SK Hynix LPCAMM2 64GB LPDDR5X Module

The SK Hynix LPCAMM2 64GB LPDDR5X module represents a fundamental architectural shift in high-performance mobile and compact workstation memory. Built around the LPCAMM2 (Low Power Compression Attached Memory Module 2) standard, this module replaces soldered LPDDR packages with a fully socketed, field-replaceable design—combining the power efficiency of LPDDR5X with the upgradability historically associated with SO-DIMM or DIMM form factors. The module leverages SK Hynix's advanced 1b-nm DRAM process node to achieve high density within a notably small PCB footprint, enabling system designers to offer both performance and thermal headroom in chassis where space is critically constrained.

Operating at speeds up to 9600 MT/s with a 128-bit wide bus interface, the 64GB module delivers peak theoretical bandwidth exceeding 150 GB/s per module—substantially outperforming DDR5 SO-DIMM solutions in bandwidth-per-watt efficiency. The LPCAMM2 connector standard, developed collaboratively by JEDEC members including SK Hynix, supports low-impedance signal paths and tighter trace routing compared to traditional DIMM slots, reducing power draw during active operation and enabling deeper sleep states during idle workloads. This makes the module particularly well-suited for always-on edge inference platforms and professional mobile workstations where battery life or thermal envelope is a design constraint.

Launched in Q2 2025, this module targets integration into thin-and-light professional laptops, compact AI workstations, and fanless edge computing appliances. Its single-module 64GB capacity eliminates the need for dual-channel SO-DIMM configurations in many platforms, simplifying board design and reducing component count. The LPCAMM2 form factor also supports on-module ECC implementations in select platform configurations, addressing reliability requirements for edge inference and light enterprise deployments without the overhead of registered DIMM solutions.

Ideal for

• AI inference at the edge: enabling large language model inference on compact, power-constrained edge servers with sufficient memory bandwidth to sustain continuous throughput
• Professional mobile workstations: supporting memory-intensive CAD, 3D rendering, and video production workflows in thin chassis where SO-DIMM density was previously a bottleneck
• Compact scientific computing nodes: providing high-bandwidth memory for simulation and data analysis tasks in space-limited rack or desktop deployments
• Healthcare and industrial edge appliances: powering real-time image processing and sensor fusion in fanless or semi-passively cooled embedded systems requiring field-upgradable memory
• Software development and virtualization: running multiple simultaneous virtual machines or containerized development environments on ultraportable workstations without compromising responsiveness
• Remote and branch office servers: equipping compact single-board or mini-server platforms with enterprise-grade memory capacity to support local file serving, caching, and lightweight database workloads

Technical specifications

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