Lenovo ThinkSystem SR-Series Models 

Lenovo’s ThinkSystem SR-series spans 1U to 4U rack configurations, single-socket to four-socket architectures, and both Intel® Xeon® Scalable and AMD EPYC™ processor platforms. These servers address everything from small-business virtualization and cloud to GPU-accelerated AI/HPC and mission-critical enterprise workloads Lenovo Press.

Lenovo ThinkSystem SR650 / SR650 V3

The SR650 is a versatile 2-socket 2U rack server optimized for a broad range of workloads, including databases, VDI, enterprise applications, and analytics Lenovo Press. It supports Intel® Xeon® Scalable processors (Gen 1 / Gen 2), up to 3 TB TruDDR4 memory, and flexible storage (12 x 3.5″ or 24 x 2.5″ bays) Lenovo.

The SR650 V3 upgrades to 4th- and 5th-Gen AMD EPYC™ processors, retaining the same 2U form factor but adding DDR5 support and NVMe-optimized storage options. It excels at virtualization, cloud, and HPC workloads thanks to higher memory bandwidth and core counts Lenovo Press.

Lenovo ThinkSystem SR630 / SR630 V2 / SR630 V3

The SR630 family offers 1U, dual-socket flexibility for IT infrastructure, cloud, and web services. The original SR630 (Xeon SP Gen 1 / 2) delivers up to 768 GB TruDDR4 and eight 2.5″ or four 3.5″ drive bays Lenovo Press.

The SR630 V2 moves to 3rd-Gen Xeon Scalable (“Ice Lake”) and Intel Optane™ Persistent Memory, enhancing storage-rich and database workloads Lenovo Press.

The SR630 V3 further advances to AMD EPYC™ 9004/9005 Series, DDR5 memory, and EDSFF NVMe support, making it ideal for cloud-native, virtualization, and mid-range analytics deployments Lenovo Press.

Lenovo ThinkSystem SR860 / SR860 V3

As a 4-socket 4U rack, the SR860 uses up to four Intel Xeon® Scalable Gen 2 processors (28 cores each), delivering massive memory capacity (up to 12 TB) and GPU support for VDI and AI inference Lenovo Press.

The SR860 V3 evolves to 4th-Gen Xeon Scalable CPUs, up to 16 TB DDR5, 18 PCIe slots, and 48 x 2.5″ drive bays. It’s targeted at large-scale virtualization, in-memory databases, and GPU-accelerated HPC Lenovo Press.

Lenovo ThinkSystem SR850 / SR850 V3

The SR850 delivers two- to four-socket performance in a compact 2U chassis, supporting Gen 2 Xeon Scalable processors and a mix of HDD/SSD storage for enterprise consolidation and data-intensive applications Lenovo Press.

With SR850 V3, Lenovo adds 4th-Gen Xeon Scalable Gold/Platinum, upgradable to four sockets, and enhanced storage flexibility—ideal for mission-critical databases, ERP, and virtualization farms Lenovo Press.

Lenovo ThinkSystem SR530

The 1U SR530 balances performance, capacity, and value in a dual-socket chassis. It supports up to 768 GB TruDDR4, eight 2.5″ or four 3.5″ bays, and flexible I/O expansion, making it suitable for edge computing, SMB virtualization, and web servers Lenovo Press.

Lenovo ThinkSystem SR675 V3

The SR675 V3 is a GPU-rich 3U rack server built on AMD EPYC™ 9004/9005 processors. It supports up to eight double-wide or single-wide GPUs (NVIDIA H200, L40S, or AMD Instinct™ MI accelerators) with NVLink and hybrid liquid-to-air cooling, enabling leading performance for AI training, inference, and HPC workloads Lenovo Press.

Other SR-Series Models

Models like the SR590, SR558, SR550, SR530 (detailed above), and the specialty SR158 expand Lenovo’s portfolio to cover entry-level workloads, small-business servers, and storage-optimized configurations. All share ThinkSystem reliability, management via XClarity Controller, and Lenovo’s global support

Lenovo’s ThinkSystem SR family spans 1U to 4U rack servers designed for entry-level, general-purpose, high-performance, and mission-critical use cases. Models like the SR158/SR150 cater to cost-sensitive, virtualization-ready environments, while SR530/SR550/SR590 balance performance and capacity in 1U or 2U form factors Welcome | ServerProvenLenovo. Midrange platforms such as SR630/SR650 support mainstream enterprise workloads—databases, VDI, and cloud services—with up to 3 TB memory and up to 24 front-bay drives Lenovo Press. For high-end consolidation and mission-critical tasks, the SR850/SR860/SR868/SR868 V3 and SR860 V3 deliver 4-socket scalability, large I/O capacity, and GPU support for AI/HPC acceleration Lenovo Press. The GPU-rich SR675 V3 extends this with up to eight double-wide NVIDIA GPUs and AMD EPYC 9004 series CPUs with hybrid liquid-to-air cooling Lenovo Press. Across the series, Lenovo emphasizes flexibility—offering diverse processor families (Intel Xeon Scalable Gen 1/2, AMD EPYC), extensive memory and storage options, and integrated management tools—to meet evolving data-center demands.

Model Lineup & Key Specs

Key Differentiators

• Entry & Value (SR150/SR158/SR530): Compact form factors and balanced I/O for SMBs and ROBO deployments.

• Mainstream Enterprise (SR550/SR590): Expanded memory and storage capacity for virtualization, databases, and cloud-native workloads.

• Performance & Scalability (SR630/SR650): High memory density, GPU-capable, and flexible drive configurations for mixed workloads.

• Mission-Critical & AI/HPC (SR675 V3, SR850, SR860, SR868): Multi-socket support, GPU acceleration, and advanced cooling options for AI training, in-memory databases, and computationally intensive research.

Usage Scenarios

• Virtual Desktop Infrastructure (VDI): SR530/SR550 serve desktop virtualization with cost-effective density and remote management. Lenovo Press

• Database & Analytics: SR630/SR650 handle large transactional databases and analytics pipelines with high I/O throughput. Lenovo Press

• AI Training & Inference: SR675 V3 with up to eight NVIDIA GPUs accelerates deep-learning frameworks at scale. Lenovo Press

• Mission-Critical Consolidation: SR860/SR850 deliver four-socket reliability and capacity for ERP, CRM, and virtualization clusters. Lenovo Press

Frequently Asked Questions (FAQs)

1. What distinguishes the SR650 from the SR630?
   SR650 (2U) offers double the memory capacity (up to 3 TB) and more drive bays (24×2.5″) compared to the 1U SR630 (up to 1 TB, 10×2.5″) Lenovo Press.

2. Can the SR868 be used for high-performance workloads despite lacking internal storage?
   Yes—SR868 is optimized for stateless, network-boot or SAN environments with high core-count Xeon Bronze CPUs for lightweight compute tasks.

3. Which models support liquid cooling?
   Only select high-end systems like the SR675 V3 (Lenovo Neptune) incorporate hybrid liquid-to-air cooling for GPU-dense configurations Lenovo Press.

4. Are the SR150 and SR158 interchangeable?
   They share similar chassis but differ in OEM branding and firmware. Compatibility lists should be checked for exact part numbers Welcome | ServerProven.

FusionServer AI Server

Huawei’s FusionServer series includes a wide range of rack servers—from high-density AI platforms to general-purpose compute and storage nodes—designed for cloud computing, virtualization, big data, databases, and AI training and inference scenarios huawei. FusionServer G5500 V6 is a 4U dual-socket AI server supporting up to eight full-height GPUs with one-click topology switching, Titanium-level power supplies, and N+1 redundant fans for reliability huawei. The 2288H V6 and 2488H V6 models provide dual-socket and quad-socket Xeon® Scalable processors in 2U chassis, with up to 45 × 2.5″ HDDs or 34 × NVMe SSDs for high-density storage and strong compute performance XFUSION INTERNATIONAL PTE. LTD.. The lineup also includes 1U to 4U systems such as G5500 V5, 5885H V5, 5288H V5/V6, 2488H V5/V6, 2288H V5/V6, and 1288H V5/V6 to flexibly meet diverse enterprise performance and capacity requirements.

FusionServer G5500 V6 AI Server

The FusionServer G5500 V6 is a 4U dual-socket AI server optimized for deep learning training, inference acceleration, and high-performance computing (HPC) huawei. It supports 3rd-Gen Intel® Xeon® Scalable processors with up to 270W TDP, delivering exceptional compute performance huawei. With room for eight FHFL dual-width GPUs, it achieves massive parallelism for AI workloads huawei. Storage options include 24 × 3.5″ hot-swap SAS/SATA drives or combinations of NVMe and M.2 SSDs for flexible capacity and speed huawei. Titanium-level redundant power supplies and N+1 fan redundancy ensure continuous, reliable operation in demanding environments huawei.

FusionServer 2288H V6 2U Rack Server

The FusionServer 2288H V6 is a versatile 2U, dual-socket rack server tailored for cloud, virtualization, databases, and big data processing XFUSION INTERNATIONAL PTE. LTD.. It accommodates 1–2 × 3rd-Gen Intel® Xeon® Scalable CPUs (up to 270W TDP) and up to 32 DDR4 DIMMs supporting 3200 MT/s or Optane™ PMem modules for high memory capacity XFUSION INTERNATIONAL PTE. LTD.. Storage scales from 8 to 31 × 2.5″ SAS/SATA drives or multiple NVMe SSDs, delivering large local capacity or extreme I/O performance XFUSION INTERNATIONAL PTE. LTD.. Fourteen PCIe 4.0 slots plus two OCP 3.0 bays enable flexible networking and acceleration options, including up to four 300W GPUs XFUSION INTERNATIONAL PTE. LTD.. Integrated FusionDirector software simplifies deployment, monitoring, and lifecycle management XFUSION INTERNATIONAL PTE. LTD..

FusionServer 2488H V6 2U Four-Socket Server

The FusionServer 2488H V6 packs four Intel® Xeon® Scalable processors into a 2U chassis, supporting up to 48 DDR4 DIMMs at 3200 MT/s and 11 PCIe slots for extensive I/O XFUSION INTERNATIONAL PTE. LTD.. It offers 8–25 × front-hot-swap 2.5″ drives or mixed NVMe configurations plus M.2 options, delivering both large capacity and high throughput XFUSION INTERNATIONAL PTE. LTD.. Dual-width GPU support enables AI inference and training acceleration, while patented DEMT and FDM technologies provide intelligent energy saving and high efficiency XFUSION INTERNATIONAL PTE. LTD..

Other FusionServer Models

• FusionServer G5500 V5: Previous-generation 4U dual-socket platform focused on video analytics and database acceleration Huawei Enterprise.

• FusionServer 5885H V5: 4U, four-socket server for large-scale data centers and critical enterprise applications.

• FusionServer 5288H V5/V6: 4U dual- or quad-socket options balancing compute and storage for high-performance databases and analytics.

• FusionServer 2488H V5: Earlier 2U four-socket design for cloud and IDC deployments Huawei Enterprise.

• FusionServer 2288H V5: Prior 2U dual-socket server supporting up to 31 × 2.5″ drives, Intel Select-verified for NFVI XFUSION INTERNATIONAL PTE. LTD..

• FusionServer 1288H V5/V6: 1U dual-socket servers for lightweight cloud and edge computing scenarios.

• Additional Nodes: Includes half-width XH321 V5 liquid-cooled modules, G5200 V7 GPU servers, and other heterogeneous compute nodes to meet varied demands 

  
  

  
  

Overview of Dell PowerEdge Rack Servers

Dell PowerEdge rack servers span multiple form factors—1U, 2U, 3U, and 4U—enabling data centers to right-size compute density and expand capacity as needed Dell. These servers are grouped into one-socket, two-socket, and four-socket classes, supporting a range of Intel® Xeon® and AMD EPYC processors for workloads from virtualized infrastructure to AI inferencing Dell.

PowerEdge generations follow a clear naming convention (e.g., R650 is a two-socket, 1U server in the 15th generation) that helps IT teams identify platform capabilities at a glance Dell. The most recent 17th-generation rack servers (R650, R750, R760, etc.) deliver enhanced core counts, faster memory, and expanded NVMe-over-Fabric support for modern workloads Dell.

Key Features Across the Portfolio

Scalable CPU Options: From single-socket R260 to quad-socket R940, PowerEdge offers up to 64-core Intel Xeon or 128-core AMD EPYC configurations Wikipedia.

Flexible Storage: Drive bay options range from 4 SFF in R260 up to 32 NVMe bays in R750xa, with support for communal NVMe fabrics Dell.

Advanced Management: iDRAC9 with Lifecycle Controller provides automated provisioning, monitoring, and firmware updates across the fleet Dell.

Security & Resilience: Features like Secure Boot, System Erase, and Silicon-root of Trust ensure platform integrity; redundant PSUs and hot-swap fans guarantee uptime Dell.

AI-Ready Options: The PowerEdge XE9680 supports up to 8x NVIDIA H100 GPUs for training and inference, tied into Dell’s AI Factory with NVIDIA platform.

BoyuTechs’ Refurbished “Like New” Servers

BoyuTechs offers professionally refurbished Dell PowerEdge rack servers in all standard U-heights, each tested to “like new” standards and backed by a one-year money-back guarantee. Their portfolio covers:

• 1U Models: R260, R350, R650 for edge and light-weight virtualization Dell.

• 2U Models: R740, R750 for balanced compute/storage workloads Dell.

• 3U/4U Models: R940 and XE9680 for high-density, four-socket or GPU-accelerated applications.

Their experts guide customers through custom configurations (CPU, memory, storage, networking) or suggest ready-to-deploy builds, ensuring performance and cost-efficiency.

References

1. Dell PowerEdge Rack Server lineup Dell

2. Dell PowerEdge rack servers by socket count Dell

3. Identifying Dell PowerEdge generations and features Dell

4. List of PowerEdge models across generations Wikipedia

5. Quick Reference Guide to PowerEdge rack servers Dell

6. AI-optimized PowerEdge XE9680 with NVIDIA GPUs

7. Latest 17th-generation server specs Dell

8. R640 and R740 model details on third-party site

9. Four-socket R940 overview

10. Management and security features (iDRAC9, Secure Boot) Dell

    
    Dell’s PowerEdge R-series encompasses a broad range of 1U–4U rack servers designed for diverse workloads—from entry-level to high-performance and GPU-accelerated compute. Each model number encodes its generation and positioning: lower first digits (e.g., R330, R440) denote 14th-gen entry-level servers, mid-range numbers (R640, R650, R750) map to 15th-gen platforms with enhanced memory, I/O, and processor options, and higher numbers (R7625, R6625, R6525) represent specialized AMD EPYC‐based architectures for intensive compute and GPU workloads. This lineup allows organizations to select the optimal balance of CPU cores, memory capacity, storage density, and networking performance for virtualization, data analytics, AI/ML, and traditional enterprise applications.

    Model Lineup by Generation

    • 14th Generation (Intel Xeon E-Series & Scalable, entry–mid): R330, R430, R340, R440, R450, R530, R630, R640, R730, R740, R730xd, R740xd, R820, R830, R840, R930 DellDell.

    • 15th Generation (Intel 2nd & 3rd Gen Scalable, mixed workloads): R450, R550 (not listed), R650, R650xs, R6525, R660, R6625, R6615, R740, R750, R760, R7625 DellDell.

    • AMD EPYC Platforms (cloud, HPC, AI/ML): R6515, R6525, R660, R6625, R7625—optimized for high core counts, liquid cooling options, and GPU acceleration Dell.

    Generational Progression

    • Compute & Memory: 14G models support up to 8–12 DDR4 DIMMs; 15G servers double that with DDR4/DDR5 up to 24–32 DIMMs for up to 7.68 TB RAM (R640) and higher in 2 U/4 U chassis Dell.

    • Storage Density: Entry servers (R330/R340) offer up to 4 × 3.5″ or 8 × 2.5″ drives, mid-range (R640/R650) up to 12 × 3.5″ or 24 × 2.5″, while high-density variants (R740xd/R840) support 16–24 drive bays Dell.

    • Networking & I/O: 14G servers include LOM 1 GbE and optional 10 GbE; 15G platforms introduce dual 10/25 GbE SFP28 and PCIe 4.0/5.0 expansion designed for accelerated workloads Dell.

    • Management & Security: All generations employ iDRAC remote management; newer iDRAC9 Enterprise modules provide lifecycle automation, firmware updates, and hardware telemetry Dell.

    Key Capabilities by Series

    Series	U-Height	CPU Options	Max Memory	Drive Bays	Network Options	GPU Capable
    R330/R340	1U	Intel E-2200/E-2100	64 GB DDR4	4× 3.5″ or 8× 2.5″	1 GbE, optional 10 GbE	No
    R440/R450	1U	Intel 2nd/3rd Gen Xeon Scalable	256 GB DDR4	4× 3.5″ or 8× 2.5″	1 GbE, 10 GbE, optional 25GbE	Limited (R450 GPU kit)
    R630/R640	1U	Intel 2nd Gen Xeon Scalable	3 TB DDR4	12× 2.5″	1/10/25 GbE	Up to two single-width GPUs
    R650/R660	1U/2U	Intel 3rd Gen Xeon Scalable	7.68 TB DDR4	4× 3.5″ or 8×/10× 2.5″	10/25 GbE SFP28	Up to three single-width GPUs
    R730/R740	2U	Intel E5-2600 v3/v4 & 2nd Gen Scalable	3 TB DDR4	8× 3.5″ or 16–24× 2.5″	10/25 GbE, optional IB	Up to three dual-width GPUs
    R750/R760	2U	Intel 3rd Gen Xeon Scalable	6 TB DDR4/5	16× 2.5″ or 24× 2.5″	10/25/100 GbE, HDR IB	GPU-capable with PCIe 5.0 slots
    R6515/R6525	1U/2U	AMD EPYC 7002/7003	4–8 TB DDR4/5	4–24 drive bays	10/25/100 GbE	Supports high-density GPU trays
    R7625/R6625	2U	AMD EPYC 7003/9004	8 TB DDR5	12× 3.5″ or 24× 2.5″	10/25 GbE, optional IB	Liquid cooling + 8-GPU modules

    Data compiled from Dell PowerEdge Quick Reference Guides​Dell and product pages​Dell

    Usage Scenarios

    • Virtualization & Cloud: R640/R650 cluster nodes deliver high core density and memory capacity for VMware, Hyper-V, and container platforms, enabling large-scale VM deployments. Dell

    • High-Performance Compute (HPC): R750/R7625 with liquid cooling and EPYC CPUs power scientific simulations, financial risk modeling, and engineering workloads with sustained performance. Dell

    • AI/ML & GPU-Accelerated: R760 and R7625 accommodate 8 × double-wide GPUs (e.g., NVIDIA A100/H100), providing the parallelism required for deep learning training and inference. Dell

    • Edge & SMB: R330/R340 deliver cost-effective 1U solutions for remote office, branch office, and small-business web, file, and application hosting. Dell

    Frequently Asked Questions (FAQs)

    1. How do I determine the correct PowerEdge generation?
       Check the first digit after the “R” (e.g., R640 is 14G, R650 is 15G, R650xs is 15G) and refer to Dell’s generation guide for detailed mapping​Dell.

    2. What distinguishes R740xd from R740?
       The R740xd offers higher drive density (up to 24 × 2.5″) and greater storage flexibility for software-defined storage solutions, whereas R740 focuses on balanced compute and I/O. Dell.

    3. Can AMD EPYC-based R-series servers use liquid cooling?
       Yes—models like R7625 and R6525 support optional liquid-cooling kits to handle high-TDP EPYC CPUs for sustained workload performance. Dell.

    4. How do I choose between R650 and R660?
       Select R650 for dense 1U deployments with up to 8 drives; choose R660 (2U) when you need more memory slots and additional PCIe expansion for GPU or FPGA cards. Dell.

Unlock Exclusive Savings on HPE ProLiant Servers PN QH7Y5N – DL380, DL360, ML350 & DL580 Sale

Keywords
HPE ProLiant DL380, HPE ProLiant DL360, HPE ProLiant ML350, HPE ProLiant DL580, HPE ProLiant DL480, HPE ProLiant DL385, HPE ProLiant DL325, enterprise rack servers, configurable HPE servers, HPE server sale, HPE PN QH7Y5N

Description
Elevate your data-center performance with our HPE ProLiant server lineup, featuring models such as the DL380, DL360, ML350, DL580, and DL480. The HPE ProLiant DL380 leads the pack in balanced compute and I/O, while the compact HPE ProLiant DL360 delivers full Xeon performance in a 1U chassis. The versatile HPE ProLiant ML350 tower server blends enterprise redundancy with rack-mount flexibility.

For mission-critical workloads, the HPE ProLiant DL580 offers four-socket scalability, and the high-density HPE ProLiant DL385 and DL325 AMD-powered servers provide cost-effective multi-core performance. The rack-optimized HPE ProLiant DL480 further extends capacity with generous drive bays and powerful CPU options.

All our HPE ProLiant servers—including the DL380, DL360, ML350, DL580, DL480, DL385, and DL325—are available brand-new with full factory warranties. Choose preconfigured builds for rapid deployment or fully customize CPU, memory, storage, and networking to match your precise requirements.

Key Features

• Scalable Compute: From single-socket DL360/DL325 to four-socket DL580, all supporting Intel® Xeon® or AMD EPYC® CPUs.

• Flexible Form Factors: 1U (DL360), 2U (DL380, DL385, DL480), tower/rack convertible (ML350).

• Enterprise-Grade Storage: Up to 24×2.5″ drives in DL380/DL385; up to 12×3.5″ in ML350/DL480.

• High-Availability Design: Redundant power supplies, hot-swap drives, and optional NVMe for maximum uptime.

• Advanced Networking: Optional 10/25/40 GbE and Fibre Channel adapters for low-latency connectivity.

• Remote Management: Integrated iLO 5 for secure, out-of-band administration.

Configuration

Compatibility
All HPE ProLiant models listed share common management tools (iLO 5), power supplies and tool-less rail kits, making them interoperable in mixed racks. Memory modules, power supplies, and NVMe drives are cross-compatible across the DL360, DL380, DL385, and DL480 series (check specific SKU compatibility). Firmware updates applied via HPE SPP ensure consistent security and performance across generations.

Usage Scenarios

1. Virtualization Clusters
   Deploy HPE ProLiant DL380 or DL360 servers in VMware or Hyper-V clusters. Their scalable CPU cores and rich memory capacity allow you to consolidate VMs, simplify licensing, and reduce rack-space consumption.

2. High-Performance Databases
   Use the four-socket DL580 with maximum DDR4 capacity for in-memory databases and analytics workloads. Redundant hardware and NVMe options ensure low latency and high transaction throughput.

3. GPU-Accelerated AI/ML
   Leverage the DL380 or DL385 Ultra configurations—equipped with GPU trays—to train models in TensorFlow or PyTorch. High PCIe lane counts and liquid-cooling options maintain sustained throughput under peak GPU loads.

4. Edge & SMB Deployments
   The compact ML350 and DL325 servers offer enterprise reliability in a small footprint. Ideal for retail point-of-sale, remote offices, or edge gateways requiring moderate compute and storage with minimal management overhead.

Frequently Asked Questions (FAQs)

1. Which ProLiant model is best for virtualization?
   The HPE ProLiant DL380 balances core count and drive capacity, making it ideal for running dozens of VMs with high availability and expandable storage.

2. Can I mix Intel Xeon and AMD EPYC servers in one rack?
   Yes—as long as you standardize on management tools (iLO or HPE OneView) and ensure firmware compatibility, you can operate ProLiant DL385 (AMD EPYC) alongside DL380 (Xeon) servers.

3. How do I configure GPU acceleration?
   Choose the DL380 or DL385 Ultra variant, add the HPE GPU Tray and appropriate power-supply upgrades, then install NVIDIA® Tesla™ or AMD Instinct™ GPU cards per HPE’s quick-specs.

4. What warranty and support options are available?
   All new HPE ProLiant servers include a standard one-year warranty. Optional HPE Foundation Care or ProLiant Care packs extend coverage to three or five years with on-site support and Fast Replacement service.

Limited-Time Savings on Inspur NF5466M6 4U Rack Server PN NF5466M6 – High-Density AI & Storage Solution

Keywords
Inspur NF5466M6, Inspur NF5466M5, Inspur NF5468M6, Inspur NF8480M6, Inspur NF8260M5, dual-socket rack server, 4U GPU server, custom rackmount PC, high-performance Inspur servers, enterprise rackmount solutions

Description
Inspur’s NF5466M6 rack server delivers a perfect balance of compute, memory, storage, and expansion—ideal for AI, virtualization, and large-scale data environments. With dual-socket support for the latest Intel® Xeon® Gold processors, the NF5466M6 unlocks massive parallelism for demanding workloads.

Building on that foundation, the NF5466M5 and NF5468M6 variants offer tailored configurations: NF5466M5 focuses on storage density with up to 24 hot-swap bays, while NF5468M6 adds GPU-optimized trays for AI inference. The broader NF series includes 2U GPU servers such as the NF8260M5 and NF5280M6, plus the NF8480M6 2U rack PC host—ensuring an Inspur solution for every enterprise need.

All Inspur NF rack servers—from NF8260M5 to NF8480M6 to NF5466M6—ship ready for customization. Choose your CPUs, memory, drives, and GPU options, then deploy quickly thanks to Inspur’s modular, hot-swappable design and comprehensive management tools.

Key Features

• Dual-Socket Performance: Supports two Intel Xeon Gold or Silver CPUs for up to 64 cores.

• Massive Memory: Up to 2 TB DDR4 RDIMM across 32 slots (NF5466M6).

• Storage Density: Up to 24×3.5″ hot-swap bays (NF5466M5/6) or 16×2.5″ NVMe (NF8480M6).

• GPU-Ready: NF5468M6 and NF8260M5 provide up to 8 full-height PCIe GPU slots.

• Flexible Form Factors: 2U (NF8260M5, NF8480M6), 4U (NF5466M6, NF5466M5), and blade-style options.

• Redundancy & Reliability: Hot-swap PSUs, fans, and drives; ECC memory; integrated hardware monitoring.

• Easy Management: Inspur InCloud or Redfish API for remote deployment and firmware updates.

Configuration

Compatibility
All Inspur NF series servers share a common chassis design, power architectures, and management interfaces, allowing you to mix NF8466, NF8480, NF8260, and NF5466 models in the same rack. PCIe Gen4 slots and standard OCP networking bays ensure you can deploy the latest add-in cards and 25/40 GbE adapters. Each model supports Linux (RHEL, Ubuntu) and Windows Server, plus container-orchestration via Kubernetes.

Usage Scenarios

1. AI Training & Inference
   Leverage the NF5468M6’s eight GPU slots for large-scale deep-learning frameworks. Its high memory bandwidth ensures data pipelines remain saturated under peak workloads.

2. Virtualized Cloud & VDI
   Deploy clusters of NF5466M6 servers in your private cloud. Dual-socket CPUs and up to 2 TB RAM allow hundreds of VMs or thousands of containers to run concurrently.

3. Enterprise Storage & Backup
   Use NF5466M5’s 24 hot-swap bays for large-capacity backup and archive solutions. Combine HDDs and SSDs in hybrid arrays to balance performance and cost.

4. High-Performance HPC
   In 2U form factor, the NF8260M5 combines GPU acceleration—up to eight cards—with dual-CPU compute, ideal for scientific simulations and financial modeling.

Frequently Asked Questions (FAQs)

1. Which Inspur model is best for GPU-heavy workloads?
   For maximum GPU density, choose the NF5468M6 (8× full-height GPU slots) or NF8260M5 (8× cards in 2U) for large parallel training tasks.

2. Can I mix HDDs and NVMe drives?
   Yes. The NF5466M6 chassis supports hybrid configurations—mix 3.5″ HDDs and 2.5″ NVMe drives—while NF8480M6 is optimized for NVMe-only arrays.

3. What remote-management tools are available?
   Inspur InCloud provides a web UI and RESTful Redfish API. Out-of-band management via IPMI is standard across all NF series models.

4. Are these servers covered by on-site support?
   Yes. Inspur offers factory-warranty with optional 3-year or 5-year on-site response SLAs, including parts, labor, and firmware upgrades.

Supermicro X14, GPU & AMD Server Portfolio PN X14-SYS – Exclusive Rackmount Solutions Sale

Keywords
Supermicro X14 servers, Supermicro GPU servers, Supermicro AMD servers, SYS-112C-TN, AS-4124GO-NART+, AS-1115CS-TNR-G1, enterprise rack servers, high-performance compute, AI ready servers, cloud datacenter servers

Description
Our curated Supermicro server portfolio brings together the latest X14 generation, GPU-accelerated platforms, and AMD-powered systems in one place. Whether you’re building a cloud datacenter or deploying AI inference nodes, these Supermicro X14 servers deliver industry-leading performance and density.

Explore 1U and 2U chassis optimized for storage-only (WIO), hyperconverged workloads (Hyper), or cloud-scale deployments (CloudDC). Each X14 SuperServer features the next-gen Intel Xeon Scalable processors, PCIe Gen5 expansion, and flexible I/O trays for NVMe, U.2, or U.3 drives.

For GPU-heavy applications, our 4U and 5U Supermicro GPU servers—such as the AS-4124GO-NART+ and AS-5126GS-TNRT2—support up to eight double-wide GPUs, advanced cooling, and 4× 100GbE or HDR InfiniBand networking. Meanwhile, our AMD lineup—from the AS-1115CS-TNR-G1 1U Gold Series to the 2U AS-2015HS-TNR SuperServer—offers unparalleled memory bandwidth and core counts for virtualization and HPC.

Key Features

• X14 Generation Platforms: Intel Xeon Scalable Gen 4 support with PCIe Gen5 slots.

• Flexible Chassis Options: 1U CloudDC, Hyper, WIO; 2U Hyper and WIO SuperServers.

• GPU-Optimized Solutions: 4U AS-4124GO-NART+ & 5U AS-5126GS-TNRT2 for AI/ML training.

• High-Core AMD Configurations: 1U and 2U Gold Series AMD EPYC servers.

• Advanced Cooling & Redundancy: Hot-swap fans, PSUs, and tool-less drive trays.

• Enterprise Networking: OCP 3.0 slots, 100GbE and HDR InfiniBand options.

Configuration

Compatibility
All Supermicro X14, GPU, and AMD servers use standard 19″ rack rails and share hot-swap PSUs, fans, and EEPROM management modules. The X14 and GPU platforms support OCP 3.0 NICs, enabling seamless integration of 25/50/100 GbE or InfiniBand cards. AMD Gold Series servers are fully compatible with Linux distributions (RHEL, Ubuntu) and container orchestration via Kubernetes.

Usage Scenarios

1. Cloud Data Centers
   Deploy the 1U CloudDC SYS-112C-TN with dual Intel Xeon Gen4 CPUs and up to 8 NVMe drives for high-density tenant hosting.

2. AI & GPU Accelerated Workloads
   Use the 4U AS-4124GO-NART+ SuperServer with 4–8 high-wattage GPUs for model training in TensorFlow or PyTorch environments.

3. High-Performance Computing (HPC)
   Leverage AMD EPYC Gold Series AS-2015HS-TNR in 2U to run large-scale simulations and data analytics with high core counts and memory bandwidth.

4. Edge & Enterprise Virtualization
   Utilize the 1U Hyper SYS-112H-TN or AS-1115CS-TNR-G1 AMD server at branch offices for cost-effective virtual desktop and application hosting.

Frequently Asked Questions (FAQs)

1. Which Supermicro model is best for GPU-heavy AI training?
   The AS-4124GO-NART+ (4U) and AS-5126GS-TNRT2 (5U) support up to eight double-wide GPUs and advanced liquid-air hybrid cooling for sustained AI workloads.

2. Can I mix Intel and AMD servers in one rack?
   Yes. All X14 and AMD Gold Series servers share rack-mount hardware, power, and management modules. Use centralized BMC or IPMI for unified control.

3. What storage options are supported on X14 WIO models?
   The SYS-112B-WR and SYS-522B-WR support up to 8 or 12 U.3 NVMe drives respectively, offering sub-millisecond latency for real-time analytics.

4. How do I enable high-speed networking?
   Install an OCP 3.0 100GbE or HDR InfiniBand adapter into the designated mezzanine slots on X14 and GPU servers for low-latency, high-bandwidth connectivity.