NexGPU
NexGPU
Explore our core baseline system architectures, ready for deep OEM/ODM integration, hardware branding, and custom security firmware deployments.
In the era of hyper-scale cloud ecosystems, Deep Learning integrations (such as local Deepseek deployments), and high-performance computing, the vulnerabilities targeting system hardware and firmware have grown exponentially. Standard computational infrastructure lacks the deeply integrated resilience systems needed to combat firmware-level persistent threats, out-of-band management breaches, and supply chain alterations.
Founded in 2017, NexGPU Intelligent Computing Technology Co., Ltd. has risen to become a premier professional manufacturer specializing in GPU servers, high-performance computing (HPC) infrastructures, and secure, customized server solutions for global markets. Headquartered in Shenzhen, China, our advanced manufacturing infrastructure spans a state-of-the-art facility covering over 380 square meters, equipped with high-precision assembly lines, sophisticated diagnostic bays, and rigorous hardware validation and security testing systems.
"True computing resilience is built from the silicon level up. Standard security configurations are no longer sufficient to protect proprietary datasets, corporate LLMs, and cloud-native workloads. Our mission is to secure compute platforms at the hardware and BMC levels, delivering verified zero-trust configurations to global systems integrators."
Drawing upon more than 9 years of dedicated industry experience and 7 years of global export experience, NexGPU is established as a reliable OEM/ODM provider for enterprises, hyper-scale cloud service operators, elite scientific institutions, AI research laboratories, and sovereign data centers. We handle over USD 18 million in annual export value, reliably serving infrastructure projects across North America, Europe, Southeast Asia, the Middle East, and Oceania.
Our engineering services prioritize multi-layered security. We bridge the gap between pure hardware execution and system-wide software security layers.
Integration of physical Trusted Platform Modules (TPM 2.0) and customized secure cryptoprocessors. This provides cryptographic verification for every stage of system bootup, securing keys and critical metadata.
Implementation of Platform Firmware Resiliency (PFR) protocols to monitor, detect, and automatically recover corrupted system BIOS and Baseboard Management Controller (BMC) firmware from validated gold-image backups.
Custom OEM structural elements featuring electronic chassis micro-switches, locking drive bays, and physical port blockers. These prevent rogue localized execution payloads and drive thefts in co-located environments.
A secure server platform is only as strong as its lifecycle compliance ecosystem. At NexGPU, we recognize that our clients operate across jurisdictions with different regulatory standards. Consequently, our security architectures are designed to meet international standards, including NIST SP 800-193 (Platform Firmware Resiliency), CE markings, FCC compliance, and CCC certifications.
Our localized support network ensures that clients receive deployment support and hardware replacements. Whether configuring firmware to conform to strict data-handling policies like HIPAA and GDPR, or securing remote management interfaces (IPMI/BMC) to isolate data networks, NexGPU provides the tools needed to keep hardware safe and compliant. We assist from the initial planning stages through to long-term lifecycle support, ensuring your hardware platforms remain secure throughout their operational life.
Our primary facility in Shenzhen offers unique strategic benefits for manufacturing complex computing hardware. By operating within the global center of electronic design and production, we secure access to key silicon components, multi-layered PCB fabrications, high-efficiency power supplies, and customized metal alloys. This density of supply chain partners reduces lead times and lowers shipping costs.
Supported by a network of more than 1,200 strategic partners, NexGPU manages the sourcing of each component. By auditing our suppliers and validating source chips, we mitigate supply chain vulnerability risks, such as gray-market components or unauthorized hardware changes. We balance cost-efficiency with high assembly standards to deliver hardware that meets global quality requirements.
Enterprise procurement teams must balance hardware performance with safety and longevity. Procuring servers for applications like Deepseek AI workloads requires robust components capable of continuous operation under heavy loads. Standard hardware options often fall short when specialized form factors, custom chassis branding, or customized BIOS settings are required.
NexGPU addresses these procurement demands by providing flexible, contract-based OEM and ODM services. From customized silk-screened logos and branded chassis panels to custom BMC network configurations and pre-installed hypervisor packages, we deliver ready-to-deploy systems directly to your data centers. This helps streamline your integration processes and reduces deployment times.
Staying ahead of threats requires tracking industry shifts and adapting server designs to the next generation of security challenges.
Protecting data during active processing in AI training runs. We build platforms that support Secure Encrypted Virtualization (SEV) and trust zones directly between Host CPUs and high-performance GPU cards.
Operating under the assumption that network zones are compromised. Our secure platforms isolate the base management networks and restrict physical port access via policy controls.
The growing demand for a verifiable Software Bill of Materials (SBOM) for firmware. We document components and versions, helping security analysts verify updates prior to deployment.
Different applications require different security configurations. We tailor hardware to meet the specific demands of your target market.
Designed for national or municipal hosting operations where data must remain local. These platforms feature disabled remote diagnostic vectors and physical dual-key access panels to prevent unauthorized data physical access.
For factory floors and regional installations where local physical supervision is limited. Enclosures are sealed against environmental dust and moisture, and lockable drive brackets protect raw local storage.
For high-frequency transaction processing systems that require low latency along with strict data encryption. These servers leverage hardware security modules (HSMs) and secure memory enclaves to protect transactional records.
Find answers to common questions about our OEM/ODM custom server security platforms and options.
We provide comprehensive firmware customization options, allowing you to incorporate your corporate logo, custom splash screens, unique default network parameters, and tailored cryptographic key lists (such as custom UEFI secure boot keys) directly into the BIOS and BMC firmware packages.
We source our semiconductors and PCBs from verified partners, track lot numbers, and perform post-assembly visual inspections and functional testing to verify components match designs and contain no unauthorized modifications.
Yes. Our server systems can be built with Hardware Root of Trust chips that monitor, protect, and restore UEFI BIOS and BMC systems, helping prevent system downtime due to unauthorized flash updates.
Our quality control team of 45+ inspectors subjects every server to component validation, thermal stress tests, memory error analysis, multi-hour burn-in procedures, and final software compatibility testing.
Lead times depend on the scope of customization. Typically, custom chassis designs require 4 to 6 weeks for prototyping and tooling, while final assembly and validation of verified chassis units can be completed in 2 to 3 weeks.
Take an inside look at our state-of-the-art server manufacturing, testing, and system assembly environments in Shenzhen.
Select your base system configurations below and speak with our engineers about customized security integration options.
