An image shared by leaker Majin Bu offers what may be the clearest look yet at Apple’s rumored solution to a growing challenge in high-performance smartphones: heat dissipation. Here’s what it looks like.
According to Bu’s sources, Apple is to bring a vapor chamber to the iPhone 17 Pro lineup, a technology already common in gaming laptops and high-end Android flagships.
Contrary to the graphite sheet cooling technology used in iPhones today, which spreads heat across a surface, a vapor chamber
隨着台積電（TSMC）於今年下半年開始量產N2工藝，首批2nm芯片將會在2026年上市。蘋果作為台積電頭號客户，很可能會首先用在iPhone 18系列的A20和A20 Pro上。蘋果其他芯片也會跟進，引入N2工藝，並採用新的先
Samsung made history by announcing its first 3nm GAA smartphone chipset, the Exynos 2500 , but the SoC has been spotted in Geekbench 6’s single-core and multi-core results on a previous occasion, securing disappointing results. Prior to the Korean giant’s official unveiling, the SoC was retested in the same benchmark, and while it has been able to recover some points, it remains slower than the top players like the Dimensity 9400 , Snapdragon 8 Elite , and Apple’
The M4 Pro remains one of Apple’s best ‘price to performance’ chipsets that can be found in a MacBook Pro because it possesses sufficient CPU cores and GPU cores that you can often mistake it for an M4 Max . If you want an exceptional deal on one of the current-generation portable Macs outfitted with an M4 Pro, then you have come to the right place, because we are here to inform you that Amazon has discounted two 14-inch MacBook Pro models by up to $
The Korean giant plans to increase its influence over the US chip market. According to a new report, Samsung is set to introduce a 2nm process in the region much earlier than TSMC.
When it comes to the chip industry, we have always seen Samsung come up with huge ambitions, but they later get affected by either insufficient yield rates or a lack of commitment from the company itself. However, now,
The 3nm GAA process is a memory that Samsung wishes it could erase from this timeline, but the company has seemingly defied all odds and managed to materialize the Exynos 2500, with the Korean giant putting up the newest details of its flagship chipset that will reportedly power the upcoming Galaxy Z Flip 7. Like the Exynos 2400, the new SoC will utilize a 10-core CPU cluster while also sporting Samsung’s improved FOWLP (fan-out wafer-level packaging), along
The first 2nm chipsets are scheduled to arrive next year, with Apple likely being the first to showcase this technology when it announces the A20 and A20 Pro in the iPhone 18 series. However, aside from showcasing TSMC’s next-generation manufacturing process, the Cupertino firm will reportedly be shifting to two new packaging forms in 2026. A new report states that for the A20 and A20 Pro, the company will move to WMCM (Wafer-Level Multi
The pitfalls of relying on older DUV equipment for companies like Huawei are that it is exceptionally difficult to commence mass production of chipsets on the 5nm lithography and below without running into a bevy of challenges. With SMIC and the former Chinese giant now placed on Taiwan’s export control list , importing newer equipment without a valid license just got a whole lot difficult. Huawei has so far managed to rely on its local supply chain, with its Kirin X90, the company’s newest SoC, found in the
MacBooks are great computers, but there’s a number of different varieties to think about. Between last gen hardware and all of the current models available now, it can feel like there’s a lot of options. Today, we’ll be breaking down which is right for you, depending on your budget and what you need it for.
At the most basic level, Apple offers two models: the , and the . Both come in smaller and larger sizes (13-inch and 15-