3DMark CPU PROFILE MAX score 924 marks with a i5-6300U

Hardware: Intel Core i5 6300U

CPUID : Intel(R) Core(TM) i5-6300U
Architecture : x86
Codename : Skylake
L3 Cache : 3 MB
Clock : 2.4GHz - 3GHz
Core/Thread : 2/4
TDP : 15W
Technology : 14nm
Socket : 1356 FCBGA
IGPU : Intel HD Graphics 520 (Mobile)

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Software: 3DMark CPU PROFILE MAX

Score: 924 marks

3DMark CPU Profile is a modern benchmark developed by UL Benchmark to measure overall processor performance based on the number of threads used. Unlike conventional benchmarks that only provide one final score, CPU Profile features six different tests, from 1 thread to the maximum threads supported by the CPU. Each test uses the same workload, but with different levels of thread utilization, resulting in a more complete picture of CPU scalability and efficiency in a variety of real-world scenarios.

In the Max Threads test, the benchmark measures the processor's maximum performance when all its cores and threads are fully utilized. This score reflects the CPU's ability to handle heavy workloads that are highly distributed in parallel, such as 3D rendering, video encoding, scientific computing, and high-level multitasking. The higher the score on Max Threads, the more efficient the processor is at completing complex tasks that utilize the full potential of the CPU architecture.

The Max Threads score is particularly relevant for professional users who work with applications that are highly CPU-intensive and capable of utilizing multiple cores at once. Examples include graphic design software, video editing, machine learning, technical simulations, and server computing. Users can also utilize this score to compare multithreaded efficiency between processors, both for high productivity needs and large-scale systems.

By providing scores across a range of thread configurations, 3DMark CPU Profile helps users understand processor characteristics in detail. The Max Threads score, in particular, becomes a key indicator for evaluating multitasking and parallelism capabilities, making it an important reference when selecting a CPU for extremely demanding and complex requirements.