SuperPi - 32M score 41min 9sec 264ms with a A6-3400M
Thursday, 24 November 2022 15:21 | Update at 2 years ago
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Information Detail
Hardware: AMD A6-3400M
Specs:CPUID : AMD A6-3400M APU with Radeon(TM) HD Graphics
Architecture : x86
Codename : Llano
L3 Cache : -
Clock : 1.4GHz - 2.3GHz
Core/Thread : 4/4
TDP : 35W
Technology : 32nm
Socket : PGA FS1 (905)
IGPU : AMD Radeon HD 6520G
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Software: SuperPi - 32M
Score: 41min 9sec 264ms
About: SuperPi - 32MSuperPi - 32M is one of the most popular classic benchmarks for measuring processor performance in single-threaded scenarios. This benchmark calculates the value of π (pi) to 32 million decimal places, which is a computationally intensive task and highly sensitive to single-core CPU speed and overall system efficiency.
SuperPi uses the computationally intensive Gauss-Legendre algorithm, so it takes a considerable amount of time to complete the 32M-digit calculation. For this reason, the benchmark is widely used by overclockers, reviewers, and hardware enthusiasts to test system stability, RAM tuning, cooling efficiency, and high clock speed performance.
Key Features of SuperPi - 32M:
- Measures single-core CPU performance: Focuses on the efficiency and speed of a single processor core.
- Emphasizes system stability: Ideal for testing overclock stability, temperature, and long-term performance.
- Classic and standardized benchmark: Widely recognized in the overclocking community and benchmark competitions.
- Sensitive to system configuration: Includes RAM latency, timing, and storage speed if swap is used.
The purpose of SuperPi - 32M:
SuperPi - 32M provides a realistic picture of how your CPU performs in scenarios that demand high performance from a single thread. This is crucial in real-world scenarios because many lightweight applications, older programs, and some modern game elements still run in a single-threaded manner. The faster the CPU completes this test, the more efficient your system is for light to medium-duty tasks.
Released in mid-2011, the AMD A6-3400M is a mobile processor from the Llano family designed for the mid-range laptop segment. It has 4 cores and 4 threads with a base speed of 1.4 GHz that can increase to 2.3 GHz thanks to AMD's Turbo Core technology. Carrying a 32nm fabrication process, the A6-3400M offers good power efficiency with a TDP of 35W, making it a popular choice among conventional laptop users at the time. The main advantage of this processor lies not only in having enough cores for light multitasking, but also in the integration of an onboard GPU, the AMD Radeon HD 6520G. This GPU has 320 shader cores based on the Terascale 2 architecture, which is capable enough to run light graphics applications to older games with low resolution and graphics quality settings. The combination of CPU and GPU in one chip is designed to provide a balance between computing and graphics performance in one energy-efficient package.
In terms of performance, the A6-3400M can handle everyday computing needs such as browsing the internet, watching videos, listening to music, typing documents, and other light productivity tasks. However, in heavier usage scenarios or multitasking with many applications open at once, its performance starts to show limitations, especially when combined with a small RAM capacity such as 2GB. When compared to the same generation of Intel Core i3 processors, the A6-3400M does lag behind in single-thread performance, which is an important aspect for running modern applications that are not fully optimized for multi-core. In tests on a Lenovo Sabine B475 device with 2GB DDR3 RAM and Windows 7 operating system, the A6-3400M's performance showed that it is still quite responsive for light use, although it is no longer ideal for today's heavier workloads. Even so, the A6-3400M is still an attractive option for users who want a budget laptop with basic multimedia capabilities and a decent user experience for everyday needs.
Hardware Tested:
Device: Lenovo Sabine B475
RAM: 2GB DDR3
OS: Windows 7
* Not Avaiable