AstrHori Circular Fisheye Micro Four MF Single Large Black 6.5mm F2.0 Lens, 192° Ultra-Wide Angle, APS-C Compatible, Thirds, (Manual Focus), Focus,

Compatible mounts: Sony E, Fujifilm X, Micro Four Thirds, Canon RF, Nikon Z / Compatible image sensor size: APS-C / Color: Black / Focal length: 6.5mm (equivalent to 10mm in 35mm format) Focus mode: Manual focus / Aperture blades: 9 / Lens construction: 6 elements in 5 groups (including 2 high-refractive index lenses and 2 ED lenses) / Aperture range: F2.0-F22 / Minimum focusing distance: 0.2m / Angle of view: 192° Filter diameter: Not compatible / Size: Φ64mm x 51mm (excluding mount and hood) Accessories: Lens cap, rear cap / Weight: Approx. 268g (Z mount: Approx. 277.5g) Manufacturer's warranty: 2 years (covers natural failure) *In the case of RF mount Micro Four Thirds, the top and bottom circumferences are slightly cut off, so the image obtained will not be a perfect circle. With an ultra-wide 192° angle of view and a maximum aperture of F2.0, this lens delivers high-performance imaging of expansive landscapes and dynamic scenes, even in low-light conditions. As a circular fisheye lens compatible with APS-C sensors, it captures landscapes like water droplets or glass beads, creating a unique, miniature garden-like effect. It also delivers bright, clear images for nightscapes and starry skies, demonstrating excellent performance even in low-light conditions. Furthermore, its 5-group, 6-element lens design, including two high-refractive index lenses and two ED (extra-low dispersion) lenses, delivers sharp, high-contrast images with reduced chromatic aberration. Its compact and lightweight design, weighing approximately 268g, makes it easy to carry and ideal for travel and outdoor photography. While creating 360° panoramic or VR images typically requires combining six or more images taken with an ultra-wide-angle lens, this lens's 192° angle of view allows you to create them with just two or three images. *In the case of RF mount Micro Four Thirds, the top and bottom circumferences are slightly cut off, so the image obtained will not be perfectly circular.