Geekbench4 - Single Core score 7387 points with a i5-1335U

Hardware: Intel Core i5 1335U

CPUID : 13th Gen Intel(R) Core(TM) i5-1335U
Architecture : x86
Codename : Raptor Lake
L3 Cache : 12 MB
Clock : 1.3GHz - 4.6GHz
Core/Thread : 10(2P + 8E)/12
TDP : 15W
Technology : 10nm
Socket : 1744 FCBGA
IGPU : Intel Iris Xe Graphics Mobile (80EUs, Raptor Lake)

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Software: Geekbench4 - Single Core

Score: 7387 points

Geekbench 4 – Single Core is one of the benchmark tests designed by Primate Labs to measure processor performance in a single-core CPU workload scenario. In the world of computing, single-core performance remains an important metric because many everyday applications, including games, browsers, and other lightweight applications, still heavily rely on the speed of a single core to efficiently execute instructions.

In this test, Geekbench 4 runs a series of workload simulations that mimic real-world tasks, such as encryption, data compression, image rendering, text processing, and physics simulation—all using only one core of the tested processor. The goal is to evaluate how quickly and efficiently the CPU completes tasks individually without the assistance of additional cores, so the results reflect the processor architecture's core capabilities.

The scores obtained from Geekbench 4 Single Core are crucial for comparing performance between processors, particularly in terms of architectural efficiency and operating frequency. CPUs with high single-core scores provide a more responsive experience in light use and light multitasking. This is an important indicator when selecting a processor for general needs such as browsing, working with documents, or running business applications.

One of Geekbench 4's key advantages is its ability to run on various operating systems, including Windows, macOS, Linux, Android, and iOS. This makes Geekbench one of the most flexible benchmarking tools for fairly comparing performance across platforms and devices.

Overall, Geekbench 4 – Single Core is a highly useful tool for anyone looking to accurately assess the single-core capabilities of a processor, especially in the context of daily use that doesn’t always involve all available cores.