Nikon Z6 II is equipped with a 25.0MP BSI-CMOS sensor with a Full frame (35.9 x 23.9 mm) sensor size and a Dual Expeed 6 processor. The Nikon Z6 II weighs 15g less than the Nikon D7500, however we don’t believe this will make a major difference in terms of performance. The following is a side-by-side comparison of the Nikon Z6 II and Nikon D7500’s rear views.
Find out if the two cameras are among the best in their respective categories in the most recent Best DSLR Camera and Best Mirrorless Interchangeable Lens Camera rankings. Are the Nikon D7500 and Nikon Z6 II cameras among the best in their respective classes based on their technical specifications? There is just one XQD card slot; the default high ISO NR is a little too powerful; there is no 4K 60p; the x-sync speed is 1/200s; and there is a limited native lens option. Cameras with longer battery life are able to capture more images before their batteries run out of power.
D7500 Crop Factor is a specialized crop factor.
The Nikon Z6 II features a Full frame sensor, however the Nikon D7500 has a smaller APS-C sensor. As a result, Nikon D7500 lenses with same focal length and aperture will be lighter and smaller than the Nikon Z6 II lenses. The Nikon Z6 II has a «FX»-sensor, while the Nikon D7500 has a «DX»-sensor, thus the difference in sensors will also have an impact on the crop factor and experience focal length of the images captured with the two cameras. It is possible that the ability of a camera to interact with its surroundings will be an essential consideration in the camera selection process for some imaging applications. The connection capabilities of the Nikon D7500 and Nikon Z6 are summarized in the table below. The table highlights the interfaces that the cameras offer for accessory management and data transmission, as well as the connectivity options available. The physical dimensions and weight of the Nikon D7500 and the Nikon Z6 are shown in the side-by-side comparison chart below. Three sequential views are displayed, one from the Nikon D7500 vs Nikon Z6 Mark II front, one from the top, and one from the rear side.
As a side point, it should be mentioned that certain review sites have changed their methods of delivering their assessments throughout the years. It should be noted that the above size and weight comparisons are rather inadequate since they do not take into account the interchangeable lenses that are required by both cameras. As a result, you may wish to research and compare the specs of the lenses that are now available in order to obtain a complete image of the size and weight of the two camera systems. To summarize, each of the cameras has a different resolution and uses a different sensor size than the others. Because of its smaller sensor, the Nikon D7500 will have a more difficult time capturing images with narrow depth of focus, but the Nikon Z6 II will have more detail because to its additional 4MP. When it comes to sensor technology, the D7500, which is more than a decade old, will lag behind.
The following table offers an overview of the physical sensor properties, as well as the sensor quality measurements, for a selection of comparators in addition to the sensor quality measurements. While both cameras are comparable in terms of DXO scores, the Z6 II has a far higher score than the D7500, which will result in significantly superior picture quality. Based on a 0.7-bit richer color depth, a 0.4-EV increase in dynamic range, and a 1.2-stop increase in low-light sensitivity, the advantage is realized. The qualities that distinguish cameras, apart from their physical appearance and sensor, may and do vary.
The equivalent aperture for the Nikon D7500 is calculated by taking the aperture of the lens you’re using and multiplying it by the crop factor (if applicable). The equivalent aperture for the Nikon Z6 II is calculated by taking the aperture of the lens you’re using and multiplying it by the crop factor. Larger pixels have the ability to gather more photons, resulting in a broader dynamic range, but smaller pixels enable better resolutions for a given sensor area, resulting in a more compact sensor. The Z6 incorporates phase detect pixels built into the sensor, which allows for quick and reliable autofocus acquisition even when using the camera in live view mode. Below is a side-by-side comparison of the technical specifications of the two cameras, which should help you quickly assess their differences and similarities. Many current cameras are capable of not just taking still photographs, but also recording video footage.
When shooting at the same focal length and aperture as a smaller sensor, larger sensors provide the photographer greater control over the depth of focus and fuzzy backdrop than smaller sensors. As previously mentioned, the Nikon Z6 II features a sensor area that is 2.3 times larger than the Nikon D7500. There is one more significant difference between these two cameras that need to be mentioned: the Nikon D7500’s sensor does not have an anti-alias (Low-Pass) filter built in. The removal of the anti-alias filter improves the sharpness and degree of detail, but it also increases the likelihood of moire appearing in certain settings. Considering that the crop factor for the Nikon Z6 II is one, the corresponding equivalent aperture is. The greater the pixel pitch, the greater the distance between them and the greater the size of each pixel.
As can be seen, the expert reviewers generally agree on the overall quality of various cameras, although their ratings may vary in certain instances, emphasizing the previous argument that choosing a camera is typically a highly personal decision. As a matter of fact, the Z6 II is one of the cameras equipped with an extra electronic shutter, which allows for absolutely quiet photography. The higher resolution of the Nikon Z6 II allows for more freedom in cropping photographs and the option of printing bigger images. This may be used to catch moving objects by employing a rapid shutter speed, or to shoot photographs in low light without the need of a flash, among other things. Also bear in mind that when comparing two interchangeable camera bodies, the weight of the bodies is not the only thing to consider; you must also consider the weight of the lenses that will be used with the cameras. The Nikon Z6 has a Full frame sensor, however the Nikon D7500 has a smaller APS-C sensor, which means that the Nikon D7500’s lenses for a same focal length and aperture will be lighter and smaller than the Nikon Z6 lenses in most cases.
It is capable of shooting still images in a lossless compressed raw format, which is also supported. This offers all of the benefits of shooting in raw format while using far less disk space than shooting in raw. In electrical energy terms, battery power, also known as battery capacity, refers to the quantity of electrical energy that a battery can store. Slow-motion is an artistic video effect that gives the impression that time is moving more slowly. It is accomplished by recording a video at a frame rate that is greater than the typical playback rate of 24 or 30 frames per second. Frame rates for slow-motion recordings may range from 60 frames per second (fps) to 960 frames per second (fps), depending on the camera’s capabilities.
The greater the number of focus points, the greater the degree of freedom in selecting whatever area of the picture to concentrate on. They also increase the likelihood that the image sensor will correctly identify the correct portion of the picture to focus on while operating in more automated settings. The top view comparison of the Nikon Z6 and Nikon D7500 will be discussed later. Before we get into our more in-depth comparison of the Nikon Z6 vs Nikon D7500, let’s take a quick glance at the primary characteristics of each camera. Both cameras include tilting displays, which allow you to adjust the angle of the screen to make it simpler to film from waist or above-the-head positions. The top view comparison of the Nikon Z6 II and the Nikon D7500 will be discussed next.