4 th Gen AMD EPYC™ 97x4 processors, formerly codenamed “Bergamo”, offer the performance, density, and energy efficiency to provide no-compromise computing for growing cloud native environments. System-level thread density for the scalable performance needed by cloud-native workload growth and infrastructure consolidation

第四代 AMD EPYC（霄龙）97x4 处理器（原代号为“Bergamo”）带来非凡性能、密度和能效，为不断增长的云原生环境提供了优异的计算能力。 拥有系统级线程密度，可满足云原生工作负载增长和基础设施整合所需的可扩展性能要求

2023年6月13日 · AMD's 128-core EPYC Bergamo processors are the industry's first x86 cloud native CPUs, which are designed for the highest core density with an optimized Zen 4c core that halves the area...

2023年6月13日 · Based on AMD’s density-optimized Zen 4c architecture, the new EPYC 97x4 chips offer up to 128 CPU cores, 32 more cores than AMD’s current-generation flagship EPYC 9004 “Genoa” chips.

2023年7月19日 · The AMD EPYC Bergamo is the company’s newest chip that offers up to 128 cores in a single chip. Unlike the modern trend of making bigger, faster CPU cores, AMD is making something that is deliberately slower (on a per-core basis) but also has new characteristics that we had not seen before.

AMD 在台灣時間 2023 年 6 月 14 日公布隸屬第 4 代 EPYC 資料中心級的新產品線、代號 Bergamo 的雲原生處理器開始出貨，相較重視核心本身運算力的 Genoa 、 Genoa-X ， Bergamo 則更著重虛擬化等雲原生應用，並強調具備絕佳的能源效率，此外採用與 Genoa 相同的 SP5 插槽 ...

2023年6月14日 · AMD 在昨日旧金山发布会上，对旗下第四代 EPYC 处理器家族进行了更新，推出了代号名为 Bergamo 的新产品，最高具有 128 个核心、256个线程，采用 5nm 工艺，支持 PCIe 5.0 及 CXL 扩充技术、支持 DDR5，搭载了 820 亿个晶体管，兼容 x86 ISA 指令，可相对满足深度云计算的 ...

2023年6月7日 · AMD's EPYC 'Begamo' is the industry's first x86 cloud-native CPU that is based on the specially-tailored Zen 4c microarchitecture that maintains essentially the same feature set with the Zen 4...

2021年11月8日 · Today, AMD is expanding the Zen 4 family with another segment of cloud-optimized processors called Bergamo. As part of AMD’s Data Center event today, the company is showcasing that its 4 th...

2023年6月13日 · Today AMD launched a new series of processors, the AMD EPYC Bergamo. In many ways, this is something new, with up to 128 cores per socket and 256 threads. Given the popularity of 2U 4 node chassis on the market, this will make a 2U4N platform a 2048 thread machine or one with 1024 threads per U. AMD’s approach is straightforward.