Intel looks like it’s finally ready to trade punches with AMD’s fastest mobile chips again. New benchmarks for the upcoming Core Ultra X9 388H – part of the “Panther Lake” family – just leaked, and the numbers are surprisingly strong.
Even though this was just an engineering sample, it’s already matching the single-core speed of AMD’s top-tier “Strix Halo” processors and showing a solid jump in multi-core power over Intel’s current lineup.
What the Benchmarks Reveal About Intel’s New Flagship
A new Geekbench leak gives us a peek at what this chip can do, and on paper, it’s a beast. The X9 388H posted a single-core score of 3,057 and a multi-core score of 17,687.
To put that in perspective: the single-core speed is basically neck-and-neck with AMD’s Ryzen AI Max+ 395, which is currently the king of the hill for mobile AI chips. It’s also about 15% faster than Intel’s own current high-end chip, the Core Ultra 9 285H.
The impressive part here isn’t just raw speed; it’s efficiency. While AMD’s chips run hot in high-wattage envelopes, Intel is hitting these numbers with a 45W base TDP. That implies we might finally get top-tier performance without destroying battery life in thin-and-light laptops.
The chip uses a 16-core hybrid layout (mixing performance and efficiency cores) and boosts up to 5.1GHz. Plus, early tests suggest the integrated graphics (Arc B390) are getting scary good – performing close to a dedicated RTX 3050 laptop GPU.
Why This Matters, Why You Should Care, and What’s Next
For the last few years, Intel has been playing catch-up on efficiency and integrated graphics. These numbers suggest Panther Lake might actually flip the script, giving Windows laptops the kind of battery life and graphics power we usually only see from Apple or AMD.
For you, this means your next laptop might not need a bulky dedicated graphics card to play games or edit video. It could offer excellent performance in a much thinner, cooler package.
Of course, benchmarks are just numbers until we see actual laptops in the wild. We need to see how these chips handle heat and sustained workloads in the real world. But with a launch set for 2025, it looks like the laptop market is about to get extremely competitive again.