Geekbench3 - Single Core score 652 points with a Amlogic S905X-BV

Hardware: Amlogic S905X-BV

CPUID : Amlogic S905X
Architecture : ARM
CPU Type : ARM Cortex-A53
Cluster : 4x ARM Cortex-A53 @ 1.5 GHz
Codename : -
L3 Cache : -
Clock : 1.5 GHz
Core/Thread : 4/4
TDP : -
Technology : 28nm
Socket : BGA
IGPU : ARM Mali-450 MP

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Software: Geekbench3 - Single Core

Score: 652 points

Geekbench 3 – Single Core is part of a popular benchmark testing suite created by Primate Labs that focuses on measuring the single-core performance of a processor. This test is very important because many applications and everyday tasks, including games, browsers, and other lightweight applications, still rely heavily on the speed and efficiency of a single CPU core in completing instructions.

In Single Core mode, Geekbench 3 runs a series of workloads that include data compression, encryption, physics simulation, image processing, and data manipulation, but only uses one core of the tested processor. The results provide an accurate picture of the CPU core's ability to handle general workloads not designed for multi-threading. This is particularly useful for evaluating processor performance in everyday usage scenarios.

Geekbench 3 Single Core scores are an important indicator for comparing processor architecture efficiency, operating frequency, and instructions per clock (IPC) capabilities between different CPU models, whether from the same generation or different ones. A high score indicates that the CPU can complete important tasks faster and more responsively even without utilizing multiple cores.

The advantage of Geekbench 3 lies in its cross-platform approach. This benchmark can be run on Windows, macOS, Linux, and mobile devices such as Android and iOS, allowing users to compare performance across devices consistently. This makes Geekbench 3 one of the most flexible and reliable benchmarking tools for measuring modern computing performance.

With a focus on Single Core Performance, Geekbench 3 provides valuable insights for users who rely on optimal performance in lightweight applications or scenarios where response speed is a top priority.