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Data center switches form the foundation of modern digital infrastructure, enabling high-speed communication between servers, storage systems, and computing resources. As workloads evolve with cloud, enterprise, and AI applications, networks require higher bandwidth, predictable performance, and scalable architectures. From Top-of-Rack (ToR) switches at the access layer to Leaf-Spine fabrics powering large-scale deployments, modern switching platforms enable efficient traffic management, low-latency connectivity, and flexible network scalability.Supporting high-speed Ethernet connectivity from 25G server access to 100G, 400G, and next-generation 800G switching architectures, our data center switching solutions address the growing demands of enterprise data centers, cloud infrastructure, and AI-driven workloads.
Leaf-Spine architecture provides a scalable two-tier network design where Leaf switches connect servers and endpoints, while Spine switches provide high-speed backbone connectivity between Leaf layers. This architecture enables predictable latency, high east-west traffic performance, and simplified scaling for modern data centers.
We provide end-to-end engineering services for data center switching platforms, covering architecture, hardware design, software integration, validation, and mass manufacturing support. Our solutions enable scalable, reliable, and production-ready switches for enterprise, cloud, and AI-driven data center networks.
End-to-end hardware engineering for ToR, Leaf, Spine, and data center switch platforms with support for high-speed Ethernet interfaces and merchant silicon integration.
Design and optimization of scalable switch architectures based on port density, bandwidth requirements, and enterprise, cloud, and AI data center deployments.
Firmware development, BSP integration, hardware bring-up, and NOS enablement with support for open networking platforms like SONiC and Linux-based environments.
Customization of switching, routing, security, telemetry, and network management features to meet specific deployment requirements.
Optimization of high-speed switching platforms through power delivery design, signal integrity analysis, and performance validation for reliable operation.
Mechanical design, thermal architecture, and airflow optimization for high-density data center switch systems with improved reliability and efficiency.
Comprehensive validation support including functional, performance, interoperability, scalability testing, EMI/EMC pre-compliance, and global certification readiness.
End-to-end manufacturing support including production ramp-up, supply chain coordination, quality validation, and delivery of reliable data center switching platforms at scale.
Leverage VVDN’s end-to-end ODM expertise to accelerate the design, development, validation, and manufacturing of next-generation data center switching platforms. Our engineering and manufacturing capabilities help OEMs bring scalable, reliable, and production-ready networking solutions to market faster.
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