SK Hynix LPCAMM2 32GB DDR5-7500

The SK Hynix LPCAMM2 32GB DDR5-7500 (HMCG88AGBSA095N) represents a significant advancement in mobile and compact-system memory architecture. Built on the LPCAMM2 (Low Power Compression Attached Memory Module 2) form factor standardized by JEDEC, this module combines the power efficiency characteristics of LPDDR5X with the replaceability and serviceability of a socketed module — eliminating the limitations of soldered-on memory without sacrificing bandwidth or energy performance. Operating at DDR5-7500 speeds, it delivers exceptional sequential and random access throughput suited to demanding professional and enterprise-class thin client, mobile workstation, and edge computing platforms.

With a 32GB capacity on a single LPCAMM2 module, the HMCG88AGBSA095N targets systems where space, thermal envelope, and power draw are primary design constraints alongside performance. LPCAMM2 modules use a compressed parallel bus architecture that achieves higher bandwidth per watt compared to traditional SO-DIMM DDR5, making this module particularly well-suited for AI inference at the edge, data-intensive mobile workstation tasks, and next-generation laptops and compact workstations from vendors adopting the LPCAMM2 standard. The module's low-power operational profile supports extended battery life in portable systems while sustaining the memory bandwidth required by modern CPU and integrated GPU workloads.

SK Hynix engineers this module to meet the rigorous quality and reliability standards expected in enterprise IT procurement. The LPCAMM2 interface enables straightforward field upgrades in compatible systems, supporting IT asset lifecycle management without the permanent commitment of soldered memory. As enterprise fleets increasingly adopt LPCAMM2-compatible platforms, the HMCG88AGBSA095N positions itself as a high-performance, power-conscious memory solution for organizations operating across UAE, GCC, EMEA, and APAC regions and available through Omnixon Global.

Ideal for

• AI inference and on-device machine learning on LPCAMM2-compatible mobile workstations requiring high memory bandwidth within strict thermal and power budgets
• Enterprise thin-client and compact workstation deployments where field-upgradeable, high-capacity memory reduces long-term hardware refresh overhead
• Edge computing nodes demanding low-power, high-throughput memory for real-time data processing in space-constrained enclosures
• Professional content creation workflows (video editing, 3D rendering, large dataset manipulation) on next-generation LPCAMM2 laptop and workstation platforms
• Corporate fleet standardization on LPCAMM2 systems, enabling IT departments to manage memory upgrades across lifecycle without full device replacement
• High-performance mobile developer workstations running virtualization, containerized environments, or large in-memory build caches

Technical specifications

Available from Omnixon Global. Submit an RFQ and our team will confirm configuration and availability for your order.