Innodisk Introduces DDR4 Wide Temperature Module Series with Built-In Thermal Sensor

Innodisk, the service-driven flash and DRAM module provider, introduces the industry's first DDR4 wide temperature module series designed for industrial platforms and applications for harsh environments.

Supporting the Intel Skylake H/S/U and Broadwell platform, the DDR4 wide temperature module series is JEDEC compliant and offers up to 30% higher performance with 20% lower power consumption compared to the current mainstream DDR3 module. This product series is especially suited for outdoor environments. Its built-in thermal sensors alert the respective system to temperature changes, while its industrial-grade wide temperature components allow the operation to withstands temperatures ranging from -40°C ~85°C. An idyllic situation for utilizing the DDR4 wide temperature modules is its use in outdoor automatic payment machines because of their exposure to direct sunlight, wind, rain, and other external factors.

Wide Temperature Components Provide System Reliability

The DDR4 wide temperature module series with its built-in thermal sensor is ideal for outdoor applications and systems. By using industrial-grade wide temperature components, you increase the ability to keep your respective outdoor systems operating at their optimum performance under harsh conditions. In order to improve reliability in industrial environments, Innodisk's proprietary 30μ" golden finger connector interface is 10 times thicker than the JEDEC standard 3μ" size and ensures a reliable memory interface in industrial usage.

Conformal Coating Better Suited for Industrial Equipment in Harsh Environments

Innodisk conformal coating on the module protects against moisture, contaminants, dust and acid materials, and is in line with IPC-A-610 standards for electronic components. Our value-added conformal coating for DRAM modules applied in outdoor automated machines and military systems can protect the systems from water sprays, airborne dust and acidic materials. In addition, they ensure high performance operation in harsh environments.