Empowering Autonomous Driving Technology with High-Performance Computing Networks
The rapid advancement of autonomous driving technology has created a surge in demand for high-performance computing and real-time data processing. As a result, data centers specifically designed for autonomous driving technology have become crucial for supporting the development of self-driving technology. A startup company specializing in autonomous vehicle technology recently partnered with Dragon Well to build a high-performance computing network within its data center, marking a significant milestone in the company’s journey towards revolutionizing the automotive industry.
The Challenge: Creating a High-Performance Computing Network
The client’s primary objective was to establish a high-performance computing network that connects the data center with their office and warehouse, deploying GPU and CPU servers and 100G switches for computational needs. Additionally, they required an enterprise office network in their offices and warehouses, providing employees with basic office conditions, internet access, and ensuring data security through the use of firewalls and security gateways. The client, being a startup, needed a cost-effective solution that could deliver the required equipment by early December 2023 for their year-end project launch.
The Solution: Dragon Well’s Comprehensive Services
Dragon Well offered a comprehensive suite of services, including equipment procurement, network design, and technical support, to address the client’s needs. The company’s team of experts worked closely with the client to define the specifics of technology and products, ensuring the project was completed on time and with high quality. Dragon Well provided a tailored solution that included the deployment of six 4U GPU servers with dual AMD EPYC processors and 8x NVIDIA RTX A6000 Ada GPUs, integrated with NVIDIA Mellanox MCX653106A-HDAT ConnectX-6 adapters, offering immense processing power for tasks like big data analytics and autonomous driving research.
Core Network Expansion and Connectivity
To realize core network expansion and connect servers and NAS devices, Dragon Well implemented two N8560-32C switches that support MLAG technology for hardware-level redundancy, bolstering network stability while increasing the uplink bandwidth. The N8560-32C features 32x 100G interfaces and is equipped with PFC, DCBX, and ECN technologies to deliver high bandwidth with low latency, meeting the demands of high-performance computational networks. For the enterprise office network, an N8550-32C was deployed to interconnect with the computational data center, and firewalls and routers were installed at the network exit, ensuring stable and secure connectivity to external networks.
Data Security and Management
Data security between data centers was safeguarded using IPSec technology, and SSL VPN technology ensured data safety while employees remotely accessed the internal network servers. Dragon Well also set up an S3900-48T6S-R management switch, connecting server IPMI interfaces and the core switch’s management port to create an isolated management network. This separation of business and management traffic facilitated unified device management for the client.
Product Delivery and Technical Support
Dragon Well ensured rapid stock deployment and on-time delivery with 7 global warehouses and a robust supply chain. At the Integration Center in California, the company provided on-site acceptance testing by installing Ubuntu 22 on GPU servers, assuring the quality of delivered products. The technical team provided online services, including solution consultations, VLAN setup, routing configuration, and troubleshooting.
Benefits of Partnering with Dragon Well
By partnering with Dragon Well, the client benefited from a one-stop global supply chain service that delivered highly compatible and stable product solutions, significantly reducing the risk of product incompatibility. Additionally, with Dragon Well’s 24H operational maintenance service, the customer received end-to-end technical assistance and training, slashing maintenance efforts by roughly 70%. The company’s commitment to on-time delivery and quality ensured that the client’s project was completed successfully, meeting the required deadline.
Conclusion
The successful deployment of a high-performance computing network for the autonomous driving technology startup demonstrates Dragon Well’s capabilities in providing comprehensive solutions for complex networking needs. By leveraging Dragon Well’s expertise and services, businesses can ensure the delivery of high-quality, compatible, and stable product solutions, while reducing the risks associated with product incompatibility and maintenance efforts. As the demand for autonomous driving technology continues to grow, Dragon Well is poised to play a critical role in empowering businesses to develop and deploy innovative solutions that transform the automotive industry.
