Fighting with the Current Pain structures with DCN1.0 ? Stacked with Rigid VLAN boundaries, spanning-tree bottlenecks and manual configuration? Missing the pace with the current tech? Toggling with Big Budget Expance VS ROR/ROI? We are offerring a step by step, gradual, cost effective and easy to deploy solution for getting rid of all the pain.

The "One Step Forward" Migration Blueprint::

The Hybrid Solution:: Phase 1:: From DCN 1.0 TO DCN 2.0 (The Virtualization Step)

We would offer not to touch the old core switches. We would Overhaul server access by deploying NICs (supporting VXLAN offloading) into the running servers that are sufferring bottleneck and Connect these servers to new, cost-effective Top-of-Rack (ToR) switches

The old physical network remains an "underlay." The new server NICs create a flexible DCN 2.0 overlay network using VXLAN EVPN, enabling seamless virtual machine migration across the entire data center without breaking existing configurations ensuring a zero downtime, reversible and uninterrupted upgradation.

The Hybrid Solution:: Phase 2 :: From DCN 2.0 TO DCN 3.0 (The Lossless/AI Step)

To avoid packet loss during massive data bursts, standard TCP/IP lag and low storage performance, we would upgrade critical servers (such as Database, Flash Storage, or AI compute nodes) with HiSilicon-powered RoCE NICs introducing a targeted AI Fabric pod.

By changing the NICs to support RDMA over Converged Ethernet (RoCE v2), servers bypass the OS kernel and talk directly to flash storage or compute clusters with lossless algorithm ensuring zero packet loss inside that pod while remaining hooked into the general DCN2/DCN1 core network.

Management, Control and Troubleshooting ::

Autonomous Driving Network (ADN) :: In the industry in network automation CAPEX, OPEX, features aligned with new requiement alomg with the level of control decides technology to adopt. Encapsulating the required features with flexible options & Simplification of hybrid-cloud and multi-vendor environments, we can deploy unified operations even if the customer has legacy hardware are from different vendors.

AI-driven analytics platform :: Troubleshooting fatures like "1-3-5" is becoming popular in the industry .. detecting network faults in 1 minute, isolating them in 3 minutes, and fixing them in 5 minutes.

Total Effect on Business

Hyper-Convergence via "Lossless Ethernet": Traditionally, data centers separate their computing networks, storage networks (Fibre Channel) and high-performance computing networks. If we can collapse all three into a single, standard Ethernet network with zero packet loss, it will drastically reduce total cost of ownership (TCO) by eliminating separate storage cables and hardware, while extracting 100% of the combined AI computing power.

Green & Sustainable Operations: DCN2.0 and DNC3.0 switches use specialized power saving and heat dissipation technologies (SuperCooling & SuperPower). Delivers up to 50-60% lower power consumption per bit compared to the industry average, dropping operational energy costs significantly.