Advanced Memory - SMART Modular

SMART Advanced Memory

As a contribution member of several industry-leading consortiums, SMART continually strives to be on the vanguard of emerging an trending technologies to serve our customers' needs now and in the future.
09/02/2020
Persistent Memory - NVDIMM - SMART Modular

Persistent Memory - NVDIMM

DDR4 NVDIMM have unique performance benefits of low-latency and high performance. They also feature the near infinite endurance of DRAM with fast recovery in case of system power loss.
09/02/2020
ZMM (Gen-Z Memory Module) - SMART Modular

ZMM (Gen-Z Memory Module)

SMART Modular Technologies' Gen-Z scalable computing interconnect protocol provides a simplified interface based on memory semantics and is designed to handle advance workloads, enabling data centric computing with scalable memory pools and resources for
09/10/2020
DDR4 Differential DIMM (DDIMM) - SMART Modular

DDR4 Differential DIMM (DDIMM)

SMART's DDR4 Differential DIMM (DDIMM) is a leading-edge transformative memory module that enables a data throughput rate of 25.6GB/s with a latency of 40ns and densities up to 256GB. The new 84-pin DDR4 DDIMM is intended for use in standard server enviro
09/10/2020
CXL High-Speed CPU Interconnect - SMART Modular

CXL High-Speed CPU Interconnect

CXL™ is an industry standard, open protocol for high speed and low latency communications between host accelerator, which are increasingly used in emerging applications, such as Artificial Intelligence and Machine Learning.
09/10/2020
CCIX: Low Latency, Coherent Interconnect  - SMART Modular

CCIX: Low Latency, Coherent Interconnect

CCIX (Cache Coherent Interconnect for Accelerators) is the interconnect protocol which enables low-latency accesses to memory and devices sitting across the PCIe bus. CCIX implementations are available with system support from hardware manufacturers, and
09/10/2020
  • You're on page 1
“We use cookies to help enhance and customize your experience on our site. If you continue browsing, you agree to the use of cookies. For more details, please read our Privacy Policy.”