PCs, workstations and servers
Board-level memory integration
DDR5 DRAM chips
CXMT DDR5 chips provide working memory for computing systems and are also assembled into memory modules. Chip capacity and data width determine how the memory channel is built. Two designs with the same total capacity can therefore use different numbers and organizations of DRAM devices.
Server and client memory
DDR5 memory modules
In a PC or workstation, DDR5 holds running applications, editing buffers and active project data. CXMT modules include UDIMM and SODIMM client formats and RDIMM server formats. A server also places memory across processor channels; supported module class, rank and slot rules determine a usable configuration, so adding capacity is more than finding a matching DDR5 label.
Phones, tablets and wearables
A new low-power memory generation
LPDDR6 memory
CXMT LPDDR6 uses a dual-channel architecture to supply low-power working memory for mobile application processors. It is a separate memory generation with its own interface and package requirements, so it belongs in a platform designed for LPDDR6 rather than a capacity upgrade to an earlier LPDDR board.
Mobile and compact computing
LPDDR5 and LPDDR5X
CXMT LPDDR5 and LPDDR5X supply working data for applications, graphics and camera processing in mobile devices. Package capacity and channel organization set how much memory the processor can access, while the supported data rate determines transfer bandwidth. LPDDR5X and LPDDR5 operating points remain platform-dependent.
Established mobile platforms
LPDDR4X memory
CXMT LPDDR4X serves phone, tablet and wearable platforms built around the LPDDR4X interface. It holds application data, graphics buffers and other live system data while powered. Its role is to provide working memory within an established mobile design, alongside separate nonvolatile storage.