convincing Nvidia and Qualcomm of the superiority of their 2 nm

Samsung is retaking the course little by little. Jay Y. Lee, the president of this company, sent in the middle of last March An internal statement in which it synthesizes very precisely What this company faces: “Our technological advantage has been compromised in all our businesses. It is difficult status quo instead of generating disruptive changes. “ The Samsung subsidiary specialized in the manufacture of semiconductors is largely the company’s engine, and to recover health it is essential that its competitiveness increases. However, to carry it out it is necessary that its integration technology of 2 nm pelee from you to you both with the equivalent lithography of Intel, and, above all, with that of TSMC. However, Samsung’s starting point is favorable. And it is because He has been working in which it is undoubtedly The most important photolithography in its history. Samsung is already testing its 2 Nm node for Nvidia and Qualcomm At the beginning of January 2025, several very reliable Asian media collected that Samsung had already started the evidence of 2 Nm semiconductor production with the purpose of consolidating the first agreements with several clients. The Japanese chips designer for artificial intelligence (AI) Preferred Networks (PFN) and a South Korean company specialized in the design of neuronal processing units (NPU) were already interested at that time when Samsung manufactured their designs in their new 2 Nm node. It is perfectly assumed that both Samsung and TSMC manufacture 2 Nm chips for NVIDIA and QUALCOMM There is no doubt that at the delicate moment this company is going through, having several agreements tied before its competitors initiate large -scale production with equivalent photolithographs is very important. However, this is not all. And is that just five months after that news the South Korean medium Chosunbizwhich in the matter of semiconductors does not usually give stitch without thread, ensures that Samsung has already started the tests in its 2 Nm node For Nvidia and Qualcomm. This test process does not guarantee that Samsung is finally going to manufacture integrated 2 Nm circuits for these two US companies, but their interest in the technology of this South Korean company is an oxygen ball. There is no doubt about that. In any case, if Samsung finally reaches an agreement to manufacture the GPUs for Games and the Nvidia and the Qualcomm, TSMC, TSMC does not have to stay in the stake. It is perfectly assumed that both Samsung and TSMC manufacture 2 Nm chips for these two US companies. On the other hand, and this is also very important, Samsung has expressed his intention to produce 2 nm semiconductors in its Texas factory (USA), which can help you so close agreements with US chip designers and dodge US tariffs. Image | Samsung More information | Chosunbiz In Xataka | This is the chips war: a former SK Hynix employee is suspected to deliver stolen technology to Huawei

The 16E iPhone premieres the modem C1. It is the principle of Apple’s goodbye to Qualcomm

For years, Apple has depended on Qualcomm for 5g modems of its iPhones. A tense relationship that Apple has always wanted to break, especially since in 2019 bought the intel mode for 1,000 million dollars. Why is it important. With the launch of the C1 as part of the iPhone 16EApple takes a key step in its hardware vertical control strategy. This your own modem will allow you to gradually dispense with Qualcomm. And that translates into two things: Savings in licenses. Better integration with your chips. In detail. The iPhone 16E is the first device to incorporate the C1, a modem that Apple is “the most energy efficient ever used on an iPhone.” The choice of this input model for the C1 debut does not seem accidental: if there were performance problems, the impact would be less than in the pro models. In addition … Compatible with low frequency 5G bands. No support for 5G mmwave (Milimetric band). Optimized for energy efficiency and battery life. Integrated with the processor A18 Bionic. Between the lines. Apple has been cautious with the launch. The C1 does not debut throughout the iPhone 16 range, but only in the most economical model. The iPhone 16 and 16 PRO maintain the Qualcomm modems with which they arrived. It is an interesting movement: Intel failed in his attempt to compete with Qualcomm in Modems for smartphones. And now Apple, with your experience in your own chips (series A, series M, etc), wants to break the almost monopoly of Qualcomm in high -end models. And now what. 2026 will be the key year. It is when the agreement between Apple and Qualcomm will expireand by then the C1 and the development of their successor must be completely mature if Apple wants to dispense completely of Terceors modems. At the moment we have a few months ahead to see the performance of the modem C1 and what is translated for the end user that change. Of course, the movement can be more than justified only with the implications for Apple itself. In Xataka | I have tried the iPhone 16 and 16 Pro. I have very clear which one would buy me Outstanding image | Apple

The 7-core Snapdragon 8 Elite is official and that’s how powerful it is

Qualcomm hit the table at the end of 2024 with the presentation of the Snapdragon 8 Elitethe most powerful Android mobile processor on the market. Immediately, most manufacturers announced their plans to integrate the new chip into their future smartphones, with few exceptions. Now, Qualcomm has launched a new version of this processor, but the launch couldn’t be more different, because it has done so practically in secret. The new 7-core Snapdragon 8 Elite is exactly what its name suggests: it is exactly the same processor that was announced a few months ago, but with 7 cores instead of 8. A difference that seems too small to be worth launching a new product, but that can actually be very important and that will be taken advantage of by several smartphone models that will be launched throughout 2025. Let us remember that The Snapdragon 8 Elite has a 2+6 core configuration to cover all types of tasks and offer leading performance in any app. The two leading cores are the Oryon Prime, capable of reaching a frequency of up to 4.32 GHz, and are the ones used in the most demanding games and tasks. They come accompanied by six Oryon Performance cores, which reach a frequency of only 3.53 GHz but consume less energy; These are the cores that are used in the vast majority of situations, activating the Prime cores only when strictly necessary. The new version of the Snapdragon 8 Elite has a 2+5 core configuration. In effect, that means that the core that has been removed is an Oryon Performance, the less powerful one. Otherwise, the rest of the features are identical, and the cores reach the same frequency and the chip has the same AI capabilities with the same NPU (neural processing unit). The core difference is enough to receive a new version number, SM8750-3-AB (the original is SM8750-AB) and technically, it is a different processor. Now, does removing one of the less powerful cores really make a difference? And why launch a chip like this? Until we have a mobile phone with this processor in our hands, we will not be able to clearly answer the first question; but the first leaks suggest that, surprisingly, yes there is a difference, but it depends on the mobile. A Geekbench 6 test has been made public, comparing the performance of the new OPPO Find N5, which will be one of the first phones to use the new 7-core Snapdragon 8 Elite, with the performance of the Samsung Galaxy S25 Ultra that will be presented this week and it has the 8-core Snapdragon 8 Elite. According to tests, the new 7-core processor has 14% lower performance in multicore tasks. However, an important detail must be clarified: the processor of the Galaxy S25 Ultra It is ‘overclocked’ and does not work at the base frequency; Its Prime cores run at 4.47 GHz instead of the usual 4.32 GHz. Additionally, single-core performance between the two chips is virtually identical. According to Mishaal Rahman, the difference between a 7-core Snapdragon 8 Elite and an 8-core one at the base frequency is only 7% in Geekbench and 2% in AnTuTu. OPPO | Weibo The Free Android In practice, users are unlikely to notice much of a difference between the 7-core and 8-core Snapdragon 8 Elite; although enthusiasts and gamers will probably prefer the latter. This small sacrifice has been made for a simple reason: for the new thinner folding phones. New folding mobile models like the aforementioned OPPO Find N5 are the thinnest developed to date, and that means they also have less space dedicated to heat dissipation. By having one less core, the new Snapdragon 8 Elite model emits less heat and that makes it ideal for folding phones. That also explains why Qualcomm has given so little hype to this launch: the 7-core Snapdragon 8 Elite has simply appeared in Qualcomm’s documentation without any type of announcement.

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