Are memory constraints forcing you to buy more physical servers while your existing CPUs sit idle? This hardware sprawl drains your budget and wastes your enterprise software licensing ROI.

Join us to explore VCF 9 Advanced Memory Tiering, a breakthrough innovation that offloads expensive DRAM requirements onto high-speed NVMe storage. We'll walk through what memory tiering is, how it works, and most importantly, how it can reduce your total cost of ownership by up to 40%.

Here's what this means in practical terms: memory tiering intelligently optimizes how your system uses different types of memory; automatically moving data between faster and slower memory pools based on actual usage patterns. Hot data stays in fast DRAM while cold data sits in more cost-effective NVMe storage.

What You Will Learn:

• The Mechanics of Tiering: How VCF 9 transparently offloads inactive memory from expensive DRAM to high-speed NVMe without requiring OS-level agents.
• Densifying Existing Hardware: Proven strategies to safely double your workload density for your enterprise applications.
• Slashing Hardware Spend: How substituting a portion of your host's DRAM with NVMe can reduce average server procurement costs by up to 40%.
• Maximizing Resource Consumption: How solving "stranded compute" and driving up CPU utilization drastically reduces cost while getting more out of your current compute resources.