Nova Lake is going well, and Intel seems to be on schedule to bring its chips to market in late 2026/early 2027.
A little over a month ago, we relayed a key piece of information in Intel's marketing process around the Nova Lake generation: all thirteen chips envisaged for the launch of this new architecture had leaked. These thirteen chips will mark Intel's return to the forefront of both processor design and manufacturing. In fact, Nova Lake is set to perfect the Arrow Lake architecture, which had already marked a profound shift in Intel's strategy, since for the first time in a long time, the emphasis was no longer on operating frequencies alone: energy efficiency counted more than anything else. In addition, Nova Lake should be an opportunity for Intel to showcase its engraving know-how, as these will be the first chips to be engraved using the Intel 18A process, which should enable it to compete with Taiwanese giant TSMC.
Despite these advances, it should be remembered that Arrow Lake was in part an admission of impotence on Intel's part, since the actual manufacture of the chip was carried out by TSMC: Intel "merely" took delivery of the cores produced by TSMC and assembled them on Foveros 3D packaging. In reality, this practice is already a feat, but with Nova Lake, Intel is back in control. Packaging was already in hand, but so was manufacturing, and the latest news is rather good on this front, with several informants recently reporting that the first engineering samples have been shipped by the American group. This is a key step: the shipment of these samples means that Intel is confident enough to send such samples to its closest partners. The latter will then be able to provide feedback and, above all, test the integration of Nova Lake chips into their future configurations.
What's more, several sources are reporting the first performance leaks. Of course, it's important to keep a certain distance from information at such an early stage: we know nothing of the context or of what this implies on a strictly technical level. However, there is talk of a 100% increase in multi-threaded performance between Arrow Lake and Nova Lake, and a further 20% increase in single-threaded performance. To temper our enthusiasm a little, let's remember that the strongest Nova Lake processor is expected to feature 52 cores: more than twice as many as the strongest Arrow Lake. So let's hope, for Intel's sake, that this 100% gain in multi-threading is at least for the same number of cores.
