🗨️ 엑시노스 2500은 삼성의 첫 2세대 3nm SoC로 전력 효율에서 스냅드래곤 8 4세대 능가
성능이 딸리면 그냥 fe 라인에 투입 하고 s라인은 전량 스넵으로
그런 혹자는 그럴겁니다 가격 때문에 엑시를 사용 할수 밖에 없다
아니 s라인은 하이엔드 라인 인데 뭔 가격 타령을 ...
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✔️ 자세히 알아보기 URL (More information)
↓https://wccftech.com/exynos-2500-rumor-first-samsung-2nd-gen-3nm-smartphone-soc/
Samsung is reported to stick with a dual-chipset launch strategy for its upcoming Galaxy S25 series, where some regions will offer the Snapdragon 8 Gen 4, the others will sell the Exynos 2500 variants. The Exynos 2400 provided a slew of surprises as the company significantly improved its current-generation flagship SoC. Next year, Samsung is expected to kick things up a notch and is rumored to leverage its second-generation 3nm process to mass produce the Exynos 2500. This move could give the SoC power efficiency attributes that dwarf Qualcomm’s upcoming Snapdragon 8 Gen 4.
Designing and producing the Exynos 2500 on Samsung’s 3nm process is possible, assuming the company can address its yield problem
The rumor comes from PandaFlash on X, who previously posted that the Exynos 2500 outperforms the Snapdragon 8 Gen 3 in both CPU and GPU categories. This performance could be due to Samsung’s testing the silicon on its second-generation 3nm process, which allows the new SoC to run at higher clock speeds at the same power consumption level. We will not be surprised to hear that the Exynos 2500 uses Samsung’s advanced ‘Fan-out Wafer Level Packaging,’ or FOWLP, as the Exynos 2400 has adopted the same technology.
In a nutshell, FOWLP increases heat resistance and reduces the chipset’s package size, allowing it to run at its maximum capability for more extended periods, ultimately contributing to a higher multi-core score. Assuming the rumor checks out, beating the Snapdragon 8 Gen 4 is no walk in the park, but we have reported that Qualcomm’s flagship SoC is suffering from power consumption troubles, forcing phone makers to use massive 5,500mAh batteries to compensate for this issue.
In this regard, Samsung may have found an opportunity to bolster its reputation with the Exynos brand, but only if it can address the yield problem of its second-generation 3nm process. Previously, the Korean giant’s foundry arm was facing a poor 20 percent yield for the 3nm node, but it has significantly bumped that figure to three times the previous number, closing in on TSMC’s progress but still trailing by a hefty margin. A lowered yield means Samsung will have to spend more to produce each 3nm wafer, raising the cost of the Exynos 2500.
Thankfully, the company has several months to shift to the mass production phase, and by then, if it can raise those yields to 65 percent, it will be in an acceptable range. However, we should remind readers that this is just another rumor and that all information related to the Exynos 2500 should be treated with a pinch of salt until we see some actual benchmarks.
