Nutanix G10 Server Launched – What’s New

Nutanix has once again launched new generation server for hyperconverged infrastructure (HCI) with the release of latest Nutanix G10 servers. recently Announced for launch in October 2025, and also known as Nutanix G10 (NX-G10) server / node lineup is designed for modern data centers that need higher compute performance, energy efficiency, and AI-ready capabilities.

In this detailed post, I ’ll explore everything about the Nutanix NX-G10 Node platform including specifications, release timeline, security enhancements, hardware naming conventions, Hypervisor compatibility i.e AHV, ESXi and Hyper-V.

Also, go through official Nutanix NX hardware server series lifecycle status End of Support (EOS), End of Life (EOL) for all major generations from NX-G5 through NX-G10.

What is Nutanix Generation 10 Server

Nutanix officially released the NX-G10 server series in October 2025. The rollout began with high-performance models such as NX-8150-G10 and NX-8170-G10, followed by 2U multi-node platforms for dense environments.

The NX G10 release coincided with the availability of Nutanix AOS 7.x and AHV 2025, ensuring full compatibility out of the box. This release continues Nutanix’s consistent two-to-three-year cadence between major hardware generations.

The Nutanix Generation 10 HCI platform continues Nutanix’s legacy of innovation with hardware designed for cloud-ready, AI-driven, and data-intensive workloads. Built on Intel Granite Rapids processors, these servers offer massive compute scalability, PCIe Gen5 bandwidth, and all-NVMe storage configurations.

Each NX-G10 node delivers superior performance for hyperconverged, storage-only, or compute-only use cases. The result is a future-ready system are compatible and optimized for AOS, Hypervisor i.e AHV, VMware ESXi, and Microsoft Hyper-V environments.

Benefits of Upgrading to G10 Server

The Nutanix G10 server offers powerful performance, high scalability, and simplified IT operations. It’s built for modern workloads like virtualization, databases, and cloud-native apps. With faster processors, more memory, and better storage options,

Nutanix G10 nodes delivers quicker response times and improved efficiency. It supports Nutanix’s AHV, VMware ESXi 8.x and 9.x, Hyper-V 2025 hypervisors and integrates smoothly with Nutanix AOS software, making management easy through a single dashboard. Its compact design saves space, while built-in security features protect data.

Ideal for enterprises and mid-sized businesses, the NX G10 server helps reduce hardware costs and boosts productivity. Overall, it’s a smart choice for building a reliable and future-ready infrastructure.

Upgrading to the Nutanix G10 generation servers delivers tangible benefits beyond raw performance.

Key advantages:

• Up to 40 percent faster compute performance
• PCIe Gen5 for higher storage and network throughput
• Lower power consumption per VM
• Simplified scaling with latest AOS 7.x features
• Enhanced firmware security and TPM-based protection
• Longer lifecycle support extending to 2032

For enterprises currently running G6 or G7 hardware, G10 provides a cost-effective refresh path that aligns with modern application and AI demands.

Nutanix NX-G10 Server Specifications and Features

The NX-8170-G10 is the reference model for the G10 generation and serves as the benchmark for Nutanix’s performance architecture.

This 1U single-node server integrates Intel’s 6th-generation Xeon platform, advanced cooling, and high-speed storage with full NVMe options. It is available in configurations optimized for both compute-heavy and storage-heavy workloads.

The Nutanix G10 line focuses on better energy efficiency, higher I/O throughput, and easier serviceability than previous generations.

Storage Architecture

The Nutanix G10 Storage Architecture introduces a new era of high-speed, all-flash, and NVMe performance designed for modern enterprise workloads. Built on the latest Intel Granite Rapids platform, it delivers ultra-low latency and high throughput across hyperconverged (HCI), storage-only, and compute-only nodes.

With flexible configurations supporting 2 to 12 NVMe or SSD drives, the G10 platform optimizes data flow, ensuring consistent performance for databases, analytics, and virtualization workloads. Its architecture supports tiered NVMe+NVMe Storage Tier (NST) options, enhancing efficiency and scalability.

This design empowers IT teams to achieve faster I/O performance, simplified management, and better cost efficiency.

Each Nutanix G10 node can operate as:

• HCI Node with compute and storage
• Dedicated Nutanix Unified Storage (NUS) Node
• Compute-only Node

Supported configurations allow 2, 4, 6, 8, 10, or 12 drives. The even-drive rule ensures balanced performance across the cluster.

The all-NVMe option offers ultra-low latency and is ideal for VDI, transactional databases, and analytics workloads.

Memory Configuration and Performance

The Nutanix G10 Memory Configuration and Performance bring unmatched scalability and speed to enterprise-grade workloads. Powered by DDR5 technology, the G10 supports up to 4TB of memory with 32 DIMM slots, delivering exceptional data throughput and reduced latency for virtualized and cloud environments.

With memory speeds up to 6400 MT/s, the G10 ensures faster application response times and smoother performance for compute-intensive operations such as AI, machine learning, and databases. Its balanced dual-CPU architecture and uniform DIMM configuration maintain optimal stability and performance consistency.

This advanced memory design makes the G10 ideal for demanding enterprise and data center workloads.

The G10 hardware supports DDR5 memory technology for higher bandwidth and lower latency.

Nutanix NX-G10 memory installation Key rules:

• Only one DIMM capacity per node (no mixing)
• Identical manufacturer DIMMs required
• Up to 32 DIMMs across 16x memory channels

This memory scalability ensures smooth performance even for large VMs or in-memory databases.

Nutanix G10 Server – Security and Hardware Reliability

The Nutanix G10 Security and Hardware Reliability features are engineered to meet the highest enterprise data protection and uptime standards. With a strong focus on hardware-level security, the G10 integrates a TPM 2.0 module, enabling secure boot and encryption key management to safeguard critical infrastructure from firmware or BIOS-level threats.

Each G10 node is equipped with redundant 2000W power supplies, ensuring continuous operation even during component failures. Intelligent LED indicators and built-in fault detection systems provide proactive alerts for power, fan, or thermal issues, enhancing reliability and serviceability.

In addition, Nutanix G10 platforms support firmware integrity validation, BIOS protection, and secure update mechanisms to prevent unauthorized changes. Combined with Nutanix AOS’s native microsegmentation and encryption capabilities, these hardware enhancements create a robust defense-in-depth architecture.

Together, these features make the G10 series an ideal choice for mission-critical workloads demanding maximum uptime, compliance, and security assurance.

Security is built into every Nutanix node, and G10 strengthens it with modern safeguards with Features include:

• TPM 2.0 hardware encryption module
• Secure boot and signed firmware updates
• Power fault and overheat protection LEDs
• UID and BMC reset functions for node identification
• Dual PSU redundancy (2000W × 2)

Together with Nutanix AOS’s built-in security functions such as microsegmentation and data-at-rest encryption, the G10 platform offers complete data center-grade protection.

Nutanix G10 Server Nodes List

Below are some of the expected Nutanix NX-G10 node models (based on use case and performance class):

Each node can operate as:

• HCI Node – Running both compute and storage
• NUS Node – Dedicated storage role
• Compute-only Node – For performance-intensive apps

Nutanix Hardware Naming Convention (Simplified)

The Nutanix G10 Hardware Naming Convention follows a structured, easy-to-understand format that helps identify each model’s role, form factor, and generation at a glance. Every system name in Nutanix HCI Platform begins with NX, representing Nutanix-branded hardware designed and supported directly by Nutanix.

Each part of the model number indicates specific characteristics—such as node type, chassis size, and drive form factor. For example, in NX-8170-G10, the number 8 represents a high-performance series, while G10 defines the tenth-generation hardware platform powered by Intel Granite Rapids CPUs.

This simplified naming method ensures clarity for IT teams managing multi-generation Nutanix clusters across data centers.

Every Nutanix system follows a structured naming convention. Here’s how it works using NX-8170-G10 as an example:

NX-8170-G10

• NX → Nutanix-branded hardware
• 8 → High-performance series
• 1 → Single-node system
• 7 → 1U form factor
• 0 → 2.5-inch drive type
• G10 → Generation 10 platform

This simple format helps identify each system’s performance tier, form factor, and processor family at a glance.

Nutanix Hardware Lifecycle: Release, EOS, and EOL

Nutanix maintains a transparent hardware lifecycle policy defining End of Manufacture (EOM), End of Life (EOL), and End of Support Life (EOSL).

Lifecycle Definitions

• EOM – Date when production stops
• EOL – Last day of official sales and general support
• EOSL – Last date Nutanix provides software or hardware assistance

Nutanix Official and Current NX Server Series Lifecycle Summary

Lifecycle data aligns with Nutanix’s official hardware lifecycle policy and typical seven-year support window.

Comparison of Nutanix Hardware Generations

The following table summarizes how Nutanix hardware evolved from G5 through G10.

This evolution highlights Nutanix’s focus on continuous performance improvement and long-term backward compatibility.

Conclusion

The Nutanix Generation 10 series represents a significant step forward in HCI hardware design. With powerful Intel Granite Rapids CPUs, DDR5 memory, all-NVMe storage, and robust security, these systems are engineered for enterprise-scale performance.

The G10 series also extends Nutanix’s lifecycle commitment, ensuring customers receive long-term stability, compatibility, and sustainability. Whether deploying for core data centers or edge workloads, Nutanix G10 nodes deliver the scalability and reliability modern IT environments demand.

Key Takeaways

• G10 released in October 2025 with Intel Granite Rapids CPUs
• Up to 4TB DDR5 memory and 12 NVMe drives per node
• Dual 2000W PSU and TPM 2.0 security built-in
• Compatible with AOS 7.x, AHV, ESXi v8, and Hyper-V 2025
• Nutanix G5–G6 generations now at or past EOL
• G10 expected support lifecycle through 2032

Frequently Ask Questions (FAQ)