Samsung Is Already Developing The Exynos 2700 Processor For Future Galaxy Devices
Samsung is actively developing its next generation of mobile processors well ahead of schedule. Recent reports indicate that the tech giant has already started work on the successor to its first 2-nanometer chip. This future processor is reportedly targeting a release in 2027 for the potential Galaxy S27 series. It carries the internal code name ‘Ulysses’ which follows the mythological naming convention of its predecessor. The company aims to solidify its position in the semiconductor market with this advanced silicon.
The immediate focus remains on the upcoming Exynos 2600 which is expected to launch with the Galaxy S26. This chip is known internally as ‘Thetis’ and represents Samsung’s debut in the 2nm manufacturing era. It serves as a crucial bridge between current technologies and the more refined processes planned for the future. Industry insiders believe the Exynos 2600 will enter mass production by late 2025. Its performance will determine how well the foundry can compete with rivals like TSMC.
Samsung is eager to overcome recent hurdles regarding production yields and power efficiency. A report from Sedaily suggests that the company faced difficulties with its 3nm process and the Exynos 2500. These challenges have placed immense pressure on the foundry to deliver flawless results with the 2nm node. The transition to the ‘Ulysses’ chip signifies a strategic move to optimize manufacturing capabilities. Engineers are prioritizing stability and energy efficiency to avoid the overheating issues of the past.
The Exynos 2700 will likely be manufactured using a second-generation 2nm process known as SF2P. Information shared by leaker Kaulenda on X highlights significant improvements over the first iteration. This new node is projected to deliver a twelve percent boost in raw performance. It is also expected to reduce power consumption by roughly twenty-five percent compared to the SF2 process. Such gains would allow the chip to handle demanding tasks without draining the battery quickly.
Early leaks point to a robust set of specifications for the ‘Ulysses’ processor. The rumors claim it will feature next-generation ARM Cortex-C2 cores for superior processing power. Some sources speculate that the prime core could achieve clock speeds as high as 4.2 GHz. The system might also support faster LPDDR6 memory and UFS 5.0 storage standards. These upgrades would significantly enhance data transfer rates and overall device fluidity.
Thermal management appears to be a top priority for the design team working on the Exynos 2700. The company plans to implement a packaging technology called FOWLP-SbS to manage heat more effectively. This technique arranges the die and memory side by side to create a better thermal path. A unified copper heat sink could further assist in dissipating heat during intensive gaming sessions. This approach aims to sustain peak performance for longer periods without thermal throttling.
The successful development of ‘Ulysses’ is vital for Samsung’s independence from third-party chip suppliers. A competitive Exynos chip would allow the manufacturer to use its own silicon in more regions globally. This strategy could reduce costs and allow for tighter integration between hardware and software. The industry will be watching closely to see if the foundry can execute this ambitious roadmap.
Please let us know in the comments if you think Samsung can finally overtake its competitors with these new 2nm chips.
