Industrial memory specialist Innodisk has expanded its portfolio with the launch of DDR5 CAMM2 and LPDDR5X CAMM2 (LPCAMM2) modules, engineered to meet the performance, space, and durability demands of modern industrial and edge AI applications.
The CAMM2 standard consolidates two memory channels into a single, ultra-thin module, delivering the bandwidth of dual SODIMMs while reducing the footprint by up to 60%. This compact design frees up valuable PCB space for additional components or enhanced cooling — a critical advantage in fanless or thermally constrained systems.
- DDR5 CAMM2
- 128-bit dual-channel architecture
- Speeds up to 6,400 MT/s
- Stub-free PCB routing for improved signal integrity
- Ideal for rugged industrial PCs, telecom gear, and embedded platforms
- LPDDR5X CAMM2 (LPCAMM2)
- Speeds up to 8,533 MT/s
- Low 1.05 V operating voltage for energy efficiency
- Perfect for mobile robotics, autonomous machines, and edge AI devices
Innodisk’s screw-lock mounting system ensures vibration resistance and mechanical stability far beyond traditional edge connectors. The flat, board-hugging profile improves thermal contact and eliminates the signal stubs caused by unused DIMM slots, resulting in cleaner data transmission and greater reliability under extreme conditions.
Unlike soldered LPDDR memory, LPCAMM2 modules can be easily upgraded or replaced without changing the entire motherboard. This modularity reduces downtime, simplifies maintenance, and extends the operational life of deployed systems — a major cost benefit for industrial operators.
By combining high bandwidth, compact layouts, and rugged construction, Innodisk’s new CAMM2 lineup is poised to accelerate innovation in edge AI, robotics, and embedded computing. With long-term supply commitments and customization options, the company is reinforcing its position as a trusted partner for industrial technology leaders.
Share to your social below!
