Micron Compute Express Link™ (CXL™) memory expansion for the next-generation data center
Enabling memory coherency between CPU memory and attached memory devices, building on the physical and electrical interfaces of PCI Express® (PCIe®)
Unleash the performance of the data center with CXL
Micron CXL memory delivers flexibility for next-generation data center architectures.
CXL is a game-changing standard that will allow greater flexibility in data center design and use, unlocking innovation to support data-intensive workloads.
Scaling Memory Capacity
CXL allows for memory expansion, improving workload performance while keeping costs down and creating new system architectures through the application of memory and storage hierarchies.
Micron, together with ecosystem partners, is designing, delivering and enabling the next-generation of technology specifically for the data-centric workload demands of the modern data center.
The future of the data center
The data center is at the heart of modern society.It supports a continuum of applications and services from social networking to medical science. See how Micron is playing a key role in the evolution of the data center to ensure the future can handle the challenges ahead.
Micron CXL memory: Enabling the next-generation memory-centric data center
Micron CXL memory provides high-capacity memory expansion and can be used for data-intensive workloads with increased memory bandwidth, low latency and memory coherency for heterogeneous compute processing. CXL memory also creates flexibility for performance and capacity to match the scaling up of compute resources based on workload demands. 美光是您在記憶體與儲存裝置創新領域值得信賴的合作夥伴。
Ryan Baxter, Sr. Director Data Center Segment, and Eric Caward, Sr. Manager Product Marketing, sit down with Micron's Chips Out Loud to discuss the topic of Compute Express Link. CXL is the premiere open standard for high-speed CPU connection to device and memory in high-performance data centers and will usher in a new age of composability within data centers, making them more efficient and more flexible.