mm, and 105mm. Now Meike launched the brand new 10mm F2.0 lens for APS-C mirrorless cameras in 5 totally different mounts.
Meike has actually constructed a reputation for themselves as an inexpensive, good-quality lens maker. At present, they’re producing a lot of stills and cine lenses for APS-C and full body cameras. And, they’re all priced beneath the competitors with costs starting from $69 – $1,199 for his or her most costly cine lenses.
Meike 10mm F2.0 Specs
The Meike 10mm F2.0 is a completely guide lens for APS-C mirrorless cameras. It produces a area of view equal to a 15mm full-frame lens.
- Large aperture of F2.0
- Minimal focusing distance of 0.3m
- Filter thread measurement: 77mm
- Lens Building: 12 teams 15 components
- Weight: 550 Grams
- Filter Dimension: ø77
- Lens Mounts: M43/Sony E/Fuji X/Canon RF/Nikon Z Mount
On paper, this lens seems to be a stills model of their Meike 10mm T2.2 Cine Lens. The one distinction between the 2 appears to be the comply with focus gears, a minor weight distinction, and a barely increased value.
The Meike 10mm F2.0 is accessible to order now for $449.00. At present, solely E/X/Z mounts are transport, nonetheless, the RF/M43 mounts choices are anticipated to be out there on July twentieth.
The Meike 10mm T2.2 APS-C Cine lens is now out there in M43, X, E, and RF mounts and is listed for $599. Each merchandise and additional data can be found on Meike’s web site.
Are you at present filming with Meike lenses? Tell us about your experiences with them within the feedback beneath.
