Sony a6600 vs Nikon Z50

Recommended Camera

Sony a6600

Sony a6600

Recommended price: 1 000$ / 985£ / 1 159€

Following in the footsteps of the A6400 and A6100 models introduced in August 2019, the heart of the A6000 series is the Sony A6600, which shines with a 24-megapixel APS-C sensor. This body is perfect for experienced photographers, thanks to enhancements such as extended battery life of up to 810 images per charge and directly integrated image stabilization.

This model excels in portrait, landscape and action photography, thanks to its ability to shoot at up to 11 fps and its advanced autofocus system. However, its video capabilities, while offering 4K UHD high definition, remain limited to 30 fps, which may disappoint videographers looking for more fluidity.

It comes with a UHS-I SD card slot, which is adequate for fast transfers but slightly behind modern transfer speed standards. Although newer models such as the A6700 offer better video and display specifications, the A6600 remains competitive thanks to its durability and versatility, and offers good value for money.

Nikon Z50

Nikon Z50

Recommended price: 0$ / 849£ / 999€

Launched in October 2019, the Nikon Z50 is Nikon's first foray into the world of APS-C mirrorless cameras. With a 20.9-megapixel sensor, it presents itself as an excellent option for those new to mirrorless photography, especially for capturing portraits and landscapes with impressive sharpness thanks to the lack of a low-pass filter.

However, the Z50 has its limitations. It lacks sensor stabilization and offers only a single UHS-I SD card slot, which may be a deterrent for those who need more flexibility in terms of storage and photo transfer speed. On the other hand, it can shoot burst shots at up to 11 fps in RAW format, which is perfect for capturing the action at sporting events or other fast-moving moments.

When it comes to video, the Z50 shoots 4K UHD at 30 fps and Full HD at 120 fps, which is more than enough to satisfy amateur videographers. But over time, those looking for something a little fresher might be tempted by newer models like the Nikon Z fc or Nikon Z30, which bring modern touches while staying true to Nikon's APS-C series.

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Which one to choose and why?

Technical comparison

Recommended accessories

Frequently Asked Questions

Nikon Z50 vs Sony a6600 - Which one to choose and why?

Why choose the Sony a6600?

More megapixels

24.2Mp vs. 20.9Mp

Stabilized camera

Yes vs. No

More compact

120×67×69 mm vs. 127×94×60 mm

23% smaller body

33.81 in³ / 554 cm³ vs. 43.69 in³ / 716 cm³

157% longer battery life

720 images vs. 280 images

Larger buffer

46 images vs. 30 images

More Focus points

425 vs. 209

Headphone Jack

Yes vs. No

4 years after its release, the camera was replaced by the A6700 in July 2023, bringing interesting developments such as a new processor, faster burst, better screen and 4K UHD 60 fps.

Check Sony a6700 in detail

Why choose the Nikon Z50?

Newer camera

October 2019 vs. August 2019

Higher ISO sensitivity

51 200 vs. 32 000

Cheaper body

0$ / 849£ / 999€ vs. 1 000$ / 985£ / 1 159€

Camera 53g lighter

0.99 lb / 450 g vs. 1.11 lb / 503 g

Has a built-in flash

Yes vs. No

Better burst (electr.)

11 fps vs. 8 fps

Better screen resolution

1.04 M-dot vs. 0.92 M-dot

Larger screen

3.19" / 8.1 cm vs. 2.95" / 7.5 cm

More sensitive low-light sensor

-4 EV vs. -2 EV

In November 2024, Nikon decided to release the Nikon Z50 II, which offered a few modest but notable improvements (new processor and UHS-II)..

Check Nikon Z50 II in detail

Technical specifications - Sony a6600 vs Nikon Z50

General

	Sony a6600		Nikon Z50
Release Date	August 2019	VS	October 2019
Mount	E	VS	Z (DX)
Definition	24.2 Mp	VS	20.9 Mp
Sensor Size	APS-C	VS	APS-C
Image Stabilization	Yes	VS	No
ISO Sensitivity	100 - 32 000	VS	100 - 51 200
Extended ISO	50 - 102 400	VS	100 - 204 800
Card Slots	1	VS	1
Card Type	1 x SD (UHS-I)	VS	1 × SD (UHS-I)
Processor	BIONZ X	VS	EXPEED 6
Recommended Price	1 000$ / 985£ / 1 159€	VS	0$ / 849£ / 999€

Viewfinder Features

	Sony a6600		Nikon Z50
Resolution	2.36 M-dot	VS	2.36 M-dot
Magnification	0.7x	VS	1.02x

Autofocus Features

	Sony a6600		Nikon Z50
Sensibilidad AF	-2 / 20 EV	VS	-4 / 19 EV
Number of Focus Points	425	VS	209

Video

	Sony a6600		Nikon Z50
Maximum Resolution	4K UHD 30 i/s 1080p 120 i/s	VS	4K UHD 30 i/s 1080p 120 i/s
Recording Format	XAVC S 4:2:0 8 bits up to 100 Mb/s Read more Hide	VS	H.264/MPEG-4 AVC 8 bits up to 144 Mbit/s (4:2:0) Read more Hide
Recording Time Limit	-	VS	30 min

DxO Score

	Sony a6600		Nikon Z50
General	82	VS	-
Portrait	23.8	VS	-
Landscape	13.4	VS	-
Sports	1 497	VS	-

Physical Characteristics

	Sony a6600		Nikon Z50
Weather-Sealed	Yes	VS	Yes
Battery Type	NP-FZ100	VS	EN-EL25
Weight	1.11 lb / 503 g	VS	0.99 lb / 450 g
Dimensions (W×H×D)	4.7 × 2.6 × 2.7" 120 × 67 × 69 mm	VS	5 × 3.7 × 2.4" 127 × 94 × 60 mm
Volume	33.81 in³ / 554 cm³	VS	43.69 in³ / 716 cm³
Viewfinder Battery Life	720 images	VS	280 images
LCD Battery Life	810 images	VS	320 images
Built-in Flash	No	VS	Yes
Maximum Flash Sync Speed	1/160s	VS	1/200s
Min. Shutter Speed	30s	VS	30s
Max. Shutter Speed (Mechanical)	1/4 000s	VS	1/4 000s
Max. Shutter Speed (Electronic)	1/4 000s	VS	1/4 000s
Max. Burst Rate (Mechanical)	11 fps	VS	11 fps
Max. Burst Rate (Electronic)	8 fps	VS	11 fps
RAW Buffer	46 images	VS	30 images

Screen Features

	Sony a6600		Nikon Z50
Type	Fully-articulating	VS	Tilting
Resolution	0.92 M-dot	VS	1.04 M-dot
Diagonal	2.95" / 7.5 cm	VS	3.19" / 8.1 cm
Touchscreen	Yes	VS	Yes

Optional Features

	Sony a6600		Nikon Z50
Wi-Fi / Bluetooth	Yes / Yes	VS	Yes / Yes
Headphone Jack	Yes	VS	No
USB Version	Micro USB	VS	USB-C 2.0
GPS	No	VS	No
Time Lapse	Yes	VS	Yes

Recommended lenses

Check recommended lenses for these cameras

E-mount lenses Z (DX)-mount lenses

Suggested Accessories

For Sony a6600

SD Card SanDisk Extreme PRO UHS-I SDXC

SD Card SanDisk Extreme PRO UHS-I SDXC

Sony NP-FZ100 Battery

Sony NP-FZ100 Battery

Meike A6600 camera Grip

Meike A6600 camera Grip

For Nikon Z50

SD Card SanDisk Extreme PRO UHS-I SDXC

SD Card SanDisk Extreme PRO UHS-I SDXC

Nikon EN-EL25 Battery

Nikon EN-EL25 Battery

Nikon FTZ II Adapter F to Z

Nikon FTZ II Adapter F to Z

Others VS to check

Sony a6600

Nikon Z50

auteur Sylvain Pons

Detailed comparison by Sylvain PONS

As a photography enthusiast, I've spent a lot of time exploring, comparing and analysing these cameras' features to help you make the right choice!

This comparison may contain affiliate links, and we may earn a commission if you decide to buy your camera through our links. Of course, the price doesn't change for you. If you've enjoyed this page, it's your way of supporting our work. Thanks!

Sources: Sony a6600, Nikon Z50

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Frequently Asked Questions

General Information

Release Date

Month and year the mirrorless camera was released. A newer model often includes significant technological improvements, such as optimized noise handling, improved autofocus, broader connectivity, and cutting-edge features that can result in better image quality and a more intuitive shooting experience.

Lens Mount

Camera mount reminder. A camera’s mount is essential because it determines compatibility with different lenses, which is crucial for adapting your gear to your specific photographic needs. It is important to carefully check which lenses are compatible with the mount to make sure you can take full advantage of your camera’s capabilities.

Definition

Camera megapixel count. More megapixels (MP) means your camera can capture more detail in each image. The main advantage of a higher MP count is the ability to make large prints and crop images more precisely without compromising image quality. However, a high MP count can also result in larger files, requiring more storage space and more processing power. In addition, to get the most out of a high-resolution sensor, you often need to use high-quality lenses.

Sensor Size

Camera sensor size. A larger sensor, such as full frame, generally delivers better low-light performance, wider dynamic range, and overall improved image quality. This type of sensor captures more light and often provides better tonal separation. However, the benefits of a larger sensor usually come with a higher cost and bulkier gear.

Image Stabilization

In-body image stabilization. It helps significantly reduce camera shake, improve image sharpness even in low-light conditions, and shoot at slower shutter speeds without sacrificing clarity. It also makes it possible to record smoother video, giving you more flexibility and creative freedom in certain shooting situations. Thanks to stabilization, you can make better use of your camera body’s potential, even in situations where a tripod cannot be used.

ISO Sensitivity

A camera’s ISO range determines how sensitive its sensor is to light. A higher ISO makes it possible to capture fast-moving subjects at a faster shutter speed, or to shoot in low-light conditions without using a flash. However, increasing ISO sensitivity reduces image quality, mainly by introducing digital noise. So while high ISO performance can be useful in certain situations, it is important to find the right balance to avoid compromising image clarity.

Expanded ISO Sensitivity

Expanded ISO sensitivity on digital cameras is a feature that allows the camera’s standard ISO range to be pushed beyond its usual limits. This makes it possible to shoot in even lower-light conditions without relying on additional lighting, such as a flash. For example, if a camera has a standard ISO range of 100 to 31,200, the expanded ISO option could extend it to 51,200 or higher.

Card Slots

Number of memory card slots available in the camera. This not only increases the total storage capacity, but also provides extra data security by allowing simultaneous recording to two cards. It also makes file management easier by letting you separate different types of data, for example by saving RAW photos to one card and JPEGs or videos to the other.

Card Type

Type of memory card accepted by the camera body: There are mainly two types of cards: SD and CF. SD cards are more common and affordable, making them suitable for most users, while CF cards, often used in high-end camera bodies, offer faster transfer speeds and higher storage capacity.

Processor

Camera processor: A newer processor can significantly improve several aspects of performance, such as image processing speed and autofocus efficiency. It can also enable new in-camera features, further enhancing the overall photography experience.

Physical Characteristics

Weather-Sealed

Camera resistance to moisture and dust. A weather-sealed camera gives you greater peace of mind when shooting in challenging conditions, such as snow, wind, sand, or rain. This lets you focus more fully on your shot without worrying as much about your gear. In typical shooting situations, however, most camera bodies will do the job perfectly well.

Weight with Battery + Card

Total weight. A lighter camera body is often considered an advantage, as it makes shooting more comfortable over long periods, such as during photo sessions or travel. It helps reduce fatigue and makes the overall photography experience more enjoyable.

Dimensions (W×H×D)

Camera body size. A smaller body is easier to store in a bag or cabinet and is generally easier to handle, although this depends on personal preference. This makes it easier to take with you anywhere without adding too much bulk.

Volume

Camera body volume in cm³. This is, of course, related to its dimensions. A smaller body volume makes the camera easier to store and will often also make it lighter. This makes carrying your gear more practical and comfortable.

Viewfinder Battery Life

Number of shots possible using the viewfinder, based on the CIPA standard. Better viewfinder battery life lets you take more photos. In real-world use, you can often capture many more images than the CIPA rating suggests, giving you greater flexibility during your photo sessions.

LCD Battery Life

Number of shots possible using the LCD screen, based on CIPA testing. Better LCD battery life lets you take more photos. In practice, you can often exceed CIPA rating estimates, giving you more flexibility during your shoots.

Built-in Flash

A built-in flash, integrated directly into the camera body, can help in certain low-light situations. However, most mid-range and high-end camera bodies do not include one, giving you the option to use more powerful and flexible external lighting solutions.

Maximum Flash Sync Speed

Flash sync speed. A faster sync speed allows the flash burst to be synchronized with the shutter opening, properly exposing the image sensor. This is ideal for lighting backlit subjects without motion blur, and for giving you more flexibility when balancing flash with ambient light for sharper, more detailed photos.

Minimum Shutter Speed

This is the slowest minimum shutter speed available on your camera body. Most cameras offer a minimum shutter speed of 30 seconds, which can of course be exceeded by using specific camera modes. This is a less important criterion when choosing a camera body, but it can be useful in certain shooting situations.

Maximum Shutter Speed

The camera’s maximum shutter speed can be an important factor depending on the type of photography you want to do. It makes it easier to freeze motion in a scene and shoot in bright conditions with very wide apertures, without having to use ND filters, for example. This gives you more flexibility and creative control when taking photos.

Max Burst Rate — Electronic Shutter

Maximum number of frames per second your camera body can shoot. This speed will also depend on the size of the images being captured. A faster burst rate lets you capture fast-moving scenes in greater detail, increasing your chances of getting the perfect moment. This is especially useful for sports or action photography.

RAW Buffer

Equivalent to your camera’s temporary working memory while images are being saved to the memory card. A larger buffer lets you keep shooting in burst mode without the camera slowing down or locking up, helping you avoid missing the decisive moment. This makes it less likely that you’ll miss an important shot.

Viewfinder Features

Resolution

Refers to the clarity and sharpness of what you can see through the viewfinder, measured in millions of dots. The higher the resolution, the more image detail you can see, resulting in a better experience when composing and focusing your shot.

Magnification

Viewfinder magnification indicates how much the image is enlarged when looking through the viewfinder. A higher magnification makes it easier to see scene details, helping with both composition and focusing.

Screen Features

Type

Camera bodies can feature different types of LCD screens: tilting, articulating, or fully articulating, giving you more flexibility when framing your shots from various angles. Depending on your needs, make sure you choose a screen type that improves both your comfort and creative possibilities.

Resolution

A higher resolution allows you to check your images more accurately, especially focus areas, image exposure, and composition. Depending on your needs, make sure you choose a screen with a suitable resolution to help achieve optimal results.

Diagonal

The larger the screen diagonal, the bigger the overall display will be. This makes it easier to review images on the spot and frame your shots while shooting. Depending on your needs, make sure you choose a screen size that improves your overall comfort of use

Touchscreen

A touchscreen provides a faster, more intuitive experience, allowing you to change settings, navigate menus, and select precise options more quickly. It also makes focusing easier by letting you tap directly on the screen, making your shooting workflow even more efficient.

Autofocus Features

Minimum AF Sensitivity

The minimum ISO sensitivity of a camera body helps reduce digital noise, improving image quality and dynamic range. It is useful for long exposures and bright lighting conditions, allowing for creative settings without the risk of overexposure. It also helps preserve color accuracy and deliver better saturation.

Maximum AF Sensitivity

The maximum ISO sensitivity of a camera body is crucial in low-light situations. It helps maintain faster shutter speeds and avoid motion blur. However, a high ISO setting can increase digital noise, reducing image quality. Using a high ISO is therefore a trade-off between brightness and image quality.

Number of Focus Points

The number of focus points refers to the focusing points available in a camera body’s viewfinder. The more focus points there are, the easier it is to achieve precise focus on moving subjects or in complex compositions.

Video Features

Maximum Resolution

The maximum video resolution determines the quality and clarity of the footage you can capture with your camera body. A higher resolution, such as 4K or 8K, makes it possible to capture finer details. The frame rate, such as 30 fps or 60 fps, is also crucial, as it affects video smoothness, making movement look more natural and action scenes appear sharper.

Recording Time Limit

Some camera models have recording time limits, which can also depend on the selected video output quality. For videographers, this is a key factor when choosing a camera body, as longer recordings are often needed to capture scenes in a single take.

Optional Features

Wi-Fi / Bluetooth

The presence of Wi-Fi and Bluetooth on a camera body allows for fast wireless transfer of images and videos to other devices, making it easier to share and back up your files.

Headphone Jack

The presence of a headphone jack on a camera body is especially useful for videographers, as it allows them to monitor audio directly while recording video. This helps provide better control over sound quality, which is essential for professional productions.

USB Version

The USB version on a camera body affects the data transfer speed between the camera and other devices, such as a computer or external storage. A newer version, such as USB 3.0 or USB-C, allows for faster transfers, which is essential when handling large files such as high-resolution photos and 4K videos.

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