The Supermicro SYS-112H-TN-02-G2 Hyper SuperServer is a high-performance 1U rackmount platform designed to support demanding data centre environments where processing power, memory capacity, and storage flexibility are essential. Equipped with an Intel Xeon 6 processor, 1TB of DDR5 memory, and redundant Titanium-level power supplies, it delivers the resources required for virtualization, cloud infrastructure, AI workloads, and large-scale business applications. Its compact design maximises rack space while providing extensive expansion options, fast networking capabilities, and support for modern NVMe storage, making it a versatile choice for organisations looking to deploy powerful computing resources within a dense server environment.
Key Features of Supermicro SYS-112H-TN-02-G2
Intel Xeon 6731P processor with 32 cores and 64 threads
1TB DDR5-5200 ECC RDIMM memory installed
Dual 1200W Titanium-level redundant power supplies
Support for up to 12 hot-swap NVMe, SAS, or SATA drives
PCIe 5.0 expansion architecture
Quad-port 25GbE networking connectivity
Dedicated remote management interface
GPU-ready platform for AI and accelerated workloads
1U rackmount form factor for space-efficient deployments
Powerful Compute Performance
Built around the Intel Xeon 6 architecture, the SYS-112H-TN-02-G2 delivers substantial processing capability for multi-threaded applications, virtualization hosts, database platforms, and compute-intensive services. Its high core count provides the performance needed to handle demanding workloads while maintaining efficient resource allocation.
Large Memory Capacity
With 1TB of installed DDR5-5200 ECC memory, this server is well suited to memory-intensive environments. The platform supports significant memory expansion, allowing organisations to accommodate growing application requirements, larger virtual machine deployments, and demanding data processing tasks.
Flexible Storage and Expansion
The system supports a wide range of storage configurations through its hot-swap drive bays and PCIe 5.0 infrastructure. This flexibility allows administrators to deploy high-speed NVMe storage, increase networking capabilities, or add specialised accelerator cards to meet changing operational requirements.
Designed for Continuous Operation
Dual 1200W Titanium-level power supplies provide redundancy for critical environments where uptime is essential. Combined with hot-swap cooling components and remote management features, the server supports streamlined maintenance and dependable day-to-day operation within busy data centre installations.
The Supermicro AS-2115HS-TNR-01-G2 Hyper A+ Server delivers exceptional computing capability in a compact 2U platform, making it well suited for modern data centres, virtualization clusters, AI-driven applications, and large-scale storage environments. Equipped with AMD EPYC processing technology, 1.5TB of DDR5 memory, and extensive PCIe 5.0 connectivity, this server is designed to handle demanding workloads while providing room for future expansion. Its combination of high-capacity storage support, redundant Titanium-rated power supplies, and advanced management tools makes it a dependable platform for organisations seeking consistent performance across business-critical infrastructure.
Key Features of Supermicro AS-2115HS-TNR-01-G2
1.5TB DDR5-4000 ECC memory configuration
Supports AMD EPYC 9004 and 9005 Series processors
24 hot-swap NVMe, SAS, and SATA drive bays
PCIe 5.0 expansion architecture
Dual redundant 1600W Titanium-level power supplies
Support for GPU acceleration cards
Dedicated remote management interface
Dual onboard M.2 NVMe boot drive support
High-density 2U rackmount chassis
Comprehensive security and monitoring capabilities
Built for Demanding Workloads
The AS-2115HS-TNR-01-G2 combines powerful AMD EPYC processing with large-scale DDR5 memory capacity to support virtualization, cloud computing, analytics, and AI-focused tasks. Its architecture is designed to maintain consistent throughput when handling intensive applications and large datasets.
Extensive Storage Flexibility
With twenty-four front-access hot-swap drive bays supporting NVMe, SAS, and SATA storage, the server offers considerable flexibility for organisations managing growing data requirements. The platform can be configured for high-speed performance, large-capacity storage pools, or a balanced combination of both.
Ready for Future Expansion
PCIe 5.0 technology provides the bandwidth required for next-generation networking adapters, storage controllers, and accelerator cards. Support for GPU installation allows the platform to accommodate AI processing, machine learning workloads, and graphics-intensive applications as requirements evolve.
Reliable Infrastructure Management
Redundant 1600W Titanium-rated power supplies contribute to continuous operation, while integrated remote management tools simplify administration and monitoring. Combined with advanced firmware protection and security features, the platform helps maintain system availability across demanding deployment environments.
1: Full redundancy based on configuration and application load
2: Slots 1,2,3,4,5,6 are not available with 24 NVMe configuration
Slots 3,4,5,6 are not available with 20 NVMe configuration
The Supermicro AS-2126HS-TN-01-G2 Hyper SuperServer is built around a high-density dual-processor architecture designed for heavy compute workloads and fast data movement. With AMD EPYC processing power paired with DDR5-6400 memory capacity up to 1.5TB, it supports demanding virtualization environments, analytics platforms, and accelerated computing tasks within a compact 2U chassis.
Key Features of Supermicro AS-2126HS-TN-01-G2
Dual AMD EPYC processor platform with high core density
Up to 1.5TB DDR5-6400 ECC memory support
2U rackmount design for dense compute deployment
Dual 2000W Titanium-level redundant power supplies
PCIe 5.0 expansion support for GPUs and accelerators
Flexible NVMe/SATA storage configuration options
High-speed networking capability with modular expansion support
Compute Density
This system delivers a high core-count configuration with dual CPU support, enabling large-scale parallel workloads and multi-tenant virtual machines. The architecture is designed to handle intensive processing loads while maintaining balanced thermal and power distribution across the platform.
Memory & Throughput
Equipped with DDR5-6400 memory support, the platform enables fast data access and high bandwidth performance for memory-intensive applications. The large memory footprint allows efficient handling of large datasets, in-memory databases, and concurrent workloads.
Storage & Expansion
The chassis supports flexible storage configurations with NVMe and SATA options, along with multiple PCIe 5.0 expansion slots. This allows integration of high-speed storage arrays and accelerator cards for compute-heavy environments.
The Supermicro SYS-222H-TN-01-G2 Hyper SuperServer is a high-density 2U platform built to support demanding compute workloads with a focus on scalable memory capacity and high-throughput processing. It is configured with 1TB of DDR5-6400 memory and dual 2000W Titanium-level redundant power supplies, supporting sustained operation in intensive data environments.
Key Features of Supermicro SYS-222H-TN-01-G2
2U rackmount server platform designed for dense compute workloads
1TB DDR5-6400 high-bandwidth memory configuration
Dual 2000W Titanium-level redundant power supplies
Designed for high-throughput and memory-intensive environments
Flexible deployment for virtualization and data processing workloads
NVMe, SAS3 or SATA3 support requires additional parts
Memory Architecture
Equipped with 1TB of DDR5-6400 memory, the system supports high-speed data access and large-scale in-memory workloads. This configuration is suitable for virtualization layers, analytics processing, and memory-intensive applications.
Power Design
Dual 2000W Titanium-rated power supplies provide redundant power delivery with high efficiency characteristics. This setup supports continuous operation and stable power distribution across demanding compute cycles.
System Overview
This platform is designed around a balanced architecture that prioritises compute density and memory bandwidth. The 2U chassis format allows flexible deployment in rack environments where space efficiency and high processing capability are required.
1: Requires additional parts
2: Not available in 16 & 24 NVMe drive bay configurations
The Supermicro AS-1126HS-TN-01-G2 Hyper SuperServer is a compact 1U dual-socket platform built for heavy compute density, supporting AMD EPYC processors alongside large-scale DDR5 memory capacity and high-speed I/O. It is designed for workloads that require strong parallel processing, fast memory access, and flexible expansion within a tightly packed rack footprint.
Key Features of Supermicro AS-1126HS-TN-01-G2
Dual AMD EPYC 9004/9005 series CPU support for high core density workloads
Up to 1.5TB DDR5-6400 ECC memory capacity
PCIe 5.0 expansion slots for high-speed networking and accelerator cards
Flexible storage configuration with NVMe, SATA, and SAS options
Dual redundant 1600W Titanium efficiency power supplies
1U rackmount design for high-density deployment environments
Integrated remote management with IPMI and KVM over IP support
*NVMe/SATA support requires additional parts
Memory Capacity
With support for up to 1.5TB DDR5-6400 memory, the system provides wide bandwidth and large capacity headroom for memory-heavy workloads such as virtualization clusters, caching layers, and analytical processing tasks.
Expansion and Connectivity
PCIe 5.0 support and flexible slot configuration allow integration of high-speed networking cards, storage controllers, and accelerator hardware, supporting adaptable system design for different compute environments.
Power and Thermal Design
Dual 1600W Titanium-rated redundant power supplies provide stable energy delivery under sustained workloads, while the thermal layout is engineered to maintain airflow efficiency in dense 1U deployments.
Compute Architecture
Dual AMD EPYC CPU support allows the system to scale core density significantly, making it suitable for workloads with high thread demand and sustained processing loads. The platform is structured to handle intensive multitasking across distributed applications.
