Libri GmbH Conception de réseaux hautement disponibles pour environnements vSphere et Proxmox

Build Virtualization Networks That Keep Working When Things Fail.

A single failed NIC, switch, uplink, VLAN, storage path, or misconfigured network can bring an entire virtualization environment to its knees. High availability is not simply about adding redundant hardware-it is about designing a network that can withstand real failures, maintain critical services, and recover predictably.

Mastering High-Availability Network Design for vSphere and Proxmox Environments is a practical guide to designing resilient, fault-tolerant networking for VMware vSphere and Proxmox VE infrastructure.

Inside, you'll learn how to:
- Design redundant NIC, cable, uplink, and switch architectures
- Identify hidden single points of failure and failure domains
- Build reliable VLAN and traffic-segmentation strategies
- Understand vSphere Standard and Distributed Switch networking
- Configure and reason about VMkernel networking, NIC teaming, and LACP
- Design Proxmox VE networks using Linux bridges, VLAN-aware networking, bonding, and redundant uplinks
- Protect critical Corosync, management, VM, storage, migration, backup, and monitoring traffic
- Engineer resilient networks for NFS, iSCSI, Ceph, vSAN, vMotion, and live migration
- Plan bandwidth, MTU, latency, congestion, and performance under failure conditions
- Troubleshoot VLAN, LACP, storage, migration, connectivity, and performance problems systematically
- Test failure scenarios instead of assuming redundancy will work
- Use monitoring, diagnostics, packet analysis, and performance validation to prove network health
>Rather than treating networking components in isolation, this book teaches you to think in terms of complete traffic paths, failure domains, dependencies, capacity, and predictable failure behavior.

Whether you are building a homelab, SMB virtualization cluster, private cloud, or production infrastructure, this guide provides the engineering principles and practical framework needed to design virtualization networks that are not merely redundant-but genuinely resilient.

Design for failure. Test your assumptions. Build networks you can trust.