Loongson CPU processes conventional x86 overall performance in new benchmarks

A warm potato: China is willing to combat US restrictions on superior era with locally-produced chip products, and the extraordinarily-mentioned Loongson CPU line is receiving similarly confirmation regarding its presumed abilties while compared to traditional x86 microchips.

A few months after unveiling the 3A6000 CPU, Loongson is now playing new critiques that seemingly vouch for the processor's prowess and performance ranges. Chinese website MyDrivers took the Loongson 3A6000 CPU for a spin, confirming that the chip can achieve "similar" overall performance to a 3-12 months-antique Intel Core CPU.

MyDrivers tested the 3A6000 version in artificial benchmarks and discovered that the chip offers 60 percent extra performance in unmarried-core responsibilities and an excellent 2x overall performance uplift for multi-center obligations as compared to the 3A5000. The Loongson 3A6000 is a quad-middle CPU and appears to be greater green than the previous generation, with real multi-threading help.

The Loongson 3A6000 is based totally on the new LoongArch structure, a poorly documented ISA mainly derived from the RISC-primarily based MIPS architecture. MIPS turned into developed inside the US, where it has now been retired in desire of RISC-V. However, Loongson persevered to enhance the structure after acquiring authentic licenses for the MIPS32 and MIPS64 ISAs in 2011. The LoongArch's design supposedly consists of factors from both MIPS and RISC-V.

In August, Loongson said that its newly developed chip became able to reap overall performance levels comparable to Intel's tenth-gen Core CPUs released in 2020. Tests conducted by means of MyDrivers seem to confirm the enterprise's reputable statements, as the 3A6000 chip turned into simplest 5 percent slower than the i3-10100F and between 10 percent and 15 percentage slower than the Ryzen three 3100 in unmarried-thread and multi-thread workloads.

MyDrivers carried out extra benchmarks as properly. In UnixBench, the 3A6000 become two percentage slower than the i3-10100F and eight percentage slower than the Ryzen three 3100 in unmarried-middle tests, even as it turned into 8 percentage and 11 percentage slower in multi-middle loads. If these results show to be correct, it confirms that the Loongson CPU technology is certainly evolving and improving much faster than anticipated.

While the Loongson 3A6000 quad-center chip may not but outperform Comet Lake and Zen 3 CPUs in terms of performance, Loongson seems to be on the right course for achievement. This is especially real if Beijing's engineers can achieve significantly better clock charges from the LoongArch architecture, as the 3A6000 chip currently runs at a maximum of two.5 GHz.