Intel announces new 11th Gen H-series CPUs for mobile gaming

The company also unveiled new vPro and Xeon CPUs for concern

Intel has announced new 11th Gen Core H-serial, vPro and Xeon processors. Aimed at gaming and business, these new high-performance CPU options should push the envelope for mobile processors.

The new Core H processors, led by the flagship Core i9-11980HK, use Intel's 10nm 'SuperFin' process technology, feature up to eight cores and 16 threads and take both single- and dual-cadre turbo operation up to 5GHz. Additionally, Intel notes that the H-series chips can direct admission the fast GDDR6 memory fastened to the GPU to assistance evangelize higher frame rates and reduce latency.

Intel's Core H lineup includes chips for ultraportable, thin gaming laptops as well equally chunkier models designed to handle the latest titles at high settings. And, thanks to the new 'Willow Cove' core architecture, Intel says the 11th Gen H-series fries boast a 19 percent gen-on-gen improvement to multi-threaded performance.

Compared to last year's 10th Gen H-series gaming chips, Intel says the 11th Gen CPUs offering 2.5 times more PCIe bandwidth and three times more "compared with other industry processors."

The fries back up up to 20 PCIe Gen 4.0 lanes with Intel Rapid Storage Applied science bootable in Raid 0, also as up to 44 total PCIe lanes, including 24 PCIe Gen 3.0 lanes. Moreover, the 11th Gen H chips boast support for DDR4-3200 RAM, Thunderbolt iv, Wi-Fi 6E and more than.

As for Intel's vPro and Xeon options, the focus is on hardware-based security and performance for business use. The vPro Cadre i9-11950H and Xeon W-11000 offer Error Right Lawmaking (ECC) memory, Intel Hardware Shield hardware-based security, Intel Total Retention Encryption, Intel Active Management Engineering and Intel Deep Learning Boost.

Intel says the H-series and Xeon fries will power over 80 enthusiast laptop designs across the consumer, commercial and workstation segments.

Those interested can learn more than most the different CPUs on Intel's website.