InMerge G7 series hyper-converged system

InMerge is a hyperconverged system jointly developed with VMware, integrating Inspur's physical infrastructure management platform. It is a cost-effective, highly flexible, and future-oriented IT infrastructure that can be rapidly deployed. inMerge combines enterprise-grade stability and continuity with consumer-grade flexibility and experience, accelerating enterprise digital transformation and application modernization. The inMerge G7 series offers 3 products to meet your needs for performance, storage space, and heterogeneous computing. inMerge1100M7S, suitable for balanced workloads. inMerge1100M7L, suitable for storage-intensive workloads. inMerge1100M7G, suitable for heterogeneous computing business scenarios such as 3D rendering, AI/ML.

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VMware vSAN hyperconverged certified product

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Introduction

Product Features


Flexible and Agile	Quick Launch	Efficient and Reliable	Platinum Service
It can meet the application scenarios of various scales, with agility and simplicity, and can achieve on-demand expansion of the public cloud while ensuring the security, control, and performance of the private cloud infrastructure.	Provides integrated delivery and related training, allowing infrastructure deployment to be completed within minutes (instead of days or weeks), enabling IT teams to focus on applications and services, providing a strong driving force for business.	Ranked first in national server sales, it can provide a reliable platform for hyper-converged solutions. The server will strictly control the quality from various aspects such as component selection, hardware architecture design, production assembly, and quality inspection.	When you need support, the expert team will provide full support for the inMerge solution. Experts will quickly diagnose any hardware or software problems.

Technical Specifications

Components	Description
Specifications	2U rack-mountable, supports rail installation and deployment
Processor	Supports up to 2 Intel ^® Xeon ^® 4th generation (codename Sapphire Rapids) / 5th generation (codename Emerald Rapids) scalable processors Supports up to 64 cores, up to 4.2GHz turbo frequency
Memory	Supports up to 32 DDR5 5600MT/s memory modules Supports RDIMM type
Storage Type	All-flash mode or hybrid mode
Front Panel	123.5” SAS/SATA/NVMe hard drives 242.5” SAS/SATA/NVMe hard drives 25*2.5” SAS/SATA hard drives
Rear Panel	43.5” SAS/SATA hard drives and 42.5” SAS/SATA/NVMe hard drives 43.5” SAS/SATA hard drives and 2SATA M.2
GPU	Supports 4 double-width GPUs or 8 single-width GPUs/graphics cards
Storage Controller	High-performance Raid, SAS storage controller, VMware vSAN compatibility certified
Network	Supports 1Gbps/10Gbps/25Gbps/40Gbps/100Gbps, various specifications of network interface cards such as electrical ports/optical ports. Port type and quantity are selectable as needed.
Power Supply	Supports redundant 800W/1300W/1600W/2000W/2700W hot-swappable power supplies
System Management	Integrates one independent 1000Mbps network interface, specifically for remote management of IPMI
Hyperconverged System Software	Supports VMware full-stack products, including VMware Cloud Foundation, VMware vSphere Foundation, and VMware vSphere Enterprise Plus core products, as well as their corresponding component products
Operating Temperature	5℃-50℃

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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