In the landscape of industrial automation, smart grid computing, and edge AI applications, hardware is only as strong as its weakest component. Corexis Memory Technology Co., Ltd. serves as a verified manufacturer and global exporter of high-integrity memory modules, custom multilayer PCBs, and thermal solutions optimized for modern Internet of Things (IoT) nodes.
Established in 2016, our business coordinates research and development, surface mount technology (SMT) fabrication, and multi-stage testing protocols under a single 21,800 m² state-of-the-art facility. By maintaining control over raw materials and firmware, we ensure our memory architectures survive high-temperature, high-vibration, and non-stop operational environments common to enterprise IoT applications.
| Established | 2016 |
| Facility Scale | 21,800 m² |
| Annual Export Sales | USD 26,800,000 |
| In-House R&D Engineers | 128 Experts |
| Quality Assurance Team | 56 Inspectors |
| Primary Global Markets | Europe, North America, LATAM |
Why global OEMs, system integrators, and network providers leverage Corexis's localized supply chains to optimize performance and margins.
Our Shenzhen-adjacent location allows instantaneous sourcing of capacitors, chipsets, power management ICs (PMICs), and raw copper laminates. This localized micro-supply chain reduces latency in material staging by up to 60%, insulating clients against global shortages.
Typical Western manufacturing pipelines require static, million-unit runs to maintain unit economics. Our SMT setups use modular automated tooling, allowing us to pivot from high-volume DDR4 laptop modules to custom smart power bank controllers and flexible PCBs with minimal tooling overhead.
We combine Incoming Material Quality Control (IQC), In-Process Control (IPQC), Final Inspection (FQC), and Outgoing Assurance (OQA) with rigorous component-level burn-in protocols. Our 56-person QC department runs compatibility testing against all active chipset families.
Bridging the gap between raw silicon storage devices and complex industrial edge computing environments.
Industrial manufacturing environments are characterized by massive electromagnetic interference (EMI), high heat spikes, and consistent vibrations. Systems running welding control logic require robust logic boards that operate continuously.
The integration of our customized single-board motherboards (such as the ZX7 series) with specialized high-heat tolerance memory ensures that automated industrial lines maintain real-time telemetry processing without operational latency.
Edge AI requires massive throughput, requiring high-frequency DDR5 memory architectures scaling up to 6000MHz. At these frequencies, thermal dissipation becomes the principal ceiling for compute density.
By matching Corexis high-speed DDR5 modules with specialized server cooling blocks designed for high thermal envelopes (such as 350W TDP AMD SP6 microarchitectures), cloud providers can squeeze optimal compute capacity out of standard 2U racks without thermal throttling.
Modern smart homes and interactive terminals require thin, durable interface solutions. Standard rigid printed circuit boards fail under mechanical fatigue, requiring flexible alternatives.
Our Polyimide-based 1-2 layer Flexible Printed Circuits (FPC) provide structural reliability for slim electronics, mechanical keyboards, and curved smart dashboards. These connections allow devices to send sensory signals back to base storage units without connectivity failure.
Why leading system integrators trust Corexis's quality insurance and supply capabilities.
We execute a strict 5-stage testing methodology for every memory module and controller board shipped:
Meeting localized market demands is essential for seamless integration. We offer comprehensive OEM/ODM options:
A visual tour through our 21,800 square meter integrated manufacturing site, featuring high-speed SMT machines, optical inspectors, and testing rooms.
Answers to technical and commercial questions regarding our industrial memory modules and manufacturing capabilities.
Corexis Memory
