Port Breakout Configuration in SONiC Using CLI
3:16
This video demonstrates the Port Breakout Configuration in SONiC Using CLI Tags:SONiC, Port Breakout
Related Videos
In Featured Video
-
Play video Reliable Burst Management: Cisco Silicon One Shared Memory Architecture Prevents Packet Loss in AI
Reliable Burst Management: Cisco Silicon One Shared Memory Architecture Prevents Packet Loss in AI
The shared memory architecture of Cisco Silicon One handles synchronized GPU traffic bursts. Learn how dynamic buffer allocation prevents packet drops, ensures uninterrupted data delivery, and improves resource utilization for AI workloads.
1:12
-
Play video Under the Hood: VAST Data CEO on Enterprise AI Solutions for AI Networking
Under the Hood: VAST Data CEO on Enterprise AI Solutions for AI Networking
In this episode of Under the Hood: The AI Infrastructure Corner, Will Eatherton interviews VAST Data CEO Renen Hallak on AI storage evolution, hyperscaler adoption, and the Cisco–VAST partnership delivering unified AI infrastructure.
37:59
-
Play video Network Trust & Security: Cisco Silicon One Hardware Root of Trust Verifies Genuine Device Identity
Network Trust & Security: Cisco Silicon One Hardware Root of Trust Verifies Genuine Device Identity
Cisco Silicon One establishes network trust with built-in hardware root of trust. Discover how the Cisco Trust Anchor module, secure boot, and ASIC verification protect against tampering, ensuring only authentic hardware and software operate securely
1:13
-
Play video Intelligent Load Balancing: Cisco Silicon One Hardware-Driven Fault Recovery for AI Networks
Intelligent Load Balancing: Cisco Silicon One Hardware-Driven Fault Recovery for AI Networks
Cisco Silicon One revolutionizes network recovery with hardware-driven fault detection and instant rerouting. Discover microsecond-level convergence, automatic bandwidth adjustment, and intelligent load balancing for AI workload efficiency.
1:47
-
Play video Proactive Network Optimization: Cisco Silicon One Hardware Telemetry Detects Microbursts in Real Time
Proactive Network Optimization: Cisco Silicon One Hardware Telemetry Detects Microbursts in Real Time
Cisco Silicon One enables proactive network optimization through embedded hardware telemetry. Learn how microsecond-level monitoring detects microbursts, prevents latency spikes, and enables dynamic routing adjustments for optimal performance.
2:09
-
Play video AI Networking Simplified: Cisco Nexus Hyperfabric Reduces Deployment Time from Months to Weeks
AI Networking Simplified: Cisco Nexus Hyperfabric Reduces Deployment Time from Months to Weeks
Matt Kimball from Six Five Media interviews Russell Rice on Nexus Hyperfabric. Learn how this cloud-managed solution simplifies AI infrastructure deployment, reduces time-to-first-token by 10x, and enables enterprise AI democratization.
21:53
