Chinese-Built Loongson CPU Just As Fast AMD’s Original Ryzen Chips

Chinese-Built Loongson CPU Just As Fast AMD’s Original Ryzen Chips

3 years ago
Anonymous $drS9DEX_Sj

https://wccftech.com/chinese-loongson-technology-releases-3a5000-cpu-matches-original-amd-ryzen-chips/

Loongson Technology Corporation Ltd, founded by Hu Weiwu and The Chinese Academy of Sciences, made public that the company is manufacturing a new CPU, the Loongson 3A500, capable of matching the original AMD Ryzen CPUs in performance.

The Loongson 3A5000 is a quad-core CPU that utilizes the Chinese in-house 64-bit GS464V microarchitecture, showcasing  two DDR4-3200 memory, a primary encryption module, two 256-bit vector units per core and four arithmetic logic units. Loongson Technology's new processor also operates with four HyperTransport 3.0 SMP controllers that "allow multiple 3A5000s to operate in unison inside a single system, like Intel's Xeons and AMD's Epycs" reports TechSpot. They continue to state that Loongson is creating the processor "for laptops, industrial environments, and even some server applications."

Chinese-Built Loongson CPU Just As Fast AMD’s Original Ryzen Chips

Jul 27, 2021, 1:37pm UTC
https://wccftech.com/chinese-loongson-technology-releases-3a5000-cpu-matches-original-amd-ryzen-chips/ > Loongson Technology Corporation Ltd, founded by Hu Weiwu and The Chinese Academy of Sciences, made public that the company is manufacturing a new CPU, the Loongson 3A500, capable of matching the original AMD Ryzen CPUs in performance. > The Loongson 3A5000 is a quad-core CPU that utilizes the Chinese in-house 64-bit GS464V microarchitecture, showcasing  two DDR4-3200 memory, a primary encryption module, two 256-bit vector units per core and four arithmetic logic units. Loongson Technology's new processor also operates with four HyperTransport 3.0 SMP controllers that "allow multiple 3A5000s to operate in unison inside a single system, like Intel's Xeons and AMD's Epycs" reports TechSpot. They continue to state that Loongson is creating the processor "for laptops, industrial environments, and even some server applications."