XS-DC-64X800-AI-G1
Data Center AI64-port 800G AI fabric switch for large-scale GPU clusters, HPC backbones, and ultra-high-throughput data center networks.
- 51.2Tbps
- 42,000Mpps
Overview
xSONiC AIDC Controller is positioned as a centralized operations layer for AI data center fabrics. It helps teams plan topology, onboard devices, monitor fabric health, coordinate lifecycle operations, and reduce manual work across large xSONiC deployments.
The controller does not replace good network design. It makes the design easier to deploy, observe, and maintain at scale.
Operational Domains
| Domain | Controller Role | Operator Benefit |
|---|---|---|
| Topology planning | Model leaf, spine, backend, frontend, and storage roles. | Reduce design ambiguity before deployment. |
| Device onboarding | Use inventory import and ZTP-style workflows. | Bring devices online with fewer manual steps. |
| Monitoring | Track interface, optical, alarm, and device health. | Find failures before they affect workloads. |
| Inspection | Run scheduled checks against fabric state. | Detect drift and misconfiguration early. |
| Lifecycle | Coordinate firmware, patches, and maintenance windows. | Reduce upgrade risk across many switches. |
AIDC Fabric View
xSONiC AIDC Controller
|
+-- topology and inventory
+-- device onboarding
+-- monitoring and alarm policy
+-- lifecycle workflows
|
v
Backend / frontend / storage xSONiC fabricsDeployment Scenarios
| Scenario | Controller Value |
|---|---|
| Backend GPU fabric | Keep high-speed AI switching roles and health visible. |
| Frontend service fabric | Monitor user, management, and service connectivity. |
| Storage fabric | Track storage-facing links and congestion-sensitive paths. |
| Converged AIDC fabric | Centralize operations when roles share infrastructure. |
Monitoring Priorities
- Interface up/down and error state.
- Optical module health and signal levels.
- Device alarms, fan, temperature, and PSU state.
- Fabric topology consistency.
- Configuration drift after maintenance.
- Upgrade status and rollback readiness.
Deployment Checklist
- Define the target scenario: backend, frontend, storage, or converged fabric.
- Prepare device inventory, management IPs, roles, and cabling plan.
- Import devices and validate topology before production services are enabled.
- Configure monitoring, alarms, and inspection policies.
- Test upgrade, rollback, and emergency workflows on a pilot scope.
- Expand in waves and review drift reports after each wave.
xSONiC Platform Fit
The controller is best aligned with xSONiC AI and data center switching platforms where scale makes manual-only operation risky. It is particularly valuable for 400G and 800G fabrics with many switches, optics, links, and maintenance events to coordinate.
