Nikon D3400 vs Nikon D5100: Which is Better?

Nikon D3400 Nikon D5100

Please bear in mind, on the other hand, that the maximum sensor resolution is not the only factor that influences the resolving power. The ultimate resolution of the collected picture is influenced by a number of factors, including the optical components, low pass filter, pixel size, and sensor technology, among others. The COVERAGE of the viewfinder frame in percent and the REAL SIZE of the viewfinder (VF magnification adjusted by the crop factor of a camera — this allows cameras with various sensor sizes to be compared).

Nikon D3400 with a diagonal lens

Examine the Nikon D3400 vs. the Nikon D5100, two entry-level DSLR digital Nikon D5100 vs Nikon D3400 cameras from Nikon that are similar in design but differ in price. Despite the fact that there is a significant difference in the sensor resolutions of the D3400 and D5100, both cameras have the same sensor size (APS-C). This model features an articulated screen that can be rotated so that it is facing the user. Video bloggers and photographers who are interested in capturing selfies will find this feature to be very useful. In this way, the photographer may film time lapse sequences of natural phenomena such as flower blossoming and sunsets and moon rises without the need to invest in an additional camera trigger and associated software. The Nikon D3400 and the Nikon D5100 are two digital cameras that were formally presented, respectively, in August 2016 and April 2011, at the Nikon Photonics Convention in Las Vegas.

When it comes to storing image data, both the D3400 and the D5100 write their files on SDXC cards, which are available for purchase separately. Both cameras are compatible with UHS-I cards, which allow for ultra-fast data transmission rates of up to 104 MB/s when using the cards. In terms of chip-set technology, the D3400 has a more powerful image processing engine than the D5100, which provides advantages in terms of noise reduction, color accuracy, and processing speed over the latter.

The bigger the photosites, the more light they can collect, and the lower the degree of visual “noise” in the pictures acquired by the photosites. Both of the cameras have the same sensor size, however they do not have the same number of megapixels. Because of its additional 8 Megapixels, the Nikon D3400 should be able to resolve finer detail than its predecessor. A higher resolution may also enable you to crop images more aggressively, which can result in better results. When it comes to sensor technology, the newer D3400 will have an advantage over its predecessor.

Sensor Resolution: D3400 pixel

Nikon D3400

An optical viewfinder enables the photographer to construct a picture while simultaneously seeing the precise image that will be captured by the lens. OVFs have no time lag and use no power, in contrast to electronic viewfinders, which may deplete a camera’s battery’s capacity. I’ve used both and the picture quality is indistinguishable between the two. However, the P510 has a limited feature set and a small point and shoot sensor that cannot compete with the D3100 in terms of picture quality. In comparison, an APS-C or crop sensor in any consumer DSLR is more than twelve times bigger than that found in the P510 camera. Because aperture is a feature of the lens, it can only be determined for fixed lens cameras.

Nikon D3400 vs Nikon D5100

The equivalent aperture for the Nikon D5100 is calculated by taking the aperture of the lens you’re using and multiplying it by the crop factor (if applicable). Take the aperture of the lens you’re using and multiply it by the crop factor to find out what the equivalent aperture for the Nikon D3400 is. Larger sensors are more effective since they have a larger surface area for capturing light than smaller sensors. When comparing digital cameras, the generation of the camera is also a significant thing to consider. In order to capture images in available light, cameras must be capable of maintaining excellent picture quality even while shooting at high ISO settings and must have an effective focusing system in low light. Excellent focusing and high-ISO performance, as well as a fast continuous shooting speed and a large buffer capacity, are required for a decent sports and action camera to be effective.

Nikon D3100 vs Nikon D5100

In electrical energy terms, battery power, also known as battery capacity, refers to the quantity of electrical energy that a battery can store. It is possible that more battery power indicates greater battery longevity. When you use autofocus tracking, after you have chosen your subject and pressed the shutter release halfway down, the autofocus will follow your subject as it moves. Sensor shift is the movement of the image sensor in order to compensate any vibrations caused by the camera. This implies that the picture will be stabilized independent of the lens that is being used to capture it.

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. Did this review assist you in making a choice on your camera purchase? If you’re interested in seeing how additional cameras couple up, just type the name of the camera into the search boxes provided below.

Nikon D5100 vs Nikon D3400

Compared to normal size, the black area indicates a magnification of 1x; the red region represents a magnification of 0.85x, which is the greatest value available in any camera on the market at the time of writing. In terms of magnification, the viewfinder has a magnification of 0.53x and covers 95 percent of the field of vision. A quicker maximum shutter speed helps you to capture images of fast-moving subjects without the images becoming blurry. In addition to providing a better picture, a greater screen resolution makes it simpler to evaluate your images. When opposed to the Nikon D5100, the Nikon D3400’s LCD screen is a fixed kind, which allows less flexibility in terms of shooting locations. Despite the fact that both cameras use the same EN-EL14 battery, the D5100 is more energy efficient and can capture up to 660 photos on one charge, as opposed to 550 shots on the D3100.

There are several additional important aspects of the Nikon D3400 and Nikon D5100 that are included in the following table, as well as equivalent information for a number of other comparable cameras. DxoMark has conducted tests on the sensors of the Nikon D3400 and Nikon D5100 cameras. A camera sensor’s color depth, dynamic range, and low-light sensitivity are all evaluated by DxoMark, which also provides an overall score for the sensor. The D3400 has earned 86 points, which is six points more than the D5100, in our comparison of the two cameras. The Nikon D3400’s sensor has 8 more megapixels than the Nikon D5100’s sensor, which offers it a substantial edge in real-world situations.