In recent years, mobile photography has become a most important factor for people (Especially Girls) when purchasing a new phone. With the introduction of advanced camera technologies, smartphones can now take photos comparable to a DSLR camera. Samsung and Sony are two companies that have been leading the mobile photography game with their high-end sensors.
In this article, we will compare the Samsung ISOCELL HM6 vs Sony IMX766, two of the latest camera sensors used in smartphones, to check which one is better.
Introduction to Samsung ISOCELL HM6 and Sony IMX766
Samsung ISOCELL HM6 and Sony IMX766 are the latest camera sensors used in smartphones. Both sensors are designed to capture high-quality images with great detail and color accuracy. The ISOCELL HM6 was announced by Samsung in August 2020, while Sony IMX766 was announced in December 2020.
Samsung ISOCELL HM6
The Samsung ISOCELL HM6 is a 108-megapixel camera sensor. It uses Samsung’s Nonacell technology, which combines nine pixels into one to increase light sensitivity. The sensor also features 0.8μm pixels, which are smaller than its predecessor, the ISOCELL HM1. The smaller pixels allow the sensor to fit into thinner camera modules while maintaining the same resolution.
Sony IMX766
The Sony IMX766 is a 50-megapixel camera sensor. It uses a larger 1/1.56-inch sensor size and has a pixel size of 1μm. The sensor features dual conversion gain (DCG) technology, which allows it to capture images with high dynamic range and low noise. The sensor is also equipped with a 4-axis OIS (Optical Image Stabilization) system for steady shots and smooth video recording.
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Comparison of Samsung ISOCELL HM6 vs Sony IMX766
Samsung ISOCELL HM6 and Sony IMX766 are high-quality camera sensors with impressive features. However, there are several key differences between them that we will discuss below.
Sensor size
One of the significant differences between the two sensors is their size. The Sony IMX766 has a larger sensor size of 1/1.56 inches, while the Samsung ISOCELL HM6 has a 1/1.33-inch sensor. The larger sensor size allows the Sony IMX766 to capture more light, resulting in better low-light performance and dynamic range.
Pixel size
Pixel size is another crucial factor when it comes to camera sensors. The Sony IMX766 has a pixel size of 1μm, while the Samsung ISOCELL HM6 has a smaller pixel size of 0.8μm. Larger pixels can capture more light, producing better image quality and low-light performance.
Megapixel count
The Samsung ISOCELL HM6 has a higher megapixel count of 108MP compared to the Sony IMX766‘s 50MP. While the megapixel count is not the only factor determining image quality, having more megapixels allows for more detail in photos and the ability to crop and zoom in without losing quality.
Video recording
Both sensors can record videos up to 4K resolution at 60fps. However, the Samsung ISOCELL HM6 can record 1080p slow-motion videos at 480fps, while the Sony IMX766 can record slow-motion videos at 240fps.
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Image processing
Image processing plays a crucial role in producing high-quality images. Both sensors have advanced image processing algorithms that enhance image quality. The Samsung ISOCELL HM6 uses Samsung’s Isocell Plus technology, which reduces crosstalk between pixels, resulting in sharper and clearer images. The Sony IMX766 uses the company’s own proprietary image processing technology, which includes noise reduction and color correction algorithms, resulting in natural and vibrant colors.
Autofocus
Autofocus is an essential feature of modern smartphones. The Samsung ISOCELL HM6 uses phase detection autofocus (PDAF) technology, which is fast and accurate in good lighting conditions. The Sony IMX766 uses dual-pixel autofocus (DPAF), which is faster and more accurate than PDAF, especially in low-light conditions.
OIS
Both sensors have OIS technology, which helps stabilize the camera module for steady shots and smooth video recording. However, the Samsung ISOCELL HM6 has a 2-axis OIS system, while the Sony IMX766 has a 4-axis OIS system, which provides better stabilization.
Price
The price of the sensor is also a crucial factor for smartphone manufacturers. As of now, there’s no official information on the cost of these sensors. However, Samsung is known for offering more affordable camera sensors compared to Sony.
| Features | Samsung ISOCELL HM6 | Sony IMX766 |
|---|---|---|
| Sensor Size | 1/1.33″ | 1/1.7″ |
| Pixel Size | 0.8μm | 1.0μm |
| Megapixel Count | 108MP | 50MP |
| Autofocus Technology | PDAF | DPAF |
| OIS | 2-axis | 4-axis |
| Video Recording | 1080p@480fps | 1080p@240fps |
| Price | More affordable | Unknown |
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Conclusion
Samsung ISOCELL HM6 and Sony IMX766 are high-quality camera sensors with impressive features. The Sony IMX766 has a larger sensor size, larger pixel size, and better autofocus, making it better for low-light photography. However, the Samsung ISOCELL HM6 has a higher megapixel count, faster slow-motion video recording, and a more affordable price, making it a better option for certain users. Ultimately, the choice between the two sensors depends on the smartphone manufacturer’s priorities and the target audience.
FAQs
Which sensor is better for low-light photography, Samsung ISOCELL HM6, or Sony IMX766?
Ans: The Sony IMX766 is better for low-light photography due to its larger sensor size, larger pixel size, and better autofocus.
Does the Samsung ISOCELL HM6 have better video recording capabilities?
Ans: Yes, the Samsung ISOCELL HM6 can record 1080p slow-motion videos at 480fps, while the Sony IMX766 can record slow-motion videos at 240fps.
Which sensor is more affordable, Samsung ISOCELL HM6, or Sony IMX766?
Ans: Samsung is known for offering more affordable camera sensors compared to Sony. However, the official price of the sensors is not available yet.
Which autofocus technology is better, PDAF or DPAF?
Ans: DPAF is faster and more accurate than PDAF, especially in low-light conditions.
Which sensor should I choose for my smartphone?
Ans: The choice between the two sensors depends on the smartphone manufacturer’s priorities and the target audience.