NexCore
NexCore
In the era of hyper-scale computing, artificial intelligence model training, and hybrid cloud integration, the role of enterprise storage is undergoing a fundamental shift. Large organizations no longer view storage as mere receptacles for bits and bytes; instead, storage systems are the execution foundations for critical workloads. As high-value operations shift to real-time analytics and predictive AI workflows (including platforms integrating DeepSeek, LLMs, and dense neural network systems), data storage must deliver unparalleled IOPS, microsecond latencies, and flawless protocol interoperability.
This is where custom OEM/ODM NetApp Storage solutions become critical. NetApp's ONTAP storage operating system provides the industry's most robust software-defined data management system. When integrated onto custom hardware configurations manufactured by specialized partners, enterprises achieve massive capital efficiency, performance optimization, and custom-tuned form factors that off-the-shelf products cannot deliver.
Tailor your PCIe lane allocation, select specialized RAID controllers (e.g., LSI 9540-8i), and customize network interface configurations with 32Gb/s Host Bus Adapters (HBAs) to bypass standard server design limits.
Configure hybrid systems supporting 12x 3.5-inch or 24x 2.5-inch drive bays in compact 2U server formats, ensuring maximize storage space and compute capacity per unit of data center rack space.
Rigorous systems integration testing, dynamic thermal evaluation, and comprehensive burn-in procedures ensure custom storage solutions match or exceed OEM tier-1 reliability standards.
Established in 2017, NexCore Intelligent Technology Co., Ltd. has grown to become a premium manufacturer and bespoke solution provider of high-performance server architectures, GPU compute frameworks, and advanced enterprise NAS/SAN storage systems. Based in the technological manufacturing hub of Shenzhen, China, NexCore's specialized HQ facilities are engineered to deliver micro-customization workflows.
With over 9 years of intensive industry experience and 6 years of international export operations, NexCore has shipped specialized computing components globally. Today, the organization generates an annual export revenue of roughly USD 18 million, servicing prominent research facilities, hyperscale data centers, cloud infrastructure networks, and enterprise IT departments across North America, Europe, Southeast Asia, Oceania, and the Middle East.
NexCore's competitive advantage lies in its specialized infrastructure engineering capabilities. Supported by a highly focused R&D division of 128 expert engineers, the firm design and deploy hardware configurations optimized for deep learning models, machine vision workloads, and massive distributed storage networks.
As NVMe over Fabrics (NVMe-oF) becomes the standard for modern data center architectures, the hardware backplane of OEM storage architectures must evolutionize. In order to fully harness NetApp's ONTAP processing efficiency, physical hardware designs must reduce local processing latency, maximize PCIe lane utilization, and support higher bandwidth per socket.
Modern storage nodes leverage PCIe Gen 5 architectures, doubling the bandwidth of prior generations. By implementing PCIe Gen 5 switches and controllers directly on the motherboard backplane, NexCore OEM storage configurations deliver up to 128GB/s throughput across connected HBAs. This enables high-speed interconnects between NVMe storage arrays and processing units.
By separating storage access from CPU processing limitations, NVMe over Fabrics running on RDMA over Converged Ethernet (RoCE v2) allows remote storage systems to operate with near-local latency levels. NetApp ODM solutions implement hardware-offloaded network interface cards (SmartNICs) that process network data without imposing CPU cycles on the primary storage controller, maintaining steady system performance.
Modern networks running massive AI training and inference applications (such as DeepSeek and specialized language configurations) require real-time processing of structured and unstructured datasets. The technical roadmap addresses this by integrating custom solid-state drive architectures that optimize read operations, preventing system bottlenecks during critical processing tasks.
Generic storage arrays struggle under the specific operational constraints of distinct vertical markets. NexCore custom-configures NetApp-compatible hardware platforms to meet the distinct engineering and regulatory demands of varied industries.
Requirements: Sub-millisecond write latencies, synchronous replication, and strict regulatory compliance (SEC Rule 17a-4).
NexCore Customization: Dual-controller designs featuring battery-backed NVDIMM cache modules combined with dedicated FC HBAs to guarantee that in-flight data is committed to non-volatile storage even during total power interruptions.
Requirements: High read bandwidth to supply GPU clusters with training sets and massive parallel write capabilities for model checkpointing.
NexCore Customization: Integration of high-performance PCIe Gen 4/5 NVMe drive grids, configured alongside high-speed network interfaces (e.g., Emulex LPE35000 32Gb/s Host Bus Adapters) to resolve data transfer bottlenecks.
Requirements: Seamless long-term archiving, write-once-read-many (WORM) storage configurations, and continuous uptime under HIPAA guidelines.
NexCore Customization: Hybrid high-capacity storage designs using high-density drive platforms, pre-validated for ONTAP SnapLock compatibility to secure digital records.
Operating in Shenzhen, NexCore is positioned at the center of the world's most advanced technology supply chain ecosystem. This location provides access to materials, engineering resources, and logistics, enabling us to respond quickly to market changes. By cultivating relationships with more than 1,250 verified partners, NexCore guarantees component availability and consistent manufacturing lead times, even during tight supply periods.
Our quality management protocols are managed by a dedicated team of 46 quality assurance and control specialists. We subject every system configuration to a multi-stage testing regimen before release:
Deploying custom storage configurations globally requires strict adherence to international regulatory standards and local support structures. NexCore ensures that every hardware component delivered under our OEM/ODM partnership program complies with the necessary legal frameworks for seamless deployment.
All chassis designs, power supply units, and active backplanes carry CE, FCC, RoHS, and UL marks. These certifications ensure that the hardware meets safety and environmental standards, allowing it to be integrated into commercial, healthcare, or government data centers.
To guarantee continuous uptime, NexCore coordinates with Third-Party Maintenance (TPM) companies worldwide to provide local replacement parts and support. Customers can choose customized SLA packages, including 4-hour on-site parts replacement and remote diagnostic services.
For system integrators and software-defined storage providers, we offer branding customization services. This includes custom hardware chassis paint colors, physical company logos on faceplates, custom BIOS boot screens, and pre-configured management console network settings.
Our custom engineering and procurement workflow is structured to transform technical concepts into high-reliability hardware platforms. We work closely with our partners' engineering teams through every phase of development:
We evaluate the deployment workload, determining optimal drive density (SAS/SATA/NVMe), network protocol requirements (FC, RoCE, iSCSI), and CPU/RAM compute needs.
NexCore engineers create CAD models and build initial functional prototypes. We run thermal simulations to ensure optimal airflow across internal components under load.
We flash the target operating system (such as ONTAP Select or software-defined storage OS), verify HBA card firmware compatibility, and perform basic integration testing.
Following pilot testing, we initiate production. Systems undergo quality control checks, are packed in robust transit containers, and are shipped via global freight.
Common questions about our custom OEM/ODM services, hardware compatibility, and deployment support.
