Explore our elite engineering portfolio featuring specialized cooling fans, motherboards, high-frequency PCBs, and dynamic RAM configurations optimized for thermal efficiency.
Driving enterprise growth with a standard-setting manufacturing environment and reliable engineering architecture.
Celtrix Memory Technologies Co., Ltd. is a professional DDR5 memory manufacturer dedicated to delivering high-performance DRAM solutions for global customers. Since our inception, we have integrated rigorous thermal and electronic development to deliver premium components designed for extreme duty-cycles.
Operating a state-of-the-art facility featuring full Automation Assembly Lines, SMT patches, and comprehensive compatibility test benches, we focus on engineering robustness. By combining advanced memory development with state-of-the-art thermal management substrates, we support the demanding workloads of AI compute servers and industrial infrastructure.
Compliance with the ISO 9001 Quality Management System ensures standard conformity across every production phase. Our 56 certified QC professionals monitor stages including:
Deep dive into current market demands, shifting dynamics, and structural trends across global computation sectors.
Modern AI workloads, LLMs training, and edge deployments require unprecedented heat dissipation. With chip power densities exceeding traditional air-cooling capacities, high-power server architecture demands hybrid solutions featuring composite metals and liquid cooling to maintain optimal operating temperatures and prevent thermal throttling.
From advanced driver assistance systems (ADAS) to rugged manufacturing equipment, electronic components are subjected to harsh ambient conditions. Designing high TG170 PCBs and heavy copper backplanes is vital to ensuring physical durability and consistent heat dissipation under continuous operation.
Utilizing high thermal conductivity interfaces like copper-aluminum composites provides a balance between thermal efficiency and weight constraints. These materials are becoming standard in modern dual-channel server boards and next-generation DRAM heatsinks to ensure reliable operation.
As global markets shift towards DDR5 architecture and ultra-high-speed memory configurations, heat management becomes a critical design challenge. The introduction of power management integrated circuits (PMICs) directly onto DDR5 modules requires engineered thermal spreaders to prevent localized heat buildup.
Celtrix utilizes independent research and development to address these requirements. Through precise SPD programming, customized high-conductivity aluminum alloys, and optimized thermal interface materials (TIMs), we ensure that our high-capacity modules remain stable under demanding computing operations.
Implementing dual copper heatpipes and active server fan controls designed specifically to cool 350W TDP CPU nodes and high-density memory banks.
Integrating Rogers 4000 and Shengyi FR4 technologies for high-frequency signal integrity, optimizing thermal dissipation paths directly through internal PCB layers.
Adopting advanced composite heat-spreader designs for modern dual-channel servers, ensuring low-resistance heat paths to primary heatsinks.
Optimized configurations engineered for enterprise datacenters, high-performance gaming, and industrial automation.
High-density dual-channel motherboard integration utilizing high-efficiency heat sinks and specialized 2U active server coolers for continuous operations.
Premium DDR5 ECC gaming RAM modules equipped with customized aluminum heatsinks designed to maximize heat dissipation during performance spikes.
Robust single-board layouts, multilayer PCBs, and ODM control modules designed to withstand high operating temperatures in industrial hardware.
Expert responses addressing standard thermal design considerations, material selection, and manufacturing procedures.
A view inside our 28,600 m² ISO-compliant production facility, showing our SMT assembly, testing labs, and logistics centers.
Further product offerings, including customized PCBA prototypes, high-density server motherboards, and robust computing components.
Celtrix Memory