Technology is complete when most people easily understand it with a real-world example. The Samsung talks at the IEDM 2019 Conference showcased a futuristic concept of the 14nm FinFET process which will allow the company to implement a 144-megapixel sensor on a smartphone camera.
A lot of smartphone manufacturers claim 40MP or 60MP camera sensors on their smartphones but the actual image quality will reveal that they are nowhere close to how a real DSLR would capture the same image. Samsung is working hard to achieve it and the conference revealed that they are making some big breakthroughs in the segment. The concept of using 7nm and 10nm chipsets are popular among CPU processor manufacturers like AMD and Intel.
While AMD is ahead of Intel in this regard with 7nm fabrication for their processors, the new smartphone camera technology will enable the brand to come up with a 3D stack CMOS image sensor. These sensors are much more energy-efficient and can be implemented in the limited space available inside a cellphone.
Balancing Voltage with Better Image Quality and Battery Life
By default, the conventional image sensor requires at least 2V to operate which adds up to the heat generated. However, the FinFET 14nM technology allows Samsung to make use of the 144MP sensor and you can capture images at 10 frames per second without heating issues.
The sensors will be able to reduce power consumption by at least 37%, which in turn will help retain the smartphone battery life even when you capture videos for a long time. The advantage of using this technology is to increase the sensor but the pixel density of the photographs captured will remain unaltered and they depend more on the type of sensors used in a phone.
Samsung is said to be working on a powerful smartphone camera upgrade for the Galaxy S11 handset and its other models scheduled for launch in early 2020. These phones will most possibly feature the 108MP because the newer 144MP combined with the new FinFET process revealed by the company at the IEDM 2019 Conference may need some more time before being practically implemented in their Galaxy phones.
With this upgrade, in theory, the phones and their camera sensors will be able to absorb a lot of light and take photos as well as videos that look much more impressive. They will also produce DSLR quality pictures if you are capturing them in a brightly lit environment but it is going to be a short wait before we start seeing it in smartphones in 2020.
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