What are the advantages of carl zeiss lens?

What are the advantages of carl zeiss lens? Carl zeiss is like Leica! They are all the top lenses in the world! Canon's red circle is slightly inferior to theirs.

The image quality of these two brands is very high ~ the lens is distorted, and everything should be smaller ~

Mainly because I haven't used it, so it's not convenient to express too many opinions ~

I guess the Zeiss you bought through Sony is not as good as the leader of Zeiss himself ~

Hello, I'm Xiao Yang from Yaqi.com!

The advantage of carl zeiss lens lies in its sharp imaging and bright colors. The out-of-focus imaging of Zeiss lens is also a very good one! Moreover, the shock absorption feel of Zeiss lens is very good! For those who like manual focusing, Zeiss lens is the first choice! Zeiss lens can now support focus prompt, which is still a good choice!

I hope my reply can help you!

What are the advantages and disadvantages of carl zeiss lens? The advantages of carl zeiss lens are its excellent optical efficiency and clear imaging.

The disadvantage of carl zeiss lens is its high price.

I haven't encountered the blue problem you mentioned.

What are the advantages of carl zeiss lens? Tax saving and beautiful color!

That depends on what kind of shredded vegetable lens it is. If it's on a mobile phone or DC, forget it.

There are many kinds of shredded vegetables, which can be produced in Japan, Sony and Germany.

Carl zeiss lens Nikon can, but if you don't change your mind, it must be the head of Zeiss at the beginning of ZF.

For example, ZF50/ 1.4 ZF85/ 1.4 and so on. If it doesn't start with ZF, it must be changed. The switching ability of Nikon F port is much worse than that of Olympus and Canon.

What mobile phones are equipped with carl zeiss lens? Nokia N73, N78, N79, N85, N86, N97, E7 1, E72, X6, etc.

What mobile phones use the latest carl zeiss lens? Carl zeiss has never produced a mobile phone lens, but it is only a certification. Don't take this seriously. Actually, it has nothing to do with Zeiss.

Regarding carl zeiss lens MM, it is possible to shutter and expose the program.

The last two yards:

G is made in Germany and J is made in Japan.

Carl Zeiss is a German company with a long history in manufacturing optical systems, industrial measuring instruments and medical equipment. The name of the company comes from one of its founders, carl zeiss (18 16-1888). Then, carl zeiss began to make scientific instruments in the southwestern German city of Jena. After 1866, commercial activities in carl zeiss officially started. A set of microscopic imaging theory put forward by a researcher at that time, Dr. Ernst Abbe, became the scientific basis of the optical industry. Abbe's assistant, Dr. paul rudolph, has developed a set of high-performance photographic lenses. Thanks to these achievements, carl zeiss has become a top company in the field of optical instruments. Since then, with epoch-making achievements such as achromatic lens (1880s), aspherical mirror (1930s), astronomical telescope, binoculars, glasses, surgical microscope and projection planetarium (1925), carl zeiss has been able to walk in the forefront of the optical instrument industry. Carl zeiss obtained an effective patent for anti-reflective coating technology in 1935, which is considered as one of the most important inventions in the 20th century.

Carl zeiss Company was founded in Jena on 1846 by carl zeiss, Ernst Abbe and Otto Short. Because of World War II, the original company was divided into two parts. One is Carl Zeiss in Oberkochen, which has two important subsidiary factories in Allen, G? ttingen and Moss, Halberg. The other is carl zeiss Co., Ltd. in Jena.

Carl Zeiss is the first component of Zeiss Group and one of the two major components of Carl Zeiss-Carl Zeiss Foundation. Zeiss Group is located in Heidenheim and Jena. Other companies of the carl zeiss Foundation are the glass manufacturer Short Co., Ltd. and Janel Glasweck Company, which are located in Mainz and Jena respectively.

Today, carl zeiss has developed into the largest optical instrument company in Europe, with 14000 employees and factories and subsidiaries in more than 20 countries, including Japan and the United States. Carl zeiss produces a large number of high-performance lenses. The application of lens covers many fields such as scientific research, industry, imaging, aerospace, national defense and so on. Carl zeiss is also used for style photography, film production (analog film and digital film), archive photography and quality inspection photography. No matter on earth or in outer space, it has the best design performance and efficiency under any environmental conditions.

Classic Zeiss optical products

Since the beginning of the 20th century, Chase has developed several lens designs (from wide angle to telescope arrangement), which are classic lens product designs, and some of them have influenced the image of an era:

Distagon: It is designed for a wide-angle lens with anti-focus. Mainly used in 18mm to 35mm, with slight deformation and high center resolution.

Biogon: Symmetrical design, specially designed for paraxial cameras, with average resolution but obvious light loss.

Hologon: It is specially used for ultra-wide-angle continuous ranging camera, but it has more obvious optical loss than Biogon, and needs to be corrected by filter.

Tessar: "Tiansai lens" is a standard lens design, which is mainly composed of four lenses and three groups of lenses. Its characteristics are: small deformation and light weight.

Planar: transliterated as "Planar" in Chinese mainland, it is designed for a standard wide-angle lens with a telephoto angle of 135mm. It is a fully symmetric Gaussian lens with six lenses and four groups. At first, it was only f/4.5. Today, the flat lens has achieved f/ 1.4. Planer is characterized by perfect color difference correction, symmetrical design and extremely low deformation. The planer was designed by paul rudolph in 1896.

Sonnar: Chinese mainland's transliteration is Sona, which is the design from the intermediate telescope (135mm) to the telescope (250mm). It is characterized by no spherical aberration, minimal light loss and small deformation, but the dispersion must be corrected by APO. It was invented by Zeiss optical designer Ludwig Jacob Beightler in [[ 193 1 year]]. Vario-Sonner is a zoom design derived from Sonner.

Tele-Tessar: Designed for a super telescope (above 250mm) derived from Tessar, it is characterized by no spherical aberration, extremely low deformation, extremely small optical loss and few lens components. The lens is at least 300mm F/2.8, and only 7 lenses are used.

Mirotta: This is an ultra-long reflection lens. General photography is 500mf/8, and the space is 500mmf/4.5 and1000mf/5.6.

Super achromatic: specially designed for the best achromatic lens at present, only used for Hasselblad camera.

Mutar: 1.4x and 1.7x double mirrors, which are used for Rolleiflex dual-lens reflex camera and Rollei 16 miniature camera respectively. At present, they are only used for Sony's digital cameras.

Mutargon: zoom lens (also known as wide-angle lens), which is currently only used for Sony's digital cameras.

T* coating: multilayer anti-reflection coating, jointly developed by Chase and Rollei.

What is the lens of Nokia carl zeiss? N73，N93，N95。 N93i