Speaker 1: I am thrilled to introduce M one, max, this incredible chip builds on M one four and takes its amazing capabilities to new Heights. M one max starts with a much higher bandwidth on chip fabric and doubles the memory interface. Once again, this delivers up to 400 gigabytes per second of memory bandwidth that's twice one pro and six times M one. This wider memory interface. Let's the M one custom package support up to 64 gigabytes of unified memory. [00:00:30] And its dye has a staggering 57 billion transistors. That's 1.7 times M one pro and 3.5 times M one it's the largest chip we've ever are built by far M one. Max has the same powerful 10 core CPU complex of M 12 and doubles the GPU to a massive 32 course giving M one max up to four times faster GPU performance than M one. And it has an even more capable media engine with up to two times faster [00:01:00] videoing co and two poor is accelerators.
Speaker 1: One. Max delivers all of this with industry leading performance per what? For apple Silicon power efficiency defines system performance. That's why M one is a breakthrough. When you look at its multi-core CPU performance versus power curve, it continues to crush. The latest four is a laptop chip M one is phenomenal. And when you add an M one point and one max, they deliver thematically more performance. [00:01:30] To put that in perspective, here is the latest eight core PC laptop chip M one point M one max have higher performance at every power level. At their peak, they deliver 1.7, the performance of the piece of chip in the same power envelope and at the peak performance of the piece of chip, they deliver the same performance at 70% less power. That's a big deal. Now here's the GPU performance versus power curve of M one. And [00:02:00] here's the integrated graphics in that eight core piece, the laptop chip, and one easily outperforms it while using significantly less power.
Speaker 1: So when we add an M one pro it's in a whole different class at its peak, it's more than seven times faster. Now, many PC laptops add a discre GPU for better graphics performance. So here is a PC laptop with the powerful GPU MPO delivers more performance while using 70% less [00:02:30] power, but that's not all there are compact pro laptops that have higher performing yet very power hungry G that delivers to performance, or they consume a ton of power. And on a notebook when you consume that much power, it means more heat, Noisey fans and less battery life. So let's look at M one max, it delivers complement performance while using 40% less power. Now let's [00:03:00] compare one max to the chip running in the fastest PC laptop. We could find it's a high end system that is much bigger and heavier than a compact pro laptop.
Speaker 1: It delivers even faster graphics performance, but it also consumes a massive amount of power here. M one max deliver similar performance while using a hundred Watts's nest power. This is unheard of, and this remarkable efficiency means N one max performance is outstanding [00:03:30] plugged in or using the battery. If you look at the compact protive on battery it's traffic's performance drops significantly N one max is up to two and a half times faster. And if you look at the high end laptop point, it's on battery, the drop off in graphics. Performance is even more extreme. N one max is over three times faster. This is one of the huge advantages that up in Silicon brings to our poor users. So that's M one max scanning of the one architecture [00:04:00] even further it's by far the most capable chip we've ever built. Simply put it's the world's most powerful chip for a pro notebook. Next Harris Craig, to tell you how macro X takes full advantage of one PO and one max.