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Lenovo ThinkSystem DB630S 2U Gen 6 Fibre Channel SAN Switch – Scalable 48–128-Port Q-Flex with Encryption & Compression
Keywords
pay-as-you-grow scalability, DB630S, 128 ports, Q-Flex ports, Gen 6 Fibre Channel, in-flight encryption, data compression, 780 ns latency, 566 Mfps, 200 M IOPS, REST API, Fabric Vision
Description
The Lenovo ThinkSystem DB630S delivers industry-leading pay-as-you-grow scalability in a compact 2U chassis, expanding seamlessly from 48 up to 128 active ports. Each Q-Flex port can trunk up to eight 128 Gbps links for a single logical ISL, maximizing bandwidth without adding rack-space overhead.
Built on market-leading Gen 6 Fibre Channel technology, the DB630S achieves up to 566 million frames per second and up to 200 million IOPS, while maintaining port-to-port latency under 780 ns (with FEC). In-flight encryption and data compression optimize long-haul performance and secure data in transit.
Designed for mission-critical environments, the DB630S integrates enterprise RAS features, hot-swap power supplies and fans, and Lenovo’s Fabric Vision® analytics—IO Insight and VM Insight—for deep visibility and rapid troubleshooting via embedded REST APIs.
Key Features
- “Pay-as-you-grow scalability” from 48 to 128 active ports in 2U
- High-density Q-Flex ports: 128 Gbps per port, up to eight-way ISL trunking (256 Gbps full-duplex)
- Gen 6 Fibre Channel: up to 566 Mfps throughput, ≤780 ns latency (with FEC)
- In-flight encryption & compression for secure, optimized long-distance links
- Enterprise RAS: hot-swap PSUs & fans, integrated routing software, F/E/EC/D port support
- Fabric Vision® analytics: IO Insight & VM Insight for monitoring and rapid root-cause analysis
- Programmable port speeds: auto-sense 4/8/16/32 Gbps and support for 128 Gbps
Configuration
Specification Details Model DB630S Chassis 2U rack-mount, rear-to-front airflow Ports (active) 48 (entry) / 96 (enterprise) with expansion to 128 (Port-on-Demand) Port Types F_Port, E_Port, EC_Port, D_Port; 32 Gbps SWL FC transceivers standard; 128 Gbps QSFP+ Q-Flex options Performance Auto-sense 4/8/16/32 Gbps; up to 128 Gbps; 566 Mfps; 200 M IOPS; ≤780 ns latency ISL Trunking Frame-based trunking (Enterprise bundle): up to 8 × 32 Gbps links (256 Gbps/512 Gbps duplex) Aggregate Bandwidth 4 Tbps Encryption & Compression In-flight AES-256 encryption; hardware-offload compression (1 µs per node) Management REST APIs; Fabric Vision® with IO Insight and VM Insight Redundancy 2 hot-swap PSUs; 3 hot-swap fans Warranty 1-year hardware & firmware; optional upgrades Compatibility
The DB630S is Certified for major SAN platforms including Dell EMC PowerStore/Unity, NetApp AFF/ONTAP, HPE 3PAR/Prime, and IBM FlashSystem. It integrates with VMware vSphere, Microsoft Hyper-V, and OpenStack through native drivers, and supports major backup and replication solutions from Veeam, Commvault, and Veritas.
Usage Scenarios
In hyperscale data centers, leverage the DB630S’s high-density Q-Flex ports and 4 Tbps fabric to interconnect storage clusters and significantly reduce rack footprint, while maintaining low latency for real-time analytics workloads.
For enterprise disaster-recovery sites, the built-in in-flight encryption and compression protect data over long-haul ISLs, ensuring secure, high-throughput replication between primary and secondary SAN fabrics.
In virtualized environments, REST API automation combined with Fabric Vision® analytics accelerates deployment and troubleshooting of large SAN fabrics, reducing manual configuration errors and increasing operational agility.
Frequently Asked Questions
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Q1: How does “pay-as-you-grow scalability” work on the DB630S?
A: You start with 48 active ports and license additional ports in 24-port or 8-port increments up to 128, enabling CAPEX-friendly expansion without chassis swaps. -
Q2: Can the DB630S support full fabric encryption?
A: Yes. In-flight AES-256 encryption secures all SAN traffic with minimal performance impact, thanks to dedicated hardware offload. -
Q3: What automation options are available?
A: The embedded REST APIs allow integration with Ansible, Puppet, and other orchestration tools for zero-touch deployments and health monitoring. -
Q4: How does Fabric Vision® improve uptime?
A: Fabric Vision® provides real-time IO Insight and VM Insight telemetry, predictive alerts, and end-to-end performance dashboards to detect and resolve issues before they impact applications.
สินค้าที่เกี่ยวข้องกับรายการนี้
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ThinkSystem DB630S - 96 พอร์ตพร้อม 32GB SWL SFP, อ... - หมายเลขชิ้นส่วน: DB630S...
- ความพร้อมใช้งาน:In Stock
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- ราคาหลักคือ:$223,798.00
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ThinkSystem DB630S - 96 พอร์ตพร้อม 32GB SWL SFP, 2... - หมายเลขชิ้นส่วน: DB630S...
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ใหม่ ThinkSystem DB630S สวิตช์ไฟเบอร์ช่องทาง - 96 ... - หมายเลขชิ้นส่วน: DB630S...
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ThinkSystem DB630S Fiber Channel Switch - 96 พอร์ต... - หมายเลขชิ้นส่วน: DB630S...
- ความพร้อมใช้งาน:In Stock
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ระบบ ThinkSystem คุณภาพระดับพรีเมี่ยม DB630S: สวิต... - หมายเลขชิ้นส่วน: 630S,DB630S...
- ความพร้อมใช้งาน:In Stock
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- ราคาหลักคือ:$235,122.00
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ThinkSystem ใหม่ล่าสุด DB630S: สวิตช์ 96 พอร์ตพร้อ... - หมายเลขชิ้นส่วน: 630S,DB630S...
- ความพร้อมใช้งาน:In Stock
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- ราคาหลักคือ:$239,741.00
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ใหม่ ThinkSystem DB630S, 96 พอร์ตพร้อม 32GB SWL SF... - หมายเลขชิ้นส่วน: 630S,DB630S...
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- ราคาหลักคือ:$242,721.00
- ราคาของคุณ: $149,000.00
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- แชทตอนนี้ ส่งอีเมล
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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
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Dual-Socket Performance: Supports two Intel Xeon Gold or Silver CPUs for up to 64 cores.
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Massive Memory: Up to 2 TB DDR4 RDIMM across 32 slots (NF5466M6).
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Storage Density: Up to 24×3.5″ hot-swap bays (NF5466M5/6) or 16×2.5″ NVMe (NF8480M6).
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GPU-Ready: NF5468M6 and NF8260M5 provide up to 8 full-height PCIe GPU slots.
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Flexible Form Factors: 2U (NF8260M5, NF8480M6), 4U (NF5466M6, NF5466M5), and blade-style options.
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Redundancy & Reliability: Hot-swap PSUs, fans, and drives; ECC memory; integrated hardware monitoring.
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Easy Management: Inspur InCloud or Redfish API for remote deployment and firmware updates.
Configuration
Model | Form Factor | CPU Options | Memory Capacity | Storage Bays | GPU Slots |
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NF5466M6 | 4U | 2× Intel Xeon Gold (up to 28 cores ea.) | Up to 2 TB DDR4 | 24×3.5″ hot-swap | 4× FH PCIe |
NF5466M5 | 4U | 2× Intel Xeon Silver/Gold | Up to 1 TB DDR4 | 24×3.5″ hot-swap | 2× FH PCIe |
NF5468M6 | 4U | 2× Intel Xeon Silver/Gold | Up to 1 TB DDR4 | 16×3.5″ + GPU trays | 8× FH PCIe |
NF8480M6 | 2U | 1× Intel Xeon Gold 5315Y/6330A | Up to 512 GB DDR4 | 8×2.5″ NVMe | 2× FH PCIe |
NF8260M5 | 2U | 2× Intel Xeon Gold | Up to 512 GB DDR4 | 8×2.5″ SAS/SATA | 8× FH PCIe |
NF5280M6 | 2U | 1× Intel Xeon Silver/Gold | Up to 256 GB DDR4 | 8×2.5″ SAS/SATA | 4× LP PCIe |
NF5270M6 | 2U | 2× Intel Xeon Silver | Up to 256 GB DDR4 | 8×2.5″ or 4×3.5″ | – |
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
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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. -
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. -
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. -
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)
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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. -
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. -
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. -
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
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X14 Generation Platforms: Intel Xeon Scalable Gen 4 support with PCIe Gen5 slots.
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Flexible Chassis Options: 1U CloudDC, Hyper, WIO; 2U Hyper and WIO SuperServers.
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GPU-Optimized Solutions: 4U AS-4124GO-NART+ & 5U AS-5126GS-TNRT2 for AI/ML training.
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High-Core AMD Configurations: 1U and 2U Gold Series AMD EPYC servers.
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Advanced Cooling & Redundancy: Hot-swap fans, PSUs, and tool-less drive trays.
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Enterprise Networking: OCP 3.0 slots, 100GbE and HDR InfiniBand options.
Configuration
Category | Model Series | Form Factor | CPU Family | Max GPUs | Drive Bays |
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X14 Servers | SYS-112C-TN, SYS-112H-TN, SYS-122H-TN, SYS-112B-WR | 1U | Intel Xeon Scalable Gen4 | – | Up to 4× U.3 or 8×2.5″ |
SYS-212H-TN, SYS-222H-TN, SYS-522B-WR | 2U | Intel Xeon Scalable Gen4 | – | Up to 12× U.3 or 24×2.5″ | |
GPU Servers | AS-4124GO-NART+ | 4U | Intel Xeon Scalable | 4–8 | 12× U.3 + GPU trays |
AS-4125GS-TNRT2, AS-5126GS-TNRT, AS-5126GS-TNRT2 | 4U/5U | Intel Xeon Scalable H13/H14 | 8 | 16× U.3 + GPU trays | |
AMD Servers | AS-1115CS-TNR-G1, AS-1115HS-TNR-G1, AS-1125HS-TNR-G1 | 1U | AMD EPYC™ 7003/7004 Series | – | Up to 8×2.5″ |
AS-2015CS-TNR-G1, AS-2015HS-TNR | 2U | AMD EPYC™ 7003/7004 Series | – | Up to 12×2.5″ |
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
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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. -
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. -
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. -
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)
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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. -
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. -
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. -
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.