Which one is more suitable for home use, Fuji S205 or HS22?

1. For non-professionals, 14x zoom is enough. Although a long zoom camera can shoot farther, a tripod is generally needed to take good pictures. If you are using it at home, and you are going out to play with your wife and children, who will bring that thing? Handheld shooting is very difficult. Coupled with the manual focus, it is even more difficult to use if you are not shooting birds, but if you have sufficient funds, you can ignore this factor. Just buy the telephoto one.

2. Comparing 1/1.6CCD and 1/2CMOS, the advantages of 1/2CMOS are beyond the reach of 1/1.6CCD. Why, from three aspects

First, In terms of size, 1/1.6CCD has a larger area than 1/2CMOS. The large area is not an advantage but a disadvantage. Everyone has this misunderstanding. They think that bigger is better. This is a big mistake. When the sensor production process level is the same, the larger the size, the better. Good, because when the process level is the same, the pixels per unit area of ??the sensor are the same. In this case, the larger the sensor, the more pixels it can display. But now the CCD technology level is 1920W pixels/square inch, while the CMOS technology level is 3200W pixels/square inch. In total, the number of pixels that 1/1.6CCD can display is 1200W, and the number of pixels that 1/2CMOS can display is 1600W.

Secondly, the lens size of 1/1.6CCD is larger than that of 1/2CMOS , under the same focal length, the lens area used is larger. When the camera is imaging, the farther away from the center of the lens, the worse the image quality. This problem is the most difficult for large lenses. When making the lens, the diameter is larger, and the difficulty is geometric. The coefficient increases, so on the same lens manufacturing process, the color performance of pixels on the 1/1.6CCD edge is worse than the color performance of pixels on the 1/2CMOS edge.

Third, technically CCD is worse than CMOS. These are two different technologies with many differences, so I won’t list them one by one. CCD technology matured earlier than CMOS, but with the technological advancement in recent years, CMOS has more obvious advantages than CCD, and the image quality performance of a single pixel is sharper. This is also the main reason why high-end cameras in recent years (very few SLR cameras use CCD sensors) basically use CMOS sensors.

3. Both are manual, with full manual support

4. Taking pictures with a camera is never a wise decision. If you really like videography, don’t buy a camera, buy a DV instead.

5. Snowflakes will appear in photography and high-sensitivity photos, and they will also appear in normal photos, especially high-temperature continuous shooting and night shooting (high-temperature continuous shooting, as the brother above has already said, no matter how you adjust the night shooting, snowflakes will appear. If Everyone on Earth knows the effect of raising the ISO when using a CDD sensor. The snowflakes are so serious that you can’t see it at all above ISO 400. ISO 200 is just about okay. If you use a low sensitivity, the shutter time will be extended. This is not the case. For film cameras, long exposure means that the CPU performs light superposition calculations, which will also produce snowflakes, which is only slightly better than high-sensitivity shooting. This is a common problem with CCD sensor cameras. It is because of this common problem that the camera sensor company developed Exmor. RCMOS.

Finally, if you don’t consider the price factor, I strongly recommend that you buy HS22

I played with all my hands for an hour or two. Seeing how hard my brother works, I will definitely give you points. Me! ! !