High-efficiency thermal units developed for standard rackmount and custom chassis configurations
As enterprise cloud infrastructure pushes toward ultra-high-density deployments, the thermal design power (TDP) of modern processor units (such as Intel® Xeon® Scalable and AMD EPYC™ processors) has breached the 350W to 400W barrier. Modern server radiator factories must adapt from traditional extrusion and cold-plate designs to advanced multi-material composites and hybrid thermal schemes.
At Memvora Electronics, our advanced R&D focuses on solving thermodynamic challenges such as local hot spots and transient load peaks. Our thermal solutions integrate microchannel vapor chambers, continuous-fin skiving, and premium copper-aluminum alloys to guarantee continuous, throttling-free operation under the most demanding enterprise workloads.
"Optimizing thermal resistance (Rth) at the die interface is no longer an optional tuning process—it is critical to preventing thermal runaway in hyperscale data centers."
Engineered to handle thermal dissipations ranging from 95W up to 400W+ in compact 1U and 2U rack footprints.
Full mechanical and mounting alignment for Intel LGA4677, LGA4189, LGA1700, and AMD SP3, SP5, and SP6 environments.
Traditional copper-pipe radiators suffer from high thermal transition resistance. Our 3D Vapor Chambers (3D VC) integrate the evaporator base plate directly with vertical vapor paths, eliminating the thermal interface material barrier. This achieves up to 15% lower junction temperatures compared to conventional sintered pipe designs.
As server environments transition from pure air cooling to partial liquid configurations, our hybrid water-cooling blocks bridge the infrastructure gap. Using low-profile copper cold plates paired with localized auxiliary heat sinks, we allow operators to upgrade CPUs without completely modifying data center ambient cooling layouts.
Designed for AI supercomputing nodes, our 1U copper liquid blocks provide direct cooling fluid loops straight to the processor socket. Optimized microchannel structures with high-density fin geometries ensure optimal convective heat transfer at minimum pump head requirements.
Memvora's manufacturing footprint and engineering credentials established since 2017
Global procurement teams face the daunting task of securing robust supply chains while maintaining strict technical standards. Our manufacturing workflow addresses these needs by integrating design verification, rapid prototyping, and automated assembly line operations:
Our OEM/ODM services include customized copper base laser engraving, dynamic packaging layouts, custom bracket layouts, and optimized mounting kits compatible with standard off-the-shelf and custom server chassis.
We work with memory brands, server integrators, industrial automation providers, and hyperscale data center operators globally. From low-profile 1U units for edge networking to massive 4U multi-pipe CPU tower setups, we optimize the complete thermal stack to reduce system-level power consumption.
How our localized ecosystem delivers technical performance with structural cost benefits
Our long-term partnerships with more than 1,280 metal refineries and material suppliers ensure an uninterrupted supply of high-purity C1100 copper (exceeding 99.9% conductivity) and aviation-grade aluminum alloys, shielding projects from raw material price volatility.
By leveraging advanced digital manufacturing software, we reduce prototype iteration cycles from weeks to just days. This quick design-to-sample pipeline enables our clients to win server tender packages much faster.
Before leaving the factory, every single radiator undergoes helium mass spectrometer leak detection (for liquid loops), heat pipe thermal path testing, base plate flatness checks, and high-impact vibration tests to ensure long-term durability in enterprise environments.
Our server radiators conform to the highest global safety and environmental standard directives. We provide certified compliance reports for CE, FCC, RoHS, and REACH. This ensures your components will bypass customs hurdles and pass strict local audit checks upon arrival.
Every batch of copper cold plates is tested for thermal impedance values, and we keep clear material certificates and tracking records. This transparency protects you from supply chain liabilities and quality concerns.
With 7 years of export history across Europe, North America, Southeast Asia, and South America, we handle custom clearance, flexible incoterms (FOB, CIF, DDP), and palletized shipping configurations to lower logistics costs.
Our engineering support office offers fast technical support, ensuring system engineers receive responses to integration issues within 24 hours.
Technical and purchasing queries answered by our senior engineering team
High-performance heatsinks and active cooling systems matching major enterprise motherboard form factors
Memvora
