DDR5 is designed to meet increasing needs for efficient performance in a wide range of applications including cloud computing, and data center processing. DDR5 improves scaling performance without degrading channel efficiency at higher speeds. This increased performance is achieved by doubling the burst length to BL16 and bank-count to 32 from 16. A DDR5 DIMM boasts two 40-bit fully independent sub-channels on the same module. DDR5 memory modules have a maximum die density of 64Gb and hence are capable of having a much higher DIMM storage capacity.

SMART's DuraMemory NVDIMM combines nonvolatile memory with DRAM memory. NVDIMMs are used for logging and caching functions to accelerate system performance in server and storage applications. SMART’s DDR4 NVDIMM feature SafeStor™ technology which initiates backup and restore operations upon command from the host controller. NVDIMMs support multiple command delivery options to trigger a backup during a host detected power outage and recovery events.

SMART's DuraMemory MIP, Module-in-a-Package™, is a tiny form factor memory module that combines the benefits of industry standard SODIMMs with the SMART proprietary stacking technology. About the size of a nickel, MIP occupies one-fifth the area of a SODIMM while offering higher performance with lower power. These benefits are critical for applications, such as broadcast video, mobile routing, high-end video and graphics cards and embedded computing applications where memory density in a small space is essential. MIPs contain on-package address and control signal termination, eliminating the need in DRAM-down board usage scenarios.

SMART's DuraMemory VLP RDIMMs (Very Low Profile) are used for blade computing and blade storage applications. These applications have a 1U or <1U system height. VLP RDIMMs allow modules to be inserted vertically instead of angled or at a right angle which allows for maximum system density in the smallest area. VLP RDIMMs are typically used where three or more modules are needed per CPU.

SMART's DuraMemory VLP Mini RDIMMs are used for space-constrained applications. Mini DIMMs have extra power and ground pins compared to SODIMMs which make them ideal for telecom, networking and embedded computing applications for better signal integrity and reliability.

SMART's DuraMemory ULP UDIMMs are used in space-constrained telecom, networking, and computing 'blade' applications, which have one or two DIMM sockets per CPU. Blade systems have a 1U height or less. ULP UDIMMs can be used vertically in these applications to maximize system density. They have error correction code built in, which detects and corrects common kinds of internal data corruption.

SMART's DuraMemory SODIMM memory modules provide a smaller alternative than standard DIMM, roughly half the size of regular DIMM module. SODIMMs are used in systems with limited space, such as industrial control, embedded and rugged computing applications, and networking hardware, such as routers. They are commonly used in harsh operating environments.

SMART's DuraMemory UDIMMs are used in a wide variety of telecom, networking, computing and media applications which have one or two DIMM sockets per CPU. There is no need for registered DIMMs associated with heavier memory bus loading. UDIMM ECC modules have error correction code built in, which detects and corrects common kinds of internal data corruption.

SMART's DuraMemory DDR4 LRDIMMs load-reduced dual in-line memory modules use a distributed buffer so that high-speed memory controllers can drive larger quantities of memory. There are specific configurations, such as when using three DIMMs per channel, that require LRDIMMs to maximize capacity and performance.