The Supermicro SBE-414E-422 is a high-density 4U blade enclosure designed for enterprise data centers requiring maximum compute power in minimal space. This enclosure accommodates up to 14 blade servers, delivering exceptional performance density while maintaining efficient cooling and power management.
**Key Features:**
– 4U rackmount form factor housing up to 14 blade servers
– Redundant hot-swappable power supplies and cooling fans
– Advanced thermal management with intelligent fan control
– Tool-less blade installation and removal
– Integrated management module for centralized monitoring
– Support for high-speed interconnects and networking options
**Benefits:**
– Reduces data center footprint by up to 50% compared to traditional rack servers
– Lowers total cost of ownership through shared infrastructure components
– Simplifies cable management and reduces deployment complexity
– Enables rapid scaling and flexible configuration changes
– Minimizes power consumption through efficient shared resources
**Unique Selling Points:**
– Supermicro’s proven blade architecture with enterprise-grade reliability
– Flexible blade compatibility supporting various CPU architectures
– Superior price-performance ratio compared to competitors
– Comprehensive management software suite included
– Designed for 24/7 operation in demanding environments
Ideal for virtualization, cloud computing, high-performance computing, and enterprise applications requiring dense, scalable infrastructure.
The Supermicro SBE-820C-622 is a high-density blade enclosure designed for enterprise data centers requiring maximum compute power in minimal space. This 8U chassis accommodates up to 20 blade servers, delivering exceptional performance density while reducing power consumption and cooling costs by up to 40% compared to traditional rack servers. Key features include redundant hot-swappable power supplies, advanced thermal management with intelligent fan control, and flexible I/O options supporting 10GbE, InfiniBand, and Fibre Channel connectivity. The enclosure offers tool-free blade installation, comprehensive management through Supermicro’s Server Management software, and supports both Intel and AMD processor architectures. Its modular design enables rapid deployment and scaling, making it ideal for virtualization, cloud computing, and high-performance computing environments where space efficiency, energy savings, and simplified management are critical business requirements.
The MBI-310T-4C2 is a high-density SuperMicro SuperBlade server system designed for maximum space efficiency in 3U/6U configurations. This single-socket blade server delivers enterprise-grade performance while minimizing datacenter footprint and power consumption. Key features include hot-swappable blade architecture for zero-downtime maintenance, advanced thermal management for reliable operation, and flexible I/O options supporting high-speed networking and storage connectivity. The system offers exceptional scalability, allowing multiple blades per chassis to dramatically increase compute density compared to traditional rack servers. Its modular design reduces total cost of ownership through shared power supplies, cooling, and management infrastructure, making it ideal for cloud providers, virtualization environments, and high-performance computing applications requiring maximum performance per rack unit.
The MBI-310T-4T2N is a high-density SuperMicro SuperBlade server system designed for maximum space efficiency in 3U/6U configurations. This single-socket blade server delivers enterprise-grade performance while minimizing datacenter footprint and power consumption. Key features include hot-swappable blade architecture for zero-downtime maintenance, advanced thermal management for reliable operation, and flexible I/O options supporting high-speed networking. The system excels in virtualization, cloud computing, and high-performance computing environments where density, scalability, and operational efficiency are critical. Its modular design enables rapid deployment and easy scaling, while SuperMicro’s proven reliability ensures consistent uptime for mission-critical workloads.
The MBI-6119G-C2 is a high-density SuperMicro SuperBlade server system designed for maximum space efficiency in 3U/6U configurations. This single-socket blade server delivers enterprise-grade performance while minimizing datacenter footprint and power consumption. Key features include hot-swappable blade architecture for zero-downtime maintenance, advanced thermal management for reliable operation, and flexible I/O options supporting high-speed networking and storage connectivity. The system offers exceptional scalability, allowing multiple blades per chassis to dramatically increase compute density compared to traditional rack servers. Its modular design reduces total cost of ownership through shared power supplies, cooling, and management infrastructure, making it ideal for cloud providers, virtualization environments, and high-performance computing applications requiring maximum performance per rack unit.
The MBI-6119G-C4 is a high-density SuperMicro SuperBlade server system designed for maximum space efficiency in 3U/6U configurations. This single-socket blade server delivers enterprise-grade performance while minimizing datacenter footprint and power consumption. Key features include hot-swappable blade architecture for zero-downtime maintenance, advanced thermal management for reliable operation, and flexible I/O options supporting various networking and storage requirements. The system offers exceptional scalability, allowing multiple blades per chassis to dramatically increase compute density compared to traditional rack servers. Its modular design reduces total cost of ownership through shared power supplies, cooling, and management infrastructure, making it ideal for cloud providers, virtualization environments, and high-performance computing applications requiring maximum performance per rack unit.
The MBI-6119G-T4 is a high-density SuperMicro SuperBlade server system designed for maximum space efficiency in 3U/6U configurations. This single-socket blade server delivers enterprise-grade performance while minimizing datacenter footprint and power consumption. Key features include hot-swappable blade architecture for zero-downtime maintenance, integrated management capabilities for simplified administration, and optimized thermal design for reliable operation in dense deployments. The system excels in virtualization, cloud computing, and high-performance computing environments where space, power efficiency, and scalability are critical. Its modular blade design enables rapid deployment and easy scaling, while SuperMicro’s proven reliability and cost-effectiveness make it ideal for organizations seeking to maximize computing density without compromising performance or budget constraints.
The MBI-6119G-T7LX is a high-density SuperMicro SuperBlade server system designed for maximum space efficiency in 3U/6U rack configurations. This single-socket blade server delivers enterprise-grade performance while minimizing datacenter footprint and power consumption. Key features include hot-swappable blade architecture for zero-downtime maintenance, advanced thermal management for reliable operation, and flexible I/O options supporting high-speed networking and storage connectivity. The system offers exceptional scalability, allowing multiple blades per chassis to dramatically increase compute density compared to traditional rack servers. Its modular design reduces total cost of ownership through shared power supplies, cooling, and management infrastructure, making it ideal for cloud providers, virtualization environments, and high-performance computing applications requiring maximum performance per rack unit.
The MBI-6119G-T8HX is a high-density SuperMicro SuperBlade server system designed for maximum space efficiency in 3U/6U configurations. This single-socket blade server delivers enterprise-grade performance while minimizing datacenter footprint and power consumption. Key features include hot-swappable blade architecture for zero-downtime maintenance, advanced thermal management for reliable operation, and flexible I/O options supporting high-speed networking and storage connectivity. The system excels in virtualization, cloud computing, and high-performance computing environments where density, scalability, and operational efficiency are critical. Its modular design enables rapid deployment and easy scaling, while SuperMicro’s proven reliability and cost-effectiveness make it ideal for organizations seeking to optimize their infrastructure investment without compromising performance.
The MBI-6119M-C2 is a high-density SuperMicro SuperBlade server system designed for maximum space efficiency in 3U/6U configurations. This single-socket blade server delivers enterprise-grade performance while minimizing datacenter footprint and power consumption. Key features include hot-swappable blade architecture for zero-downtime maintenance, shared infrastructure components that reduce total cost of ownership, and scalable design supporting multiple blades per chassis. The system offers exceptional compute density, simplified cable management, and centralized power/cooling distribution. Ideal for cloud computing, virtualization, and high-performance computing environments where space optimization and operational efficiency are critical. The SuperBlade architecture provides superior performance-per-watt ratios and streamlined management compared to traditional rack servers.
The MBI-6119M-T2N is a high-density SuperMicro SuperBlade server system designed for maximum space efficiency in 3U/6U rack configurations. This single-socket blade server delivers enterprise-grade performance while minimizing datacenter footprint and power consumption. Key features include hot-swappable blade architecture for zero-downtime maintenance, optimized thermal management for reliable operation, and scalable design supporting multiple blades per chassis. The system offers exceptional compute density, reduced cabling complexity, and centralized management capabilities, making it ideal for virtualization, cloud computing, and high-performance computing environments where space, power efficiency, and operational simplicity are critical requirements.
The MBI-6219B-T41N is a high-density SuperMicro SuperBlade server system designed for maximum space efficiency in 3U/6U configurations. This single-socket blade server delivers enterprise-grade performance while minimizing datacenter footprint and power consumption. Key features include hot-swappable blade architecture for zero-downtime maintenance, advanced thermal management for reliable operation, and flexible I/O options supporting high-speed networking and storage connectivity. The system offers exceptional scalability, allowing multiple blades per chassis to dramatically increase compute density compared to traditional rack servers. Its modular design reduces total cost of ownership through shared power supplies, cooling, and management infrastructure, making it ideal for cloud providers, virtualization environments, and high-performance computing applications requiring maximum performance per rack unit.
The MBI-6219B-T63N is a high-density SuperMicro SuperBlade server system designed for maximum space efficiency in 3U/6U configurations. This single-socket blade server delivers enterprise-grade performance while minimizing datacenter footprint and power consumption. Key features include hot-swappable blade architecture for zero-downtime maintenance, advanced thermal management for reliable operation, and flexible I/O options supporting high-speed networking and storage connectivity. The system offers exceptional scalability, allowing multiple blades per chassis to dramatically increase compute density compared to traditional rack servers. Its modular design reduces total cost of ownership through shared power supplies, cooling, and management infrastructure, making it ideal for cloud providers, virtualization environments, and high-performance computing applications requiring maximum performance per rack unit.
The MBI-6219B-T83N is a high-density SuperMicro SuperBlade server system designed for maximum space efficiency in 3U/6U configurations. This single-socket blade server delivers enterprise-grade performance while minimizing datacenter footprint and power consumption. Key features include hot-swappable blade architecture for zero-downtime maintenance, advanced thermal management for reliable operation, and seamless integration with SuperMicro’s blade chassis ecosystem. The system offers exceptional scalability, allowing organizations to deploy multiple compute nodes within a compact form factor, making it ideal for virtualization, cloud computing, and high-performance computing environments where space and energy efficiency are critical. Its modular design reduces total cost of ownership through simplified management, reduced cabling complexity, and optimized cooling efficiency compared to traditional rack-mount servers.
The MBI-6219G-T is a high-density SuperMicro SuperBlade server system designed for maximum space efficiency in 3U/6U rack configurations. This single-socket blade server delivers enterprise-grade performance while minimizing datacenter footprint and power consumption. Key features include hot-swappable blade architecture for zero-downtime maintenance, integrated management capabilities for simplified administration, and optimized thermal design for reliable operation in dense deployments. The system excels in virtualization, cloud computing, and high-performance computing environments where space, power efficiency, and scalability are critical. Its modular blade design enables rapid deployment and easy expansion, while SuperMicro’s proven reliability and cost-effectiveness make it ideal for organizations seeking to maximize computing density without compromising performance or budget constraints.
The MBI-6219G-T7LX is a high-density SuperMicro SuperBlade server system designed for maximum performance in minimal space. This 3U/6U form factor blade server features single CPU socket architecture optimized for Intel processors, delivering enterprise-grade computing power while maintaining exceptional space efficiency. Key benefits include reduced power consumption, simplified cable management, and hot-swappable components for minimal downtime. The system excels in virtualization, cloud computing, and high-performance computing environments where rack space is premium. Its modular blade design enables rapid deployment and scaling, while SuperMicro’s proven reliability ensures consistent uptime. The T7LX designation indicates advanced thermal management and optimized airflow design, making it ideal for data centers requiring maximum compute density without compromising performance or reliability.
The MBI-6219G-T8HX is a high-density SuperMicro SuperBlade server system designed for maximum performance in minimal space. This 3U/6U rackmount solution features single CPU socket architecture optimized for enterprise workloads. Key benefits include exceptional space efficiency through blade design, reduced power consumption per compute unit, simplified cable management, and scalable architecture that grows with business needs. The system delivers enterprise-grade reliability with hot-swappable components, redundant power options, and advanced thermal management. Ideal for data centers requiring high compute density, virtualization environments, cloud infrastructure, and HPC applications where space and power efficiency are critical. The T8HX designation indicates advanced networking capabilities and optimized I/O performance, making it perfect for organizations seeking to maximize computational power while minimizing datacenter footprint and operational costs.
The MBI-6219M-2N is a high-density SuperMicro SuperBlade server system designed for maximum performance in minimal space. This dual-socket blade server supports the latest Intel processors and delivers enterprise-grade computing power in a compact 3U/6U form factor. Key features include redundant power supplies, hot-swappable components, advanced thermal management, and flexible I/O options including high-speed networking capabilities. The system excels in virtualization, cloud computing, and data center consolidation scenarios where space efficiency and scalability are critical. Its blade architecture enables rapid deployment, simplified management, and reduced total cost of ownership while providing exceptional performance density for demanding workloads.
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