Xeviora
Xeviora
Explore our export-grade server memory modules, specialized CPU heat sinks, and precision aluminum substrates engineered for peak thermal efficiency.
In the contemporary semiconductor landscape, thermal dissipation has transitioned from a secondary hardware design factor to the primary computational bottleneck. As silicon fabrication nodes shrink below 3nm and Thermal Design Power (TDP) per socket exceeds 350W–700W across enterprise AI accelerators (e.g., NVIDIA H100/B200, AMD EPYC SP5/SP3) and DDR5 memory channels, traditional air cooling is rapidly integrating with advanced hybrid micro-channel liquid cold plates, phase-change vapor chambers, and skived copper fin geometries. As a preeminent China Wholesale Heat Sink Exporter & Manufacturing Partner, our engineering framework solves critical thermal resistance ($R_{th}$) degradation, ensuring operational integrity for hyperscale datacenters, OEM workstation builders, and high-frequency electronic systems globally.
Core Thermal Insight: Effective thermal dissipation directly governs semiconductor longevity and operational efficiency. Minimizing the junction-to-ambient thermal resistance ($R_{th,j-a}$) requires precision-machined interface surfaces, optimized thermal boundary layer airflows, and high thermal conductivity aluminum alloys (Al6063-T5 / Al6061-T6) combined with C1100 pure copper sintering.
Excellence in heat sink manufacturing demands an integrated approach encompassing material science, computational fluid dynamics (CFD), and automated mass-production processes.
Utilizing high-precision CNC skiving technology, we produce ultra-dense fin profiles with zero thermal resistance at the fin-to-base joint. Zipper fin stacks bonded with vapor chambers deliver optimal performance in space-constrained 1U/2U server enclosures.
Integrating vacuum-sealed copper vapor chambers with internal powder-sintered wick structures. Vapor diffusion enables rapid two-phase heat spreading over localized hotspots in modern LGA1700, AM5, and SP5 socket processors.
Engineered with friction stir welded (FSW) aluminum-copper interfaces and internal micro-channel fluid dynamics. Designed to handle extreme 500W+ TDP loads with zero risk of coolant leakage in enterprise cloud deployments.
Optimized stamped and anodized aluminum memory shields tailored for DDR4/DDR5 high-frequency enterprise RAM. Features thermal pad compression interfaces ensuring consistent cooling across PMIC and DRAM ICs.
Specialized Aluminum Substrate PCBs (1.0mm - 2.0mm thickness) designed for high-lumen 5050/3535 LED arrays and high-power amplifier modules, providing thermal dissipation rates up to 3.0 W/m·K.
Advanced surface modification options including hard-coat anodization, electroless nickel plating, and black electro-deposition coating to maximize radiative emissivity and environmental corrosion resistance.
Comprehensive baseline criteria for system architects and global procurement managers evaluating heat sink technology selection.
| Thermal Solution Type | Primary Material Alloy | Thermal Conductivity | Target TDP Range | Primary Enterprise Applications |
|---|---|---|---|---|
| Extruded Aluminum Heat Sinks | Al6063-T5 / Al6060 | 201-209 W/m·K | 15W - 85W | DDR4/DDR5 RAM, Chipsets, Solid-State Drives, Power Supplies |
| Skived Fin Copper Heat Sinks | C1100 Pure Copper | 386-401 W/m·K | 65W - 220W | 1U/2U Server CPU Coolers, Industrial IPCs, GPU Modules |
| Vapor Chamber + Zipper Fin Stacks | C1020 Copper + Al1050 Fins | Dynamic (Effective >2000 W/m·K) | 150W - 450W | AMD SP3/SP5, Intel LGA1700/LGA4677 Server Nodes, Workstations |
| Liquid Cold Plate (Direct-to-Chip) | Friction-Stir Welded Al/Cu Micro-channel | Direct Liquid Transfer | 350W - 1000W+ | High-Density AI Supercomputing Clusters, Hyperscale Datacenters |
| Metal Core Substrate (MCPCB) | Al5052 / Al6061 Base | 1.5 - 4.0 W/m·K (Dielectric) | 10W - 120W Surface Load | High-Power 5050/3535 LED Lighting, Power Inverters, Audio Decoders |
Xeviora Memory Technology (China) Co., Ltd. is a leading global hardware technology manufacturer based in China, specializing in high-performance RAM solutions, advanced server thermal management systems, and precision metal substrates for gaming, industrial, enterprise, and consumer computing platforms. Established in 2017, Xeviora has evolved into a premier OEM/ODM strategic partner for international distributors, system integrators, and Fortune 500 technology brands.
Operating a modern manufacturing facility spanning over 368 square meters, our factory is outfitted with automated SMT production lines, high-speed CNC machining centers, vacuum brazing furnaces, and state-of-the-art computational thermal testing equipment to guarantee uncompromising operational stability. Generating an annual export revenue exceeding USD 18 million, Xeviora delivers tailor-made thermal and memory solutions to clients across North America, Europe, Southeast Asia, the Middle East, and South America.
Backed by 8 years of dedicated export experience and 12 years of core industry expertise, we enforce strict compliance with international manufacturing and environmental standards (ISO9001, ISO14001, RoHS, REACH, CE). Our quality assurance matrix covers every stage of production—from incoming raw material inspection (IQC) to in-process quality control (IPQC), final product functional testing (FQC), and burn-in testing. A specialized team of 46 quality assurance inspectors conducts continuous automated functional checks, dimensional tolerance verifications, fluid leak tests, and thermal resistance validation on every production batch.
Driven by technical innovation, our robust R&D division comprises 128 experienced engineers who continuously advance thermal dissipation research, high-frequency signal integrity, and structural optimization. Over the past year, Xeviora successfully introduced 86 new product solutions, encompassing DDR5 overclocked gaming modules, enterprise DDR4/DDR5 server memory, server CPU coolers for AMD SP5/Intel LGA1700 sockets, and custom micro-channel cold plates.
With an active supply ecosystem involving over 850 international partners, Xeviora provides comprehensive OEM and ODM support. Key service capabilities include private labeling, precision laser engraving, custom packaging design, specialized firmware optimization (SPD customization), structural mechanical redesign, and complete turn-key thermal design services. Whether your procurement demand requires standard heat spreaders or fully customized liquid-assisted thermal modules, Xeviora provides high reliability, competitive wholesale pricing, and long-term tech collaboration.
Strategic analysis for enterprise procurement teams navigating raw material volatility, international compliance, and next-generation chip cooling technologies.
Global raw copper and aluminum markets fluctuate based on macroeconomic shifts. By maintaining strategic raw material reserves and establishing long-term futures hedging, Xeviora offers guaranteed pricing stability for enterprise buyers, minimizing unexpected BOM cost escalations during high-volume production cycles.
All production operations adhere strictly to EU RoHS 3.0 and REACH regulations, eliminating hazardous substances such as lead, hexavalent chromium, and PBBs/PBDEs. Furthermore, our manufacturing processes prioritize zero-VOC cleaning solvents and closed-loop water recycled anodization lines.
As server power densities approach 100 kW per rack, future datacenter architectures are shifting toward single-phase and two-phase dielectric immersion cooling. Our thermal engineering team is actively developing dielectric-compatible surface coatings and porous boiling-enhancement structures to maximize boiling heat transfer coefficients.
Browse our complete lineup of memory kits, high-density server memory, CPU air-coolers, and precision substrate components available for OEM/ODM customization.
Clear responses to common technical inquiries, manufacturing lead times, and customization options for international buyers.
