The Samsung Galaxy S25 leaks are pouring at a faster rate, and we now have what are supposedly the full dimensions of all three phones in the series: the standard Galaxy S25, the Galaxy S25 Plus, and the Galaxy S25 Ultra.
This information comes from a reliable source Yeux1122 (via @Jukanlosreve), who claims the standard Galaxy S25 will have dimensions of 146.94 mm x 70.46 mm x 7.25 mm. This is in contrast to 147 mm x 70.6 mm x 7.6mm for the Samsung Galaxy S24.
Speaking of the larger Galaxy S25 Plus, which will apparently measure 158.44 mm x 75.79 mm x 7.35 mm. The dimensions of the current Samsung Galaxy S24 Plus, for comparison, are 158.5 mm x 75.9 mm x 7.7mm.
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Galaxy S25 Getting Thinner Than Precursor
The largest of the lot, the Galaxy S25 Ultra, will be 162.82 mm x 77.65 mm x 8.25 mm, and those measurements compare to 162.3 mm x 79 mm x 8.6 mm for the Samsung Galaxy S24 Ultra.
Going by the comparisons, there isn’t much going to be a whole lot of difference in terms of sizes for 2025’s models -- though each one is going to be thinner than the previous model. They’re also pretty much the same as mentioned in the previous rumors, adding to the likelihood that these figures are right. The smartphones are said to be revealed in January, a year after the Galaxy S24 series.
Recently, a leaked image featuring dummy units of all three Galaxy S25 phones, another indicator that the shapes and sizes will match up with the current models. However, the question still remains about the Galaxy S25, the Galaxy S25 Plus, and the Galaxy S25 Ultra, with most rumors hinting they will come with Snapdragon 8 Gen 4.
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Samsung Launches Industry’s First 24GB GDDR7 DRAM
Samsung has launched the industry’s first 24GB GDDR7 DRAM, which features the highest capacity and speed. This breakthrough memory solution is designed to cater to the demands of next-generation applications, such as data centers and AI workstations.
By employing advanced process nodes and PAM3 signaling, the GDDR7 achieves an impressive speed of 40GB per second, surpassing its precursor by 25%. Moreover, Samsung has incorporated power-saving technologies from mobile products to boost efficiency and reduce unnecessary power consumption by over 30%.
To make sure operations are stable at high speeds, the GDDR7 incorporates power gating design techniques to minimize current leakage. Samsung plans to start validating this ground-breaking memory solution in next-gen AI computing systems from major GPU customers later this year, with commercialization expected in early 2025.