Intel Core i7-4850HQ

The Intel Core i7-4850HQ is a high-end mobile processor launched in April 2013, sitting near the top of the Haswell Crystalwell hierarchy. Designed for premium gaming laptops and mobile workstations, it features four cores and eight threads, delivering formidable multitasking capabilities. Operating at a base frequency of 2.3 GHz and boosting up to 3.5 GHz, it provides excellent single-threaded performance for its generation. The inclusion of Intel HD Graphics 5200, backed by 128MB of L4 eDRAM, ensures that graphical workloads are handled with unprecedented efficiency for an integrated solution. This makes the chip highly versatile, capable of driving high-resolution displays and handling moderate 3D rendering without a dedicated GPU. With a 47-watt TDP, it requires a robust cooling solution but delivers desktop-class performance in a mobile footprint. Although end-of-life, the 4850HQ was a premier choice for power users demanding a balance of raw speed and graphical fidelity.

The Core i7-4850HQ is a high-end Crystalwell chip offering a 2.3GHz base and 3.5GHz turbo.

With 128MB of eDRAM boosting the Iris Pro 5200 graphics, it handles 1080p gaming and rendering well. It was a top choice for premium 2013 laptops.

The Core i7-4850HQ launched in April 2013 as one of the initial flagships of the Crystalwell mobile family. It was specifically engineered for the premium laptop market, targeting users who required workstation-class performance in a portable form factor. The integration of 128MB of eDRAM was a revolutionary step, allowing Intel to boast performance metrics that rivalled entry-level discrete graphics cards.

This chip found its way into high-end configurations of the MacBook Pro and top-tier Windows gaming laptops, where it often worked in tandem with dedicated GPUs via NVIDIA Optimus. The 4850HQ represented a golden era for mobile computing, where thermal envelopes allowed for aggressive turbo boosting and raw quad-core power. As Intel moved toward 14nm process nodes, the 4850HQ was eventually retired, but its legacy lives on as a pioneer of high-bandwidth cache architectures, a concept that would later be resurrected in modern server and gaming processors to bypass memory limitations.