Leaks Reveal RAM and Storage Options for Samsung Galaxy S27 Series
As the anticipation builds for the upcoming Samsung Galaxy S27 series, new leaks have emerged detailing the expected RAM and storage configurations for the S27, S27+, S27 Pro, and S27 Ultra models. While some updates might not meet expectations, the lineup appears to have some interesting choices, particularly in the higher-end variants.
Initially, there were discussions regarding the potential use of LPDDR5X memory for the Galaxy S27 and S27+, which stirred some concerns among enthusiasts. However, recent information suggests that Samsung intends to equip the Galaxy S27 Ultra and S27 Pro with the more advanced LPDDR6 RAM and UFS 5.1 storage, although it remains uncertain if these options will be available across all configurations.
Reportedly, the S27 and S27+ models are likely to miss out on the latest memory and storage technologies. The following table outlines the proposed RAM and storage configurations for the entire Galaxy S27 lineup:
| Galaxy S27 Ultra | Galaxy S27 Pro | Galaxy S27/S27+ |
|---|---|---|
| 12GB RAM + 256GB storage | 12GB RAM + 256GB storage | 12GB RAM + 256GB storage |
| 12GB RAM + 512GB storage | 12GB RAM + 512GB storage | 12GB RAM + 512GB storage |
| 16GB RAM + 1TB storage | 12GB RAM + 1TB storage |
Overall, there aren't any surprising developments, apart from the fact that the standard model will start with a base storage of 256GB. The Galaxy S27+ and S27 Ultra continue to offer similar configurations to their predecessors, while the Pro model inherits the Ultra's 1TB storage option yet is limited to 12GB of RAM, which raises some eyebrows given its positioning in the lineup.
It's important to note that these details are yet unconfirmed, and we should treat them with caution until official announcements are made. Recent certification information from China indicates that the Galaxy S27 Pro will feature a 5,200 mAh battery, while the Galaxy S27 Ultra will come equipped with a 5,700 mAh battery, and be capable of 60W wired charging.