TYAN GN70(B7056) Barebone System — 2U Rack-Mountable Dual Socket R LGA-2011

Step into a new era of enterprise server design with the TYAN GN70(B7056) Barebone System. Built for data-centered performance and scalability, this 2U rack-mountable platform is purpose-built to host high-demand workloads while delivering the reliability, tuning flexibility, and management capabilities IT teams demand. Designed as a versatile foundation for virtualization clusters, database nodes, and compute-intensive workloads, the GN70 is a powerhouse for organizations seeking a modular, enterprise-grade barebone that can be customized to exact requirements. With dual Socket R LGA-2011 support and a scalable chassis that fits standard 19-inch racks, the GN70 offers a future-proof platform that adapts to evolving workloads without compromising on efficiency or serviceability. It’s the ideal base for data centers pursuing optimized performance-per-watt, simplified maintenance, and accelerated deployment timelines.

• Dual-processor capability with Socket R LGA-2011: The GN70 supports up to two Intel Xeon-compatible processors in a single 2U chassis, enabling robust multi-core performance for virtualization, in-memory databases, HPC workloads, and dense consolidation. This dual-CPU design gives you headroom to scale compute power as your workloads grow, without needing a complete system overhaul.
• 2U rack-mountable form factor: A compact, enterprise-ready chassis that fits seamlessly into standard 19-inch data-center racks. The 2U footprint maximizes density while preserving ample space for cooling, power, and expansion hardware, making it an excellent choice for data centers seeking efficient rack utilization and orderly deployment.
• Modular, enterprise-grade build for reliability: Engineered to operate in demanding data-center environments, the GN70 emphasizes reliability, manageability, and long-term serviceability. It serves as a robust backbone for mission-critical applications, offering a stable platform that supports steady operation, consistent performance, and straightforward component upgrades.
• Flexible expansion and I/O options: The barebone provides a foundation for extensive I/O and storage configurations, allowing you to tailor networking, PCIe expansion, and drive-backplane options to your specific workloads—whether you’re provisioning dense virtualization nodes or data-center acceleration engines.
• Ready for data centers and virtualization ecosystems: Designed to integrate with TYAN server ecosystems and third-party components, the GN70 delivers compatibility with common virtualization platforms, management tools, and enterprise software stacks. It’s an adaptable platform for private clouds, HPC clusters, and database engines, delivering dependable performance in demanding environments.

Technical Details of Tyan GN70(B7056) Barebone System

• Form factor: 2U rack-mountable chassis, optimized for data-center installation and efficient cabling within standard racks.
• Processor support: Dual Socket R LGA-2011 sockets, enabling up to two processors in a single barebone system for high-throughput workloads.
• Memory support: Designed to accommodate server-grade memory configurations appropriate for enterprise workloads. Memory capacity and DIMM types depend on CPU/memory platform configuration; configured for ECC and multi-channel memory where supported by CPUs.
• Expansion capabilities: PCIe expansion options are available to accommodate accelerators, NICs, and storage controllers, allowing flexible growth as compute demands evolve.
• Storage options: Drive bays and backplane configurations vary by model and configuration, supporting enterprise storage needs for virtualization, databases, and data-intensive applications.
• Networking and management: Integrated networking options with scalability through PCIe-enabled NICs; management interfaces align with data-center practices for monitoring, remote administration, and maintenance.
• Power and cooling: Chassis engineered for efficient cooling and stable power delivery to support sustained performance in dense rack deployments; power configurations are configuration-dependent and chosen to meet reliability targets.

How to install Tyan GN70(B7056) Barebone System

• Prepare your rack: Confirm the rack space, cabling paths, and power distribution to accommodate a 2U server chassis. Install the appropriate rack rails and mounting hardware per your data-center standards, ensuring solid grounding and cable management.
• Install processors: Open the motherboard/CPU area, insert the Socket R LGA-2011 processors, apply the proper thermal interface material if required, and secure the heatsinks. Verify CPU seating and fan connections for proper cooling performance.
• Install memory: Insert server-grade DIMMs in the recommended channels and banks per CPU configuration. Ensure modules are fully seated and that memory population follows the vendor’s guidelines for optimal memory interleaving and performance.
• Configure storage and backplane: Attach the storage drives or drive bays according to your desired storage topology. Connect backplanes, SATA/SAS controllers, and any required cables, ensuring clean cable routing for airflow and serviceability.
• Install expansion cards and NICs: If you’re adding PCIe expansion cards, install them in appropriate slots, secure with screws, and connect any necessary power or signal cables for reliable operation.
• Connect power and management: Attach power supplies and connect data and management cables. Connect to a management network or out-of-band controller if available, enabling remote monitoring and administration after boot.
• Initial boot and BIOS/UEFI configuration: Power on the system, enter BIOS/UEFI setup, and configure boot order, RAID or storage controller settings, memory profiles, and any virtualization features. Save changes and boot into your preferred operating system installation media or network installer.
• OS installation and updates: Install your chosen enterprise operating system, apply latest firmware and driver updates, and configure essential services such as virtualization hosts, databases, or compute clusters. Validate hardware monitoring, thermal sensors, and power readings to ensure stable operation.

Frequently asked questions

• Q: What does the TYAN GN70 barebone system include? A: The GN70 is a barebone chassis designed to support up to two Socket R LGA-2011 processors. It provides the chassis, power, cooling, and expansion foundations; CPUs, memory, storage, and some peripherals are typically user-provided or configuration-dependent.
• Q: Can I install two CPUs in this system? A: Yes. The GN70 is designed to accommodate two Socket R LGA-2011 processors, enabling dual-processor configurations for higher performance workloads.
• Q: Is this chassis compatible with my existing racks? A: The GN70 uses a standard 19-inch rack-mount geometry and 2U height, making it compatible with most data-center racks that support conventional server installations. Always verify your rack’s clearance and rail compatibility before installation.
• Q: Does it come with memory or storage? A: As a barebone system, memory and storage components are typically selected and installed by the user or through a separate configuration with a TYAN partner. This allows customization to match your workload requirements and budget.
• Q: What kind of workloads is the GN70 best suited for? A: The GN70 is ideal as a foundation for virtualization clusters, databases, HPC compute nodes, and other enterprise-scale applications that benefit from dual-processor performance, scalable memory, and flexible I/O and storage options.
• Q: How do I order this barebone system? A: The GN70 is available through TYAN’s network of partners and distributors. Contact an authorized TYAN reseller or data-center solutions provider to obtain pricing, configuration options, and lead times.
• Q: Are there any cooling or power considerations I should be aware of? A: Yes. As with any high-density 2U server, ensuring adequate airflow, properly rated power supplies, and appropriate fan configurations is essential for reliability and performance. Follow the manufacturer’s guidance for airflow and thermals based on your CPU/memory/storage configuration.