BoltGrid
BoltGrid
High-density server nodes, accelerator racks, and low-latency storage building blocks engineered for demanding cloud environments.
BoltGrid Computing Systems Co., Ltd. delivers high-performance compute arrays, server systems, and robust OEM networking services worldwide.
Established in 2016, BoltGrid Computing Systems Co., Ltd. has grown into an industry-leading OEM/ODM hardware systems integrator. With an annual export capacity surpassing USD 18 Million, we enable enterprise cloud architectures across North America, Europe, Southeast Asia, and the Middle East to compute smarter and scale infinitely. Our professional quality assurance group of 45 inspectors applies rigid verification steps, including advanced thermal testing, system stress simulations, and continuous burn-in processes, validating every structural block before shipment.
Analyzing the shift from traditional leaf-spine fabrics to high-performance AI GPU interconnect topologies.
In conventional cloud systems, North-South internet traffic dominated the bandwidth profile. However, modern containerized systems and distributed neural networks generate massive East-West data packet exchanges. To prevent performance degradation, BoltGrid delivers high-throughput network arrays, customized optical interfaces, and direct-attach copper cables (DAC) engineered for non-blocking non-oversubscribed switching. Our integration services guarantee physical line-rate speeds with zero buffer dropouts across the cluster.
Building high-performance storage arrays (such as NAS/SSD storage systems) and training large language models (LLMs) like DeepSeek-R1 requires high-speed DMA access. BoltGrid builds bare-metal compute hosts designed to fully utilize RoCEv2 protocols. By bypassing the local operating system kernel, this setup allows direct memory-to-memory transfer between host nodes, dropping end-to-end latency below microsecond ranges. This approach delivers InfiniBand-class speeds over standardized, cost-efficient optical infrastructure.
Supporting large-scale computational deployments across research, industry, and hyper-scale cloud platforms.
Whether deploying multi-GPU configurations in a 1U chassis like the xFusion 1288H V7, 2U platforms, or massive 4U configurations like the FusionServer 5288 V6, network topology determines total processing efficiency. BoltGrid collaborates with data center operators to deploy custom server architectures featuring high-speed PCIe switches, PCIe Gen 5 expansion routes, and optimized network interface layouts.
By managing host interface configurations, custom power distribution units (such as 900W and dual-redundant setups), and thermal paths, we ensure that deep learning accelerators execute computations at full capacity without hitting performance limits or dropping network packets. This level of optimization is essential for large language model workloads, including training pipelines optimized for next-generation AI architectures.
Inside BoltGrid's 18,500㎡ facility: Ensuring structural reliability and thermal performance for enterprise hardware.
Every GPU server configuration and network host assembled at BoltGrid undergoes thorough performance testing. Our dedicated team of 45 QA inspectors executes a multi-step verification process: we place hardware in specialized environmental chambers to verify cooling efficiency at maximum workload limits. This system simulates peak ambient data center temperatures up to 45°C. System-level burn-in procedures run continuously for up to 72 hours, ensuring that power supplies, memory chips, and host processors maintain high reliability under load.
Supported by over 850 strategic hardware partners, BoltGrid manages component sourcing from raw metals to critical silicon. We work with leading chip and memory manufacturers to guarantee the delivery of original parts, including Intel Xeon Scalable Processors, advanced AI accelerator units, and high-frequency DDR5 ECC RDIMM modules. By maintaining a large, ready inventory of chassis frames, active cooling fans, and high-efficiency power supplies, we support short build cycles and scale production to meet urgent demands.
Navigating global trade frameworks, local safety certifications, and secure distribution logistics.
Deploying enterprise networking equipment globally requires strict alignment with region-specific compliance frameworks. BoltGrid certifies that all exported computing chassis, bare-metal nodes, and copper interlinks meet international standards. This includes CE marking for European markets, FCC Class A emission limits for North America, RoHS compliance for material safety, and localized VCCI/CB certifications. This attention to detail ensures smooth customs clearance and easy integration into corporate environments.
We provide hardware replacement, component diagnostics, and layout design support to clients in North America, Europe, SE Asia, and the Middle East. Through long-term agreements with global logistics providers, we minimize transport risks and deliver high-density computing racks safely to their destination. Each shipment includes detailed installation blueprints, system configuration files, and ready-to-use cabling diagrams to ensure fast, hassle-free installation on-site.
Preparing next-generation computing facilities for hyper-scale bandwidth and high thermal demands.
As system data speeds step up to 800G and 1.6T, copper cabling faces physical limits over longer distances. BoltGrid's engineering team is developing integrated CPO systems that route optical connections directly to the silicon package. This reduces signal path attenuation, cuts latency, and lowers overall network card energy draw. We are also optimizing chassis configurations to support direct optical fiber routing directly through the rear layout.
With modern GPU thermal design power (TDP) climbing past 700W per accelerator, traditional air cooling is reaching its limits. BoltGrid is designing hybrid chassis options featuring liquid-to-air cooling loops, dry-break quick couplings, and direct-to-chip water plates. These custom setups fit seamlessly into standard server cabinets, helping operators control operating temperatures, lower PUE metrics, and extend hardware life.
Answers to common engineering and deployment questions from our global integration partners.
Select server platforms, memory configurations, and high-speed interlinks for scalable data center upgrades.
