Half-frame with full-frame lens, okay?
It was feasible to install a full-frame lens on a half-frame body, but there were some problems. From the perspective of angle, due to the small size of the sensor on the half-frame body, the actual shooting angle would be narrower, about 1.5 times or 1.6 times, which had a significant impact on wide-angle shooting. For example, the 50mm full-frame lens on the APS-C camera was equivalent to the 75mm or 80mm lens, which would weaken the wide-angle effect, which was not conducive to large-scale scenery and architectural shooting. In terms of depth of field effect, although the focal length of the lens was longer due to the equivalent focal length, it would not obtain an additional shallow depth of field effect. It might be difficult to achieve soft background blurring in portrait photography. For high sensitivity performance, this mainly depended on the camera's sensor rather than the lens, so a full-frame lens would not improve the high Iso performance of a half-frame camera. The full-frame lens was designed for a full-frame body. When used in a half-frame camera, the edge of the lens would not be used, resulting in the potential of the lens not being fully utilized, and the performance of the lens would be reduced. In terms of image quality, it mainly affected the image quality at the edge of the lens (the center image quality was usually not affected, especially after the aperture was reduced. This effect was not significant on high-quality lenses), and the number of final image resolution would be reduced after APS-C mode was turned on. Full-frame lenses were usually larger, heavier, and more expensive than half-frame lenses. Mounted on a half-frame body would offset the advantages of a half-frame camera being light and portable, and it would also put pressure on people with limited budget. In addition, the autofocus performance of the full-frame lens was worse on the half-frame body. Different brands and models of lenses and bodies might have problems such as slow focusing speed and reduced accuracy, which would affect the shooting efficiency. Read more exciting novels for free
Can a half-frame camera shoot with a full-frame lens?
Half-frame cameras could use full-frame lenses to shoot, but there were some problems and limitations. Due to the small sensor of the half-frame camera, the actual shooting angle would be narrowed by about 1.5 times or 1.6 times. For example, a 50mm full-frame lens was equivalent to a 75mm or 80mm lens on the APS-C camera. This had a significant impact on wide-angle shooting, which would weaken the wide-angle effect and limit the shooting of large scenes and buildings. Although the focal length of the full-frame lens was longer due to the equivalent focal length, it would not obtain an additional shallow depth of field effect. It might be difficult to achieve a soft background blurring effect in portrait photography. Moreover, the high sensitivity performance was determined by the camera's sensor, and using a full-frame lens would not directly improve the high Iso performance of a half-frame camera. The full-frame lens was designed to cover a larger sensor to match the full-frame body. When used in a half-frame camera, the edge of the lens would not be used, resulting in the full potential of the lens not being fully utilized, and the performance of the lens would be reduced. In terms of image quality, it mainly affected the image quality at the edge of the lens. The image quality at the center was usually unaffected (especially for wide-angle lenses), but on high-quality lenses, this effect was not significant after the aperture was reduced. When APS-C mode was turned on, it was equivalent to trimming the full-frame sensor, which would reduce the number of final images. For example, when the SonyA7R3 turned on the APS-C mode, the number of images was reduced from about 42 million to about 17.8 million. Full-frame lenses were usually larger and heavier than half-frame lenses. Mounted on a half-frame body would offset the advantages of a half-frame camera being light and portable, and full-frame lenses were more expensive, putting pressure on photographers with limited budget. In addition, the autofocus performance of the full-frame lens may be poor on the half-frame body. There may be differences in compatibility between different brands and models of lenses and the body, and problems such as slow focusing speed and reduced accuracy may affect the shooting efficiency. However, for some entry-level full-frame lenses installed on the APS-C format camera, they could basically avoid the relatively poor edge of the lens and only use the central part of the lens. The image quality was good, such as the Canon 17 - 40 red circle lens. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
Can a full-frame and half-frame lens be used universally?
Full-frame and half-frame shots could not be used together. Full-frame cameras used larger lenses, which could achieve higher image quality, but they were also more expensive. Half-frame cameras used smaller lenses, which were relatively cheaper, but the image quality would be affected. In addition, there were lenses specially designed for micro-cameras. These lenses were lighter and more compact than the lenses of full-frame and half-frame cameras. Full-frame lenses were used in half-frame cameras. Generally, if the camera and lens were both equipped with an EP interface, they could be installed directly. However, there would be a focal length conversion factor (for example, Canon's 1.6 times), which would cause the lens 'angle of view to be narrower. If a half-frame lens was used on a full-frame camera, the image field might not be able to cover the sensor, resulting in black corners, inability to shoot, or problems such as edge distortion, blurring, and darkening of the four corners. If a half-frame lens was used on a full-frame camera, the optical performance might be reduced, and the angle of view would be narrowed, the resolution would be reduced, and so on. In professional shooting, the image quality and composition might be affected. However, in some specific situations, such as when the camera had a cropped video (for example, when shooting a 4K 60P video, the SonyA7M4 had a 1.5X cropped frame, which happened to be the APS-C format), for the sake of specific focal length, weight, volume, price, and other factors, there would also be a half-frame lens for the full-frame body. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
Can a full-frame camera use a half-frame lens?
Full-frame cameras could use half-frame lenses, but there were some situations that needed to be considered. In terms of optical effects, when a full-frame camera uses a half-frame lens, if the APS-C format mode (similar to the trimming mode) is turned on, the equivalent focal length of the half-frame lens will change. For example, the SIGMA231.4 lens is equivalent to a 35mm lens when this mode is turned on on the full-frame A7R3. If it was not activated, there would be black circles and dark corners. Even if the dark corners could be weakened by the light circle, the black circles could still exist. In terms of pixel-wise, different full-frame cameras had different pixel-wise values after APS-C frame trimming. Generally, the original pixel-wise value was divided by 2.25 to 2.4. For example, the pixel-wise value of the Sony-A7R3 after trimming was reduced from about 42 million to about 17.8 million. In practical applications, many people chose to use a half-frame lens with a full-frame camera for the following reasons: 1. Equipment upgrade factor: Previously used APS-C micro-camera, after changing to full-frame micro-camera, the previously purchased APS-C lens can continue to be used. 2. Video shooting factors: Many cameras have a 1.5X crop (which happens to be APS-C format) when shooting a specific video format (such as 4K60P), such as the SonyA7M4, A7C2, Nikon Z62, ZF, Matsushita S5, S52, S1H, etc. Using a half-frame lens to shoot a video directly, there was no need to worry about the loss of a full-frame lens after trimming. For example, the 1.5X cropped 4K 30P of the SonyA7R5 was super-sample. For better video quality, one could also use a half-frame lens to shoot 1.5X cropped videos. The same was true for the Canon Eos R5. 3. The characteristics of the lens: In some video shooting scenes, the focal length and aperture of a full-frame lens may not be as suitable as a half-frame lens when the camera has been cropped. For example, some full-frame standard zoom lenses lost their wide angle under the camera's 1.5X crop, while half-frame lenses might have a more suitable equivalent focal length and larger aperture. However, there were certain limitations to using a half-frame lens for a full-frame camera: 1. When crop is turned on, there will be fewer pixelation, which may affect the quality of the image and the space for post-processing. 2. If the trimming mode was not turned on, there might be problems such as black circles and dark corners on the screen. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
Sony full-frame micro-single installation half-frame lens
It was feasible to install a half-frame lens in a full-frame micro camera. The following situations would occur: 1. ** Picture effects ** - If the APS-C frame mode was not turned on, there would be black circles in the four corners of the camera, and the dark corners would be more serious. For example, this was the case when the camera lens of the Sima 23 1.4 was not cropped on the SonyA7R3. Although shrinking the aperture (such as the SIGMA231.4 under F16 aperture) could significantly reduce the dark corners, the black circles still existed. - If APS-C frame mode was turned on, the dark corners and black circles would disappear. However, after this mode was turned on, the resolution would be reduced. For example, the A7R3 had 17.8 million resolution when it was turned on. Generally speaking, the full-frame body with APS-C trimming could be roughly calculated by dividing the original resolution by 2.25 to 2.4. - In terms of equivalent focal length, after turning on the APS-C frame mode, the half-frame lens would have an equivalent focal length change. For example, when the SIGMA231.4 lens was turned on, it was equivalent to 35mm. The blurring effect under this equivalent focal length was similar to that of the full-frame F2. 2. ** In terms of application scenarios ** - ** Video shooting **: Currently, many cameras have a 1.5X crop when shooting 4K 60P videos (which happens to be the APS-C format), such as the SonyA7M4, A7C2, Nikon Z62, ZF, Pantheon S5, S52, S1H, etc. Some cameras, such as the 1.5X cropped 4K 30P of the SonyA7R5, were over-selected (the un-cropped 4K 30P was not over-selected), and the 1.5X cropped 4K 60P of the Canon EosR5 was also over-selected. In these situations, it was more appropriate to use a half-frame lens to shoot the video directly. For example, it was very common to use a Sima 18 - 502.8 paired with a SonyA7M4 or a PanasonicS52 to shoot videos. - ** In terms of the characteristics of the lens itself **: Half-frame lenses may be more affordable, lighter, and smaller. This is attractive to users who pursue cost-performance ratio, need to hold their hands for a long time to shoot (such as shooting videos with a stabiliser to reduce the burden), or need a specific focal length. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
Half frame classic Canon lens
Here are some classic Canon lenses: 1. ** Canon EF24 - 70mm f / 2.8L II USM lens **: Fast and accurate autofocus, clear image quality and excellent contrast. The lens was made of high-quality metal, which was relatively firm and waterproof. 2. ** Canon EF70 - 200mm f / 2.8L IS II USM lens **: The focal length is 70 - 200mm, which can provide a variety of shooting experiences. It was designed with a constant aperture and equipped with an anti-shake system to obtain high-quality imaging effects in moving and unstable environments. It also used four ultra-low dispersion elements to reduce dispersion. 3. ** Canon EF16 - 35mm f / 2.8L III USM lens **: A good choice for landscape photographers. Excellent wide-angle effect, wide field of view, and different depth of field effects. It uses two UD elements and three aspheric elements to obtain better image quality and natural color. 4. ** Canon EF50mm f / 1.2L USM lens **: Classic half-frame lens, widely used in portrait, product, and architectural photography. The maximum aperture was f / 1.2, the depth of field effect was shallow, and it could be shot in low light conditions. It was also equipped with an ultrasonic motor for quiet autofocus. 5. ** Canon ESF-S 17 - 55f/ 2.8 lens **: suitable for daily landscape portrait double repair small zooming scenes. 6. "** Sima 18 - 35f/ 1.8 lens **: It's recognized as the king of half-frame lenses. It takes into account wide-angle shots, macro shots, indoor and outdoor portraits, and other scenes. The aperture is fully open, and the imaging effect is good. The dark light performance is also good. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
Canon half-frame camera lens
Here are some Canon half-frame lenses: 1. ** RF35f/1.8 lens **: It is a standard biscuit lens, super light and has lens anti-shake. The quality of the presentation was good. It was a perfect half-frame full-body portrait lens. It also had the ability to shoot in a macro setting. It looked good when it was online. 2. ** ESF24 - 105LII lens **: This is a constant-aperture zoom lens with a maximum aperture of F4. It was cost-effective, and the image quality could beat the camera lens. It was one of Canon's full-frame camera lenses. It was very popular in the market. The second-hand price was around 1500 to 2000 yuan, and the image was very good on a half-frame camera. 3. ** RFS18 - 150 lens **: When used with R7, the focal length is sufficient. After the equivalent of 35mm, the focal length of 29 - 240mm can cover the common focal length. It is suitable for shooting in a variety of scenes. The lens was very light, 310g per lens. Strong anti-shake performance, fast focusing speed, good image quality, and relatively cost-effective. 4. ** EF24 - 70mmf/2.8LIUSM lens **: It is a commonly used standard zoom lens. The focal length range is from wide-angle 24mm to mid-range 70mm. It has a very good angle coverage and is suitable for portraits, landscapes, still life, and many other scenes. 5. "** Sima 18 - 35f/1.8 lens **: It's recognized as a half-frame Mirror King. It's super sharp when the aperture is fully opened. The probability of purple edges is extremely low. The quality is excellent, but it's heavier. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
Canon half-frame lens 1585 vs 24105
In Canon's half-frame lens, there were many differences between the 15 - 85 and 24 - 105. In terms of focal length, 15 - 85 was equivalent to 25 - 120 in full frame on a half-frame machine, which had a wider angle, which made it more advantageous when shooting scenes such as landscapes. 24 - 105 had no wide-angle effect on the 38mm focal length of the half-frame machine, so it was relatively tiring to shoot scenery. In terms of image quality (mainly sharpness), if you didn't consider the focal length factor and didn't often shoot big scenes, the 24 - 105 lens performed well in sharpness, even surpassing the 24 - 702.8 lens, but the overall image quality of the two was not much different. In terms of price, in some cases (such as when both are around 5000), the price difference is not big, but the specific price fluctuations may vary according to market conditions. In terms of adaptability, 15 - 85 was much better than 24 - 105 on the half-frame machine. For example, although the aperture at the 85 end was small, the 15 - 85 focal length was more complete. It could be used as a camera head for travel and other scenes. If the requirements for wide-angle scenery were high, then 15 - 85 was a better choice; if you could accept the disadvantage of 24 - 105 without wide-angle on the half-frame machine, and pay more attention to its performance in terms of sharpness, you could also consider 24 - 105. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
Are full-frame and half-frame shots the same?
There were differences between full-frame and half-frame shots. The full-frame camera's sensor size was 36mm x 24mm, and the half-frame camera (APS-C)'s sensor size was about 22mm x 15mm. In terms of the use of lenses, a half-frame camera could use a half-frame lens or a full-frame lens, while a full-frame camera could only use a full-frame lens. Due to the difference in the frame, the lens 'performance on different frame cameras would also be different. For example, in terms of focal length, the same lens would have a different perspective on a full-frame and half-frame camera. Taking a 35mm focal length as an example, on a half-frame camera, due to the small sensor area, the viewing angle would change when it was equivalent to a full-frame camera, which was about 52.5mm (multiplied by a factor of 1.5). There were also differences in the depth of field effect. For example, with a 50mm f/1.8 lens, the depth of field and background blurring effect on a full-frame camera was more obvious than on a half-frame camera. On a half-frame camera, the equivalent focal length would become 75mm, and the depth of field effect was equivalent to using an aperture of about f/2.8 on a full-frame camera. As for the appearance pictures of the full-frame and half-frame lenses, the specific brand and model of the lens were not provided, so they could not be given. However, the difference could be seen directly by searching for the appearance pictures of specific full-frame and half-frame lenses on the Internet. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
Is the Canon 2470 full frame lens?
Canon's EF24 - 70mm f/2.8L USM first-generation lens was a 135mm full-frame lens. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
Full-frame lens selection
There were many factors to consider when choosing a 70 - 200 full-frame lens. From the brand and model point of view, Canon had the EF70 - 200mm lens series, including F2.8LIS USM, F2.8LIS II USM, F2.8LIS USM, F4LIS USM and many other models. Different models had differences in aperture, anti-shake, image quality, etc. For example, a larger aperture lens might have an advantage in low-light environments and blurring effects. The LUMIX S Pro 70 - 200mm F2.8 O.I.S. lens from Matsushita was aimed at the professional market. It had a large aperture of 2.8 for creative production. The lens was equipped with a tripod ring, and its button design made it easy for the user to adjust the anti-shake adjustment, focus adjustment, and other personal settings. It was similar in appearance to the F4 lens of the same series, and the workmanship was solid. It supported splash resistance and could be used in low temperature environments of-10 ° C. Its optical image stabilization could be selected in different gears, and the shortcut button could be customized. The lens had an aperture of 82mm, which guaranteed light transmission and high image quality. The number of 11 aperture blades made the blurring performance excellent, and the double floating focus design was used to suppress the breathing effect. In the image quality test, the center image quality was sharper under different focal lengths, and the edge image quality also had its own characteristics in each focal length. Sima had an APO 70 - 200mm f/2.8 EXDG OS HSM full-frame large-aperture telephoto lens with optical image stabilization and an APO zoom lens. In addition, he also had to consider the use of the lens. If it was mainly used for portrait photography, the 70 - 200mm lens was a good choice for portrait lenses. It could zoom in on people from a distance, and the 200-point camera was suitable for close-ups. However, compared to 85mm, 135mm and other classic portrait fixed-focus lenses, there was a certain gap in image quality and blurring out of focus. However, special out of focus effects could also be achieved by sticking coins on the UV-lens. In terms of landscape photography, the 70-end could cope with most telephoto shooting needs, making it easier to compose than wide-angle; the 200-end could bring the vision into the distance, recording distant details and light and shadow, and the telephoto lens could make the picture feel compressed, exaggerating the distance and compressing the depth of field. The size, weight, and price of the lens could not be ignored. For example, Canon's EF70 - 200F4IS lens was well-coordinated with the body, making it unobstructed for long-term holding and walking. The original suggested retail price was raised from $1,299 to $1,499 (for reference only, the price would fluctuate according to different sales channels and time), and some models would be stopped in March 2021, which would also affect the purchase choice. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>