- VxRail E660 remains a leading HCI platform purpose‑built for VMware vSphere and vSAN.
- Offers scalable compute and storage in a 1U node, powered by Intel Xeon Scalable processors.
- Dell continues full support and lifecycle management despite moving focus toward APEX and PowerFlex.
- Ideal for mid‑enterprise data centers, edge workloads, and VMware Cloud Foundation integration.
- Streamlined deployment through VxRail Manager reduces time‑to‑value for IT teams.
What’s New or Important Now
As of 2025, the Dell EMC VxRail E660 continues to be a core element in VMware‑centric hybrid cloud strategies. Following Dell Technologies’ reaffirmation of long‑term VxRail support (source), organizations running VMware Cloud Foundation still look to VxRail for consistent lifecycle management and automation.
Recent updates emphasize alignment with VMware vSphere 8 and vSAN 8, unlocking enhanced storage efficiency and intelligent tiering. The latest E‑Series platforms also support Dell’s 4th Gen Intel Xeon Scalable processors, providing substantial I/O and memory improvements.
Architecture Overview
The E660 is a 1U node optimized for dense compute and storage balance. Each node typically includes dual Intel Xeon CPUs, up to 4 TB memory, and a combination of NVMe or SAS drives forming a VMware vSAN datastore. Key HCI services—compute, storage, and networking—are managed through the VxRail HCI System Software suite tightly integrated with vCenter.
Buyer and Architect Guidance
Ideal Use Cases:
- VMware virtualization clusters for enterprise and departmental IT.
- Edge and ROBO (Remote Office Branch Office) environments requiring compact deployments.
- Private cloud foundations with VMware Cloud Foundation (VCF) integration.
Sizing Considerations: Start with at least three nodes for fault tolerance in vSAN clusters. Plan capacity for steady‑state utilization under 70% to sustain vSAN resilience. Add nodes modularly for predictable scale‑out as storage or compute demands increase.
Trade‑offs: While E660 nodes deliver balance and efficiency, GPU‑intensive or high‑density storage workloads might prefer the VxRail V or P Series for optimized resources.
Comparison: VxRail Options and Key Specs
| Model | Form Factor | CPU Options | Workload Focus | Best For |
|---|---|---|---|---|
| VxRail E660 | 1U | Dual Intel Xeon Scalable | Balanced compute/storage | Mainstream virtualization, VCF nodes |
| VxRail P670F | 2U | High‑core Intel Xeon | Performance‑optimized compute | Databases, VDI with GPU needs |
| VxRail V670F | 2U | Xeon with GPU expansion | Graphics or AI workloads | ML, rendering, or visualization |
| VxRail D560F | 1U ruggedized | Intel Xeon | Edge and field deployment | Retail, defense, manufacturing edge |
Mini Implementation Guide
Prerequisites
- VMware vSphere and vSAN licensing or VCF entitlement.
- Validated network configuration (10/25/100 GbE switches recommended).
- DNS, NTP, and vCenter available prior to deployment.
Steps
- Rack and connect VxRail nodes via management and vSAN/vMotion networks.
- Launch the VxRail Manager initial setup wizard from the primary node.
- Validate IP addressing, cluster name, and credentials.
- Integrate with existing vCenter or deploy a new instance through the wizard.
- Allow automated node discovery and cluster build process to complete.
- Apply the latest Continuously Validated States (CVS) updates for firmware and VMware patch alignment.
Common Pitfalls
- Overlooking switch MTU configuration can reduce vSAN performance.
- Incorrect DNS entries often cause initial deployment hangs.
- Mixing hardware generations within the same cluster may complicate future patching cycles.
Cost and ROI Considerations
Typical VxRail E660 node pricing varies depending on CPU and storage configuration, starting near mid‑five figures USD per node. ROI often comes from lower operational overhead—integrated lifecycle management, firmware automation, and single‑vendor support reduce man‑hours in patching and troubleshooting. For organizations standardized on VMware, total cost of ownership remains favorable versus building independent compute and storage silos.
Frequently Asked Questions
1. Is VxRail still supported after Dell’s APEX and storage platform initiatives?
Yes. Dell continues full VxRail roadmap support, ensuring compatibility with VMware Cloud Foundation and upcoming vSphere releases (source).
2. Can VxRail be integrated with non‑Dell hardware?
No. VxRail is a fully engineered solution verified by Dell; using certified Dell nodes maintains compliance with Dell’s Continuously Validated States.
3. How does lifecycle management differ from DIY vSAN?
With VxRail, firmware, BIOS, and VMware updates are pre‑validated, massively reducing upgrade risk compared to manually curated vSAN clusters.
4. Is the E660 suitable for cloud‑native applications?
Yes. With support for Tanzu Kubernetes Grid, it supports containerized and traditional workloads on the same platform.
5. What’s the average deployment time?
For a 4‑node cluster, installation and integration typically complete within a few hours when prerequisites are ready.
6. Can I mix disk types within an E660 node?
Hybrid nodes are supported; however, for best vSAN performance, consistent drive types across nodes are recommended.
Conclusion
The Dell EMC VxRail E660 continues to be a robust, VMware‑native hyper‑converged solution now and into 2025. It provides the consistency, automation, and lifecycle simplicity enterprises seek. Whether modernizing workloads or extending to the edge, VxRail remains a trusted anchor for VMware environments. Learn more and deepen your Dell infrastructure skills at LearnDell.online.