NexaGPU
NexaGPU
Direct from factory-level production nodes. Highly customizable 2U and 1U enterprise architectures configured for maximum computational density.
Often referred to as the "Startup Nation," Israel (particularly localized around Tel Aviv's *Silicon Wadi*, Haifa, and Beersheba) represents one of the densest high-technology ecosystems globally. With intense development concentrations in Cyber Security, Artificial Intelligence, Autonomous Driving systems, and Biotech, Israeli organizations demand state-of-the-art enterprise compute platforms.
Unlike typical legacy environments, the Israel technology market processes massive amounts of parallel data. This intensifies the need for highly customized enterprise servers. Our specialized production and distribution lines cater directly to these high-stakes requirements, delivering platforms like the HPE ProLiant series, engineered to mitigate latency, optimize thermal outputs, and support the strict high-performance workloads required by top-tier Israeli R&D groups.
"For modern enterprise clusters in Israel, generic out-of-the-box hardware no longer suffices. Real competitive edge requires custom BIOS configurations, custom-allocated memory channels, and enterprise-grade liquid cooling architectures."
The global enterprise server ecosystem relies heavily on specialized factories that can source high-grade components with minimal latency. Our factory structures bridge the gap between global supply chain constraints and localized deployments in Israel. By consolidating assembly, testing, and customization in our advanced Chinese manufacturing hubs, we leverage structural efficiencies that translate into distinct value for end-users.
Through deep integration with component manufacturers, memory die foundries, and advanced thermal cooling partners, our manufacturing process reduces delivery lead times by up to 40% compared to traditional channels. We address shipping, export custom validations, and complex technology transport requirements directly, offering Israeli enterprises a smooth route from component-level custom assembly to dynamic deployment.
How HPE ProLiant and GPU Server systems are deployed across Israel’s critical technical and commercial sectors.
Tel Aviv and Beersheba cybersecurity firms utilize ProLiant DL380 Gen11 and Gen12 servers to build simulated malware testbeds, running hundreds of nested VMs with multi-core Intel Xeon Scalable processors.
Developing vision algorithms requires high-throughput data processing. Enterprise GPU-integrated systems accelerate point cloud and neural network model training tasks localizing to autonomous driving development.
Smart farming technologies across the Negev require robust regional edge compute systems to analyze sensor telemetry and optimize water and soil allocations in real-time.
Haifa's medical research facilities run intensive genomic sequencing workloads that rely heavily on DDR5 memory bandwidth and dense PCIe Gen5 storage architectures to minimize processing latency.
Our production philosophy ensures zero failure rate out of the box. Engineered to endure continuous, intensive enterprise workloads.
Every DRAM module, CPU core, and storage controller is subjected to dynamic load testing at 100% capacity for 72 consecutive hours. This thermal and power stress testing helps isolate components susceptible to early failures, ensuring only resilient, stable hardware reaches your server rack.
We evaluate internal airflow paths using CAD simulation before building. When applying high-density GPU assemblies, we balance system thermal dynamics with either high-RPM active fan bays or modern liquid-cooling channels to ensure consistent operating temperatures under load.
All systems are updated to the latest authenticated UEFI and iLO/IPMI firmware versions. We offer custom BIOS profiles, tailored for virtualization configurations, high-performance database indexing, or security-hardened kernels before the server leaves the factory floor.
A broad selection of 1U, 2U, and 4U multi-architecture nodes featuring PCIe Gen5 throughput, optimized for deep learning and high-density virtualization.
Ensure performance consistency with OEM storage devices and robust edge server nodes.
The industry landscape is pivoting toward energy density, low-latency computing, and architectural versatility.
The integration of PCIe Gen5 doubles the system bandwidth limits compared to previous generations, raising data transfer rates to 32 GT/s per lane. When combined with DDR5 RAM running at speeds up to 6400 MT/s, these architectures remove performance bottlenecks in real-time cybersecurity systems and large databases.
With modern CPU and GPU thermal design envelopes exceeding 350W-500W per chip, traditional air-cooling designs face operational limits. Modern server architectures incorporate liquid-cooling loops to maintain high compute densities and reduce datacenter PUE (Power Usage Effectiveness) ratios.
Enterprise platforms are transitioning toward hybrid processing units. High-density servers featuring optimized multi-core environments (such as Intel Xeon 6 processors) are designed to run local language model inferences without requiring specialized, high-cost graphics processing hardware.
Your technical infrastructure partner for custom GPU computing configurations and global data-center hardware sourcing.
Established in 2016, NexaGPU is a professional AI GPU server manufacturer and supplier specializing in high-performance computing infrastructure, GPU clusters, and customized AI server solutions for global enterprises, data centers, and AI development companies.
The company operates a modern manufacturing facility with a building area of approximately 320㎡, supporting efficient assembly, configuration, and rigorous testing of high-density AI server designs. With 11 years of industry experience in high-performance computing and 6 years of export experience, NexaGPU has developed streamlined logistical pathways to quickly supply key international markets, including North America, Europe, Southeast Asia, and the Middle East.
Supported by 120 R&D engineers focused on GPU architecture optimization, hardware customization, and liquid-cooling integration, NexaGPU works with over 850 supply chain partners. This strong network helps secure consistent component access, supporting the company's annual export revenue of USD 12 million and enabling the deployment of 85 new product designs within the last fiscal year.
To guarantee out-of-the-box reliability, a dedicated group of 45 QC specialists executes multi-stage hardware validation protocols, verifying that every server conforms to strict performance parameters before dispatch.
We streamline custom hardware acquisition for IT systems integrators and datacenters in Israel.
Define target compute performance, storage, and networking requirements. Our engineers provide optimal motherboard and component suggestions.
Using our supply chain, we source OEM memory, CPUs, and system storage to ensure compatibility and competitive pricing.
Assembled systems run multi-stage hardware tests, covering thermals, memory address stability, and high-load performance.
Customs processing documents are prepared, and systems are packed in protective compliance crates for direct delivery to Israel.
Essential details regarding system configuration, logistics, customs clearance, and product support for the Israeli market.
