Xeviora
Xeviora
Explore our foundational range of DDR4/DDR5 high-density modules, advanced thermal dissipators, and precision printed circuit board services designed for zero-fault operations.
In the contemporary landscape of high-speed electronics and industrial computational systems, procuring top-tier electronic assembly services is no longer merely an operation of sourcing components. It is a strategic collaboration that directly impacts system integrity, thermal dynamics, and memory bandwidth efficiency. Global corporate buyers face significant hurdles: balancing high-speed signal integrity with manufacturing cost constraints, managing lead times in complex supply chains, and verifying strict component traceability.
As a leading China wholesale electronic assembly services exporter, Xeviora Memory Technology (China) Co., Ltd. bridge this gap by delivering advanced PCB board population, memory module assembly, and specialized system components under one integrated testing framework. Established in 2017 and powered by 12 years of industry experience, our company has grown from a specialized domestic design house into a globally recognized OEM/ODM partner serving clients across North America, Europe, Southeast Asia, and South America.
Addressing the critical engineering constraints and logistical parameters of diverse industries from consumer gaming to enterprise datacenters.
Engineered for high data bandwidth and minimal latency. Utilizing specialized DRAM sorting processes to support up to 6000MHz for gaming rigs, and ECC features for server environments.
From 2-layer lead-free HASL with high-density resin fills to complex multi-layer boards. Precision mounting of SMD microcomponents with sub-millimeter tolerances under ISO9001 protocols.
Specialized heatsinks and heat-pipe cooling assemblies for multi-socket platforms (LGA2011, AM5, LGA4677). Capable of dissipating TDP demands up to 300W with multi-fin aluminum systems.
Operating a specialized, high-efficiency cleanroom precision manufacturing footprint, Xeviora coordinates production across a highly optimized 368 square meters advanced testing and prototyping facility. To scale production for bulk exports, we manage a deep collaborative network of over 850 global supply chain partners. This enables us to dynamically route high-volume orders through verified, automated SMT lines while executing rigorous centralized quality control in our dedicated lab.
Our quality assurance program is backed by 46 specialized inspectors tracking every stage of production: Incoming Quality Control (IQC), In-Process Quality Control (IPQC), and Final Quality Control (FQC). All memory products and PCBA assemblies undergo computerized functional testing, compatibility checks, signal validation, and extended high-stress thermal aging runs. This systematic focus reduces post-export failure rates to under 0.05%, fulfilling the strict standards required by institutional purchasers.
How we are preparing our global clients for upcoming transitions in DDR5/DDR6, AI-accelerated edge nodes, and high-frequency signaling.
As processor bus speeds expand, our R&D team (consisting of 128 engineers) is actively optimizing PCB layout architectures to mitigate signal crosstalk. We have developed high-frequency PCB board configurations that stabilize power distribution networks directly on the memory module, accommodating on-die ECC demands.
Our thermal engineering division has upgraded structural profiles to support 300W+ LGA 4677 architectures. By optimizing heat dissipation fins with multi-heatpipe direct contact technology, we ensure cooling efficiency for AI-driven servers and high-load workstations.
Leveraging our experience launching 86 new memory and structural cooling products last year alone, we offer robust firmware tuning, customized SPD parameters, specialized thermal shield printing, and tailored retail/industrial packaging. This guarantees faster time-to-market for regional distributor brands.
Navigating global electronics import requirements demands meticulous compliance documentation. Xeviora products are manufactured to conform strictly to lead-free environmental criteria, meeting RoHS, REACH, CE, and FCC certification requirements. Our 8 years of dedicated export experience ensure seamless customs clearance in highly regulated target markets.
We work in partnership with major global freight forwarders to offer flexible shipping models (FOB, CIF, EXW, and DDP) with optimized protective packaging. All wholesale memory modules are vacuum sealed in anti-static trays and packed in shockproof bulk cartons, eliminating transport-induced micro-crack risks in solder joints.
Expert insights regarding electronic assembly parameters, DRAM chip selection, and heat sink capabilities.
We primarily utilize tier-1 original DRAM ICs from leading global manufacturers (Samsung, SK Hynix, and Micron). For custom OEM runs, we offer customized sorting options ranging from original major-brand dies to cost-efficient, tested modules, ensuring the perfect balance between performance and project budget targets.
Yes. Our Hot Air Solder Leveling (HASL) lead-free process utilizes tin-copper-nickel alloys that fully comply with European RoHS and REACH directives. This delivers exceptional solder joint reliability and oxidation resistance without using restricted heavy metals.
We offer extensive customization options, including specialized PCB layouts, customized heatsink colors and branding, dynamic RGB or non-RGB configurations, custom EEPROM/SPD settings (frequency, timings, and voltages), tailored retail packaging, and customized firmware optimization for specialized motherboard configurations.
Our LGA 4677 / 2U server heat dissipators utilize dual high-grade copper heat pipes directly contacting the CPU IHS, combined with high-density aluminum fins. Under active airflow environments, this design maintains optimal thermal transfer efficiency even at peak thermal design power (TDP) levels, protecting enterprise server infrastructure from thermal throttling.
Select components built to withstand intensive, high-throughput operating environments.
