3DMark CPU PROFILE 1 THREAD score 975 marks 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: 3DMark CPU PROFILE 1 THREAD

Score: 975 marks

In the 1 Thread test, the benchmark measures the single-thread performance of a CPU. This score is very important as many applications and games still rely heavily on the performance of a single core to perform critical tasks such as game logic, input/output, and UI responsiveness. A higher score indicates that the CPU is able to complete work faster in light or single-threaded workload scenarios, which are still common in the real world.

By providing scores for each thread configuration, the 3DMark CPU Profile provides invaluable information for users looking to compare processors based on their specific needs-whether for gaming, productivity, or rendering. Especially for the 1 Thread test, the benchmark results are very useful for evaluating the efficiency of the processor cores in handling simple but important tasks in the system.

3DMark CPU Profile is a modern benchmark application designed to measure processor performance in a more in-depth and realistic way than traditional benchmark methods. Unlike other benchmarks that only provide one overall score, CPU Profile introduces a new approach by showing how CPU performance increases according to the number of cores and threads used. This way, users can understand how a processor performs in various usage scenarios, ranging from light applications to heavy multitasking workloads.

This benchmark consists of six test stages, each using a different number of threads: 1, 2, 4, 8, 16, and the maximum number of threads the processor is capable of. All tests use the same workload, so score differences fully reflect the scalability of CPU performance based on the number of active threads. This allows for a more accurate comparison between processors with different architectures or core counts.