High-reliability components for the modern AI ecosystem
In the era of Generative AI, Large Language Models (LLMs), and exascale computing, the Server Radiator is no longer just a passive component—it is the heartbeat of system reliability. As TDP (Thermal Design Power) for modern CPUs and GPUs climbs beyond 400W and even 700W, the demand for advanced cooling solutions has reached an unprecedented peak.
Celtrix Memory Technologies Co., Ltd. sits at the intersection of thermal science and semiconductor excellence. By integrating high-performance DDR5 memory manufacturing with advanced heat dissipation engineering, we provide a holistic approach to server health. Our radiators utilize cutting-edge material science, including oxygen-free copper fins, vacuum vapor chambers, and nano-thermal coatings to ensure your infrastructure operates within optimal thermal envelopes.
Tailored thermal and memory architectures for specific industrial verticals
Optimized for multi-GPU arrays where heat density is highest. Our liquid-ready radiators and high-RPM fan arrays ensure zero throttling during training cycles.
Dust-resistant and vibration-proof designs for edge servers in manufacturing plants, utilizing the same reliability found in our PCBA and SMT processes.
Dedicated cooling modules for DDR5 ECC memory banks and NVMe arrays, preventing data corruption caused by localized thermal hotspots.
Established in 2017, Celtrix Memory Technologies Co., Ltd. has rapidly ascended to become a leading force in the DRAM and thermal component sectors. With a massive 28,600 m² facility, we represent the pinnacle of modern manufacturing.
Our 9 years of industry experience allow us to navigate the complexities of high-speed signal integrity and thermal dissipation. We don't just export products; we export reliability. With over USD 23 Million in annual export revenue, our global footprint spans across North America, Europe, and Southeast Asia.
The next generation of server cooling and memory synchronization
We are transitioning from traditional heat pipes to 3D Vapor Chambers (3DVC) which offer 30% better thermal conductivity for the next wave of DDR5-6400+ modules and AI processors.
Developing PCBA and Radiator materials specifically tested for dielectric fluid compatibility, aiming for a PUE (Power Usage Effectiveness) of < 1.1 in green data centers.
Integrating IoT-enabled thermal sensors within our server radiators to provide real-time telemetry data to data center management software (DCIM).
As a leading Exporter, Celtrix ensures that every server radiator and memory module complies with international standards. We understand that local markets have unique regulatory requirements.
Our products meet all major environmental and safety certifications, ensuring seamless entry into EU and North American markets.
We provide localized technical documentation, label design, and private label services for our 1,180+ global partners.
Strategic partnerships with major chip manufacturers and raw material suppliers ensure stable pricing and lead times despite global market volatility.
For large-scale system integrators, we offer remote and on-site engineering consultations to optimize airflow and thermal pressure within custom chassis.
DDR5 moves power management (PMIC) onto the module itself. This generates localized heat on the PCB, making high-quality heat spreaders and radiators essential for maintaining stability at high frequencies.
Using high-fin-density (HFD) aluminum combined with copper heat-slugs provides the best weight-to-performance ratio for 1U and 2U server deployments.
Yes, our 142 R&D engineers specialize in OEM/ODM services, including customized mounting brackets, heat sink geometries, and specialized finishes for specific industrial applications.
Every batch undergoes a "Burn-in" test where components are stressed at high temperatures for 24-72 hours to eliminate early-life failures (infant mortality) before shipping.
Celtrix Memory