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CZ120内存扩展模块

Memory capacity for the data center using the CXL™ standard

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Flexible memory capacity expansion for data-intensive workloads

内存容量扩展,优化成本和性能,实现计算资源和内存资源的智能平衡.

Ability to scale servers with high-capacity CXL standards-based memory

CZ120内存扩展模块 using Compute Express Link™ (CXL) enables server OEMs to scale, integrate and expand memory capacity for a multitude of application workloads.

Optimized performance beyond the direct-attach memory channels

灵活地组合具有更高内存容量和低延迟的服务器,以满足高达24%的应用程序工作负载需求1 与仅RDIMM相比,每个核心的内存带宽更大.

更低的总拥有成本(TCO)

Greater utilization of compute and memory resources for bounded applications, 降低资本支出和运营成本.

Technology Enablement Program for Micron memory expansion using CXL

使用CXL进行内存扩展的技术支持计划(TEP)为美光公司提供了一条途径,可以尽早获得技术信息和支持, 电学和热学模型, 以及内存沙巴体育结算平台的辅助设计, development and introduction of next-generation computing platforms.

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CXL (Compute Express Link) is a high-speed interconnect, industry-standard interface for communications between processors, accelerators, memory, storage, 和其他IO设备.

CXL通过允许可组合性来提高效率, scalability, and flexibility for heterogeneous and distributed compute architectures. CXL允许应用程序在CPU之间共享内存, GPU and FPGA devices which enables sustainability leading to accelerated compute.

Type 1 (CXL.io) CXL device

This protocol is used for device initialization, link-up, enumeration and device discovery. It is used for devices like FPGAs and IPUs that support CXL.io. Type 1 devices implement a fully coherent cache but no host-managed device memory.

Type 2 (CXL.缓存)CXL设备

This protocol implements an optional coherent cache and host-managed device memory. Typical applications are devices that have high-bandwidth memory attached.

Type 3 (CXL.mem) CXL device

This protocol is used only for host-managed device memory. Typical applications are as memory expanders for the host.

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Modern compute architectures are prone to the “memory wall” problem. CXL提供了必要的体系结构来平衡计算和内存的伸缩差距. 它创造了一个新的载体,通过内存扩展实现经济可行的内存解决方案, 影响DRAM位增长率.

Additionally, CXL灵活且可扩展的体系结构提供了更高的计算和内存资源利用率和操作效率,可以根据工作负载需求扩展或扩展资源.

To learn more on Micron’s perspective on the impact of CXL on DRAM bit growth rate, read our white paper.

现代并行计算机体系结构容易出现限制应用程序处理性能的系统瓶颈. Historically, 这被称为“记忆墙”。, 微处理器性能的提高速度远远超过DRAM内存速度的提高速度.

用于内存-设备内聚和一致性的CXL协议属性通过支持服务器DIMM插槽之外的内存扩展来解决内存墙问题. CXL内存扩展是一种双管齐下的方法,通过增加带宽来克服内存墙,同时为支持CXL的服务器增加数据密集型工作负载的容量.

CXL附加内存为分层内存存储的新领域提供了巨大的增长机会,并支持独立于CPU内核的内存扩展. CXL将有助于维持较高的DRAM位增长率, but don’t expect CXL to cause an acceleration in DRAM bit growth. 总体而言,这对DRAM的净增长是有利的.

美光对CXL技术的承诺使客户和供应商能够推动内存创新解决方案的生态系统. To learn more on how Micron is enabling next-generation data center innovation on our 数据中心解决方案页面.

CXL是一种经济有效的方法, flexible, and scalable architectural solution that will shape the data center of the future. 它将改变传统的机架和堆栈架构的服务器和fabric交换机在数据中心的部署方式.

Purpose-built servers that have dedicated fixed resources comprised of CPU, memory, 网络和存储组件将让位于这些更灵活和可扩展的架构. Servers in the rack – once interconnected to fixed resources for network, 存储和计算——将动态组合,以满足人工智能和深度学习等现代和新兴工作负载的需求. Eventually, the data center will migrate towards complete disaggregation of all server elements, 包括计算, memory, network, and storage.

1. MLC bandwidth using 12-channel 4800 MT/s RDIMM + 4 x 256GB CZ120 vs. RDIMM only.

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