InMerge1100M6 series hyper-converged system

InMerge1100 is a hyperconverged system jointly developed by Inspur and VMware. This platform enables rapid deployment and linearly scalable computing and storage resources to match business growth. It offers reliability and stability consistent with traditional architectures, significantly reducing the complexity and barriers to entry for building application cloud platforms. It is primarily suitable for cloud data centers, virtual desktop infrastructure (VDI), disaster recovery, remote offices/branch offices (ROBO), edge computing, development and testing platforms, industry clouds/private clouds, and other business scenarios. The inMerge1100M6 series offers three products: inMerge1100M6S, designed for I/O-intensive workloads; inMerge1100M6L, designed for storage-intensive workloads; inMerge1100M6G, designed for 3D rendering, AI/ML, and other workloads.

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VMware vSAN hyperconverged certified product

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Introduction

Product Features


Quick Launch	Reliable Quality	Professional Services	Flexible and Agile
Provides all-in-one delivery and related training, enabling the deployment of infrastructure in minutes (rather than days or weeks). This allows IT teams to focus on applications and services, providing strong support for business operations.	The server provides a reliable platform for hyper-converged solutions. Quality is ensured through strict control at every stage, from component selection and hardware architecture design to production assembly and quality inspection.	Inspur's expert team provides comprehensive support for the InMerge1100 solution when you need it. Experts will quickly diagnose any hardware or software issues.	It can meet the needs of various application scenarios of all scales, offering agility and simplicity. It enables on-demand expansion of public cloud infrastructure while ensuring the security, control, and performance of private infrastructure.

Technical Specifications

Highlights balanced storage and computing performance, suitable for most of your enterprise-level applications. Supports heterogeneous computing GPU configurations, suitable for AI, VDI, and other scenarios.

Components	Description
Specifications	2U
Processor	Supports up to 2 Intel ^® Xeon ^® 3rd Generation Scalable Processors
Memory	Supports up to 32 memory modules, maximum speed 3200MT/s
GPU	Supports up to 4 double-width or 8 single-width GPUs
Network	Provides no less than 2 network interfaces, with options for Gigabit, 10 Gigabit, and 25Gb specifications
Storage	Front-end supports up to 12 3.5-inch or 25 2.5-inch drive bays, supporting solid-state drives and hard disk drives, and mixed and all-flash configurations
Supported Software	Supports VMware's full-stack products, including VMware Cloud Foundation, VMware vSphere Foundation, and VMware vSphere Enterprise Plus core products, as well as their corresponding component products

Note 1: The compatible components of this product (including but not limited to type) may be added or normally eliminated due to continuous improvement of product compatibility and industry technology evolution.

Note 2: The inMerge1100 M6 series hyper-converged system is based on the Inspur NF5280 M6 server. The technical specifications and manufacturing standards are consistent. Please consult the Inspur technical support team for professional advice based on the application characteristics, environment, and power facility requirements of your equipment.

Note 3: All-in-one devices are not currently available for overseas sales. Please consult the Inspur technical support team for certification node requirements.

Supports 8 service boards, supports load sharing and mutual backup
Supports 2 master control units TL-CS10800-MPUA, supports dual-machine hot standby and load balancing. When one master control unit fails, the backup master control unit can quickly take over.
Supports 2 switching network boards TL-CS10800-SFUA, supports dual-machine hot standby. When one switching network board fails, the backup switching network board can quickly take over.
Supports 4 power modules, supports load balancing and redundant backup, reducing the risk of equipment downtime and service interruption.
Provides 10 fan modules, supports automatic speed adjustment and real-time speed display. Key fan modules support redundant backup, improving reliability and ensuring that the chassis operates within the normal temperature range.
Service boards, master control boards, switching network boards, power modules and fan modules all support hot-swap technology, coupled with a series of fault detection and judgment mechanisms, greatly improving equipment reliability.

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