Aremac 135mm f/2.8

Aremac 135mm f/2.8 is a camera glass that can be used with full frame cameras. It is a prime photographic lens, which means it has a fixed focal length of 135mm. The lens has a manual focus system, which means the photographer needs to adjust the focus manually. The lens has a high aperture of f/2.8, which allows more light to enter the lens, making it a bright lens.

The lens is designed with 6 aperture blades, which is a common number for a photographic lens. The aperture blades are rounded, which helps to create a circular out of focus area, also known as bokeh. The lens has multiple lens elements, which are coated to reduce glare and improve image quality. The lens coating helps to reduce reflections and increase contrast.

The lens is manufactured with high-quality materials, which results in a sturdy build quality. The lens has a resolution that allows for sharp and detailed images. The lens is a manual focus lens, which means that the photographer needs to adjust the focus manually.

There are alternative lenses available in the market with similar specifications, such as autofocus lenses. However, autofocus lenses are generally more expensive than manual focus lenses. The manufacturing time of the lens is not specified, but it is expected to be similar to other manual focus lenses.

In conclusion, Aremac 135mm f/2.8 is a high-quality photographic lens that offers a bright aperture, sturdy build quality, and sharp image resolution. It is a manual focus lens that requires the photographer to adjust the focus manually. The lens has multiple lens elements that are coated to reduce glare and improve image quality. The lens is designed with 6 aperture blades, which helps to create a circular bokeh. There are alternative lenses available in the market, but Aremac 135mm f/2.8 offers a good balance between price and quality.

Optical design

Has 6 aperture blades, this number of blades are commonly used. Having rounded blades provides out of focus circle shape closer to a circle. Bright lens thanks to the high aperture value