Reliable and efficient charging stations with DDR4 16GB RDIMM from Innodisk

Innodisk, Eindhoven, 20.04.2023 - As we move toward a sustainable future, electric vehicles are becoming increasingly popular. An efficient and reliable charging infrastructure is necessary to accommodate the growing number of E-cars. To manage charging stations and monitor the charging and overall power consumption of individual users, a stable monitoring system is required. Ensuring the security of the charging network is of critical importance. When multiple vehicles are charged simultaneously at high speed, a short-term current surge can cause power outages or other disturbances, potentially disrupting the entire network. At the same time, uneven utilization of charging stations can result in underused stations in remote areas, while waiting times may occur in urban regions. Therefore, charging stations must be allocated efficiently, and users should be informed to seek out more distant stations.

To ensure that the network structure is not affected during electric vehicle charging, the back-end monitoring system of the charging stations requires RDIMM memory products that provide stable performance. A large volume of data needs to be processed accurately to provide timely information about the charging stations and quickly offer alternative charging solutions in the immediate vicinity.

Innodisk, one of the leading providers of industrial embedded FLASH and DRAM solutions, has developed specialized technologies for electric vehicle charging stations. DDR4 16GB RDIMM DRAM is used in the backend servers of charging stations to improve the reliability and efficiency of the charging process. This memory is a dependable solution for grid security during uneven usage rates.

The DDR4 RDIMM module features a register to enhance clock, command, and control signals, as well as integrated error detection and correction. Innodisk's DRAMs are fully tested before shipment and optimized for stability and performance. Only top-quality ICs, also known as "Original ICs" or "Major Grade ICs," are used to meet the highest industry standards. Anti-sulfur coatings provide additional protection in harsh environments. The operating temperature range extends from 0 °C to +85 °C. The memory is RoHs compliant and CE/FCC certified. These RDIMM modules have a 30 μ" gold finger finish and conform to JEDEC standards.

Innodisk offers support from inquiry to implementation, ensuring complete integration of hardware, firmware, and software.