Samsung’s soon to be released Exynos 2100 flagship processor will be more power-efficient and yield a significantly longer battery life than the Exynos 990, according to reports from tipster Ice Universe, via a tweet from his Twitter feed.

The Galaxy S20 Ultra equipped with Exynos 990 was found to consume 55-percent of the battery during a “test project”, while the Galaxy S21 Ultra, fitted with Exynos 2100 lost only 22-percent for a similar test.Samsung

Further details of the test project were not provided by Ice Universe although it seems to be based on the phone’s energy usage for specific tasks under certain conditions. The Exynos 990 is a 7nm processor, while the Exynos 2100 will be a 5nm chip.

In comparison, the Snapdragon 888 is also a 5nm processor. Those two chips will be direct competitors in 2021, and Samsung will use both in its smartphones.

The Exynos 2100 will power Samsung’s high-end smartphones in Europe and the Indian sub-continent, while the Snapdragon 888 will apply for products produced for US and Chinese markets.

Qualcomm has a record of outclassing Exynos processors with their own offerings. It is yet to be seen whether this trend will change in 2021. What is obvious is that Samsung was certainly not oblivious of its rating with Qualcomm’s chips and could have gone the extra mile in research and development to berth the Exynos 2100.

Initial reports and projections have already put the Exynos 2100 a considerable step ahead. Samsung may indeed have realized the shortcomings of its processors, and made significant improvements and modifications with its latest chip. this time around.

It remains to be seen how accurate these claims are. The Exynos 2100 will likely come on stream by mid-December although Samsung has not put out a definitive statement to this effect.

Samsung is expected to announce the launch of its Galaxy S21 series in mid-January 2021, and they are likely to be the first phones to come with the Exynos 2100 processor.

UP NEXT: AGM X5 launched as world’s first 5G phone with ruggedized body