Xeviora
Xeviora
Direct supply of precision-engineered server coolers, specialized PCBs, and advanced DDR4 memory architectures optimized for performance.
Established in 2017, Xeviora Memory Technology is a leading, specialized manufacturer of high-performance semiconductor components and thermal management architectures based in China. Over the years, we have emerged as a premier OEM/ODM manufacturer servicing enterprise computing, consumer electronic, and industrial automation networks across five continents.
Operating a modernized facility, we align our engineering pipelines with automated precision testing. Our export operations sustain an annual revenue exceeding USD 18 million, shipping state-of-the-art DRAM modules and critical computing hardware to prominent enterprises across North America, the European Union, Southeast Asia, and the Middle East.
We pride ourselves on 8 years of export expertise and a deeper 12-year foundation in component manufacturing. Through rigorous automated testing pipelines and a dedicated team of 128 research and development engineers, Xeviora remains committed to structural quality, technological evolution, and scalable manufacturing solutions.
Our operational statistics reflect our industrial stability and commitment to hardware innovation.
Addressing structural challenges across high-performance computing, thermal limits, and enterprise virtualization.
Our ultra-low latency DDR4 and DDR5 memory modules paired with localized ECC support prevent memory fragmentation and server downtime. Coupled with high-capacity LGA copper water coolers and server-grade heat sinks, our hardware maintains structural integrity for hyperscaler workloads.
Artificial Intelligence model training requires relentless compute cycles, triggering intense heat production. Our specialized 300W and 400W server CPU water blocks and custom multiphase heat pipes allow dense GPU/CPU clusters to run continuous calculations without thermal throttling.
Industrial PCs operate in hazardous environments involving high vibration, dust, and temperature variations. We customize dual-layer prototype and production PCBs with heavy copper traces alongside temperature-resilient DDR4 RAM modules to guarantee uptime in harsh edge scenarios.
Understanding supply chains, semiconductor dependencies, and localization challenges in the global market.
The global consumer electronics market is experiencing a paradigm shift driven by AI, 5G deployments, and complex data models. High-capacity, multi-channel system memory (RAM) is no longer a peripheral upgrade; it is the fundamental bottleneck to system performance. From commercial PCs to enterprise infrastructure, the demand for low-latency memory continues to compound.
At the same time, processor TDP (Thermal Design Power) has scaled upward, with standard high-performance server processors regularly pushing past 300W limits. Without advanced copper thermal blocks, liquid cold plates, and customized multi-pipe heatsinks, modern processor nodes experience instant performance degradation. Xeviora sits at the critical intersection of these technologies, supplying both the memory architectures that process data and the specialized thermal systems that protect the compute logic.
By maintaining integration agreements with global DRAM chip manufacturers and utilizing automated optical inspection (AOI) alongside automated test equipment (ATE), we bypass typical industry yield failures. This vertical positioning allows us to supply global markets with highly reliable components despite volatile semiconductor logistics.
Our commitment to rigorous QA procedures, regulatory standards, and trace inspections.
Every memory chip utilized in our DDR4, DDR5, and ECC modules is sourced from tier-one fabrication foundries. Component batches are tagged and traced, ensuring uniform electrical resistance, correct cycle timing, and minimum thermal dissipation.
Modules undergo strict environmental testing, thermal shock runs from -40°C to +85°C, motherboard compatibility sweeps across 150+ popular BIOS platforms, and continuous high-load burn-in sessions to capture premature failures.
All finished products are produced under certified processes, adhering to CE, FCC, RoHS, and WEEE requirements. This guarantees seamless import clearance, localization conformity, and consumer safety in strict international markets.
How our component portfolio bridges the gap between raw hardware capabilities and real-world deployment needs.
System builders demand both performance and visual excellence. Our DDR5 Avengers RGB modules deliver bandwidth up to 6800MHz, custom PCB styling, and optimized PMIC control, providing overclockers with high stability under heavy gaming configurations.
Industrial edge nodes require a compact footprint. Our low-profile copper heat pipes and single-socket 1U liquid cooling blocks enable high-density server configurations in tight enclosures, avoiding thermal throttling where standard coolers fail.
Development workstations running virtualization layers require highly reliable memory. Our high-density DDR4 modules and ECC-supported hardware prevent memory allocation faults and container crashes, maintaining smooth enterprise workflows.
An inside look into Xeviora's upcoming research milestones, Next-Gen DDR6 RAM, and advanced thermal technologies.
Deployment of sub-1.1V high-frequency modules using next-generation PMIC architectures, reducing overall system power requirements while increasing data throughput.
Integrating graphene-layered copper bases inside server heat sinks, improving thermal conductivity by up to 25% compared to traditional pure copper pipes.
Initiating architecture layouts for DDR6 RAM prototype modules, with a target bandwidth exceeding 10 Gbps and improved on-die ECC integration.
Re-engineering our assembly lines to achieve zero carbon emissions through green energy transition, optimized closed-loop water cooling manufacturing, and eco-friendly packing.
From custom firmware optimization to tailored packaging designs, we bring your product vision to reality.
Our 128 R&D engineers will assist you in schematic drawing, custom multilayer PCB layouts, component density mapping, and thermal dissipation modeling to meet exact hardware footprints.
We provide personalized SPD (Serial Presence Detect) programming, custom XMP/EXPO overclocking profiles, and localized ECC optimization to guarantee absolute compatibility with target platforms.
We provide complete OEM/ODM services, including logo printing, customized blister packs, bulk retail boxes, and optimized shipping configurations for fast customs clearance.
Find answers to common questions about our wholesale orders, quality assurance, and custom manufacturing pipelines.
For standard DDR4 and DDR5 memory modules under the Xeviora brand, our MOQ starts at 100 units. For fully customized OEM orders (private labeling, custom packaging, or special firmware configurations), the MOQ typically starts at 500 units per batch.
Our quality department runs a multi-stage testing process. Raw DRAM chips undergo preliminary testing before mounting. Completed modules then undergo automated optical inspection (AOI), motherboard sweep testing, system stress testing, and final burn-in chamber runs to ensure they meet performance and reliability standards.
Yes. We specialize in engineering copper heatsinks, custom heat pipes, and CPU liquid cooling blocks for server sockets (including LGA4677, LGA4189, and LGA3647). We can customize dimensions, fin density, base plate thicknesses, and heat pipe numbers to meet your TDP requirements.
Our hardware carries full CE, FCC, RoHS, and WEEE compliance certifications. Our manufacturing facility follows ISO 9001:2015 and ISO 14001:2015 quality and environmental management system guidelines to ensure seamless importing.
For standard components in stock, we process and dispatch orders within 3 to 7 working days. For bulk OEM or customized manufacturing orders, production typically takes 15 to 25 working days depending on component availability and queue size.
We primarily work with bulk wholesale distributors, system integrators, and brand owners. While we do not support single-item consumer dropshipping, we can arrange multi-pallet cargo delivery to Amazon FBA hubs, third-party logistics (3PL) warehouses, or consolidate shipments for your local freight forwarders.
Explore our extensive range of high-density DRAM modules, multi-socket server coolers, and production machinery.
