Is This 85mm Lens, Which Comes at a Reasonable Price, Capable of Competing with Alternatives Which Cost More?

85-millimeter lenses with wide maximum apertures are among the most popular lenses available on the market today, particularly among portrait photographers. This is mostly due to the pleasing focal length and narrow depth of field that these lenses offer. Because of the small depth of focus that these lenses provide, shooting photographs of people is one of their best uses for them.

In spite of this, such lenses may cost well over $2,000, which is what makes the Meike 85mm f/1.8, which can be purchased for less than $200, such an intriguing piece of equipment. This particular lens has a focal length of 85 millimeters and an aperture of 1.8.

However, it must be able to compete with other options that are significantly more expensive. This incredible video review examines the functionality of the gadget in addition to the visual quality in order to offer an answer to the question that was posed before.

Tom Calton has produced for your viewing pleasure this excellent video critique. This article explores the Meike 85mm f/1.8 lens for Sony E mount cameras and compares it to Sony’s other 85mm f/1.8 option, which is more expensive. When purchasing a lens with a price tag of less than $200, it is unreasonable to anticipate that it would provide sharpness on par with that of a high-end model.

Having said that, it offers particularly smooth bokeh, which is something that portrait photographers will be pleased to see, and it even outperforms the Sony in a few areas, as you will see in the following paragraphs. However, that does not change the fact that it performs remarkably well for its price.

In all, it seems as though Meike has done an excellent job with this lens, and it should delight a considerable number of photographers who are looking for amazing images at a price that won’t completely empty their bank accounts. Calton has offered his whole commentary on both lenses, which may be found in the attention section of this article.

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