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Apacer Technology, a global leader in digital storage solutions, has announced the mass production of its latest industrial-grade DDR5-6400 CUDIMM and CSODIMM memory modules. These modules are the first to feature a fully lead-free resistor design, eliminating the need for exemptions under the EU RoHS directive. Equipped with premium professional-grade Clock Driver (CKD) components and Transient Voltage Suppressors (TVS) diode as dual-core technologies, the modules are specifically engineered for high-performance computing (HPC) and artificial intelligence (AI) applications. These products ensure exceptional stability and security even in extreme industrial environments, providing enterprises with reliable, eco-friendly, and high-performance solutions.
In alignment with the global push for sustainability, Apacer's fully lead-free DDR5 series has attracted significant customer interest, particularly for its compliance with the EU RoHS 7(c)-I lead exemption clause. By adopting this series early, customers can proactively mitigate risks associated with the expiration of exemption extensions. Now in mass production, these fully lead-free DDR5 CUDIMM and CSODIMM modules not only help customers meet international regulatory standards but also empower them to gain a competitive edge in the high-performance computing market.
As demand for HPC and AI applications continues to surge, Apacer's DDR5 CUDIMM and CSODIMM modules offer densities of up to 64 GB per module, enhanced bandwidth, and optimized designs for reduced latency. These modules ensure seamless operation for real-time data analysis, big data processing, and high-load computing. Additionally, they adhere to the latest JEDEC Raw Card Revision 1.0 standards, delivering industry-leading data transmission stability and high-speed performance.
Apacer selects industrial-grade CKD components to provide superior signal drive and buffering capabilities. These components significantly reduce noise and jitter-related signal interference during high-speed operations in extreme environments, ensuring precise and stable data transmission. These features make the modules ideal for high-load computing platforms and precision computing applications. Furthermore, the innovative TVS design effectively shields the modules and other critical components from transient voltage fluctuations, enhancing data transmission stability and system reliability, particularly in high-risk applications like industrial automation.
View at TechPowerUp Main Site | Source
In alignment with the global push for sustainability, Apacer's fully lead-free DDR5 series has attracted significant customer interest, particularly for its compliance with the EU RoHS 7(c)-I lead exemption clause. By adopting this series early, customers can proactively mitigate risks associated with the expiration of exemption extensions. Now in mass production, these fully lead-free DDR5 CUDIMM and CSODIMM modules not only help customers meet international regulatory standards but also empower them to gain a competitive edge in the high-performance computing market.
As demand for HPC and AI applications continues to surge, Apacer's DDR5 CUDIMM and CSODIMM modules offer densities of up to 64 GB per module, enhanced bandwidth, and optimized designs for reduced latency. These modules ensure seamless operation for real-time data analysis, big data processing, and high-load computing. Additionally, they adhere to the latest JEDEC Raw Card Revision 1.0 standards, delivering industry-leading data transmission stability and high-speed performance.
Apacer selects industrial-grade CKD components to provide superior signal drive and buffering capabilities. These components significantly reduce noise and jitter-related signal interference during high-speed operations in extreme environments, ensuring precise and stable data transmission. These features make the modules ideal for high-load computing platforms and precision computing applications. Furthermore, the innovative TVS design effectively shields the modules and other critical components from transient voltage fluctuations, enhancing data transmission stability and system reliability, particularly in high-risk applications like industrial automation.
View at TechPowerUp Main Site | Source