Tyan Transport VX50 (B4985-E) Barebone System

The Tyan Transport VX50 (B4985-E) barebone system is a purpose-built, 4-processor high-performance server/workstation platform engineered to deliver exceptional multi-processor power for virtualization, data analytics, HPC workloads, and demanding enterprise tasks. Designed for data centers and professional work environments, the VX50-B4985-E brings together robust compute capability, expansive memory potential, and flexible storage and I/O options in a compact, modular chassis. This barebone system is optimized to pair with AMD Opteron processors, enabling scalable performance with efficient power management and a keen focus on reliability, serviceability, and future-ready expansion. For organizations seeking a powerful compute workhorse that can handle virtualization, database operations, and intensive scientific workloads, the VX50 offers a compelling mix of raw performance and flexible configuration options that adapt to evolving workloads.

• High‑density 4P multi‑processor power: The VX50 is built to deliver strong parallel processing capabilities with four AMD Opteron CPUs, ideal for virtualization hosts, rendering farms, and compute‑intensive workloads that scale with core count.
• Extensive memory capacity up to 128GB: Support for DDR2 DIMMs enables large in‑memory datasets, memory‑hungry virtualization, and in‑memory analytics, giving workloads the memory headroom they require.
• Flexible storage with hot‑swap bays: Eight hot‑swap SATA2 bays provide scalable storage density and simplified maintenance, supporting RAID configurations and high availability requirements for mission‑critical apps.
• Robust I/O with 3 x GbE LAN: Three Gigabit Ethernet ports offer versatile networking, linking virtualization networks, storage traffic, and management channels for streamlined administration.
• Expandable architecture with multiple slots: Five expansion slots give you room to add PCIe/PCI‑X cards, accelerators, or additional I/O to tailor the server to your exact workload and bandwidth needs.

Technical Details of Tyan Transport VX50 (B4985-E) Barebone System

• Processors: Supports up to 4 AMD Opteron CPUs, providing strong multi‑processor performance for concurrent workloads.
• Memory: Up to 128GB DDR2 DIMM memory capacity, enabling large in‑memory databases and virtualization hosts with many VMs.
• Memory Type: DDR2 SDRAM DIMMs (ECC support as applicable for reliability in a server/workstation environment).
• Networking: 3 x Gigabit Ethernet LAN ports for flexible networking configurations, VLAN segmentation, and management access.
• Storage: 8 hot‑swap SATA2 bays for scalable, easily maintainable storage, enabling RAID implementations and modular expansion without downtime.
• Expansion: 5 expansion slots for additional I/O cards, accelerators, or networking options to expand capabilities as workloads grow.
• Form Factor: Barebone system designed to be populated with CPUs, memory, and storage by the user or integrator to fit specific deployment needs.

How to install Tyan Transport VX50 (B4985-E)

Installing the VX50 barebone involves assembling the core compute, memory, and storage components and configuring them for your workload. Begin by verifying compatible AMD Opteron processors for your 4‑socket configuration and ensuring you have the correct CPU temperature and power requirements for stable operation. Install the processors in their sockets following the manufacturer’s thermal guidelines and apply appropriate cooling solutions to maintain optimal performance under load. Proceed to populate the memory slots with DDR2 DIMMs up to the 128GB limit, balancing channels per CPU according to your memory population rules to maximize performance and memory bandwidth. After memory, install the eight hot‑swap SATA2 drives in their bays, securing each drive and connecting the SATA data and power cables to the appropriate storage controller backplane or motherboard headers as specified by the VX50 design.

Next, insert any required expansion cards into the five available expansion slots. This may include additional NICs, RAID controllers, or accelerators. Ensure PCIe/PCI‑X cards are properly seated and that slot bandwidth allocation aligns with your workload requirements. Connect the three Gigabit Ethernet NICs to your network topology, configuring VLANs or link aggregation as needed for virtualization hosts and management networks. Finally, connect the power supply, monitor, keyboard, and management interface, and boot the system to verify that all CPUs, memory channels, and drives are detected correctly. Enter the system BIOS/UEFI to adjust boot order, enable enterprise features, and configure any thermal, fan, or virtualization settings. Perform a standard OS installation, then configure virtualization platforms, storage pools, and network routing to match your deployment plan. Regular firmware and driver updates will help sustain performance and security over time.

When planning a VX50 installation, consider your target workload, memory footprint, storage I/O requirements, and network topology. The VX50’s modular design supports scaling from a compact server to a robust, multi‑node environment as business needs grow. For virtualization deployments, allocate CPU sockets and memory to virtual machines with attention to NUMA architecture to maximize efficiency. For storage‑intensive workloads, optimize drive placement across the eight hot‑swap bays and align them with your RAID strategy to balance performance and fault tolerance. This approach ensures you maximize the capabilities of the VX50 barebone while maintaining reliability and ease of maintenance in production environments.

Frequently asked questions

• What is the VX50 (B4985‑E) best suited for? It is designed as a high‑end 4P server/workstation barebone ideal for virtualization, data analytics, HPC, and enterprise workloads that require substantial multi‑processor power, large memory capacity, and flexible storage and I/O options.
• How much memory can I install? The VX50 supports up to 128GB of DDR2 DIMMs, enabling large in‑memory workloads and virtualization hosts with many virtual machines.
• How many Ethernet ports does it have? The system includes three Gigabit Ethernet LAN ports to support diverse networking topologies, management access, and data traffic separation.
• How many storage drives are supported? The VX50 provides eight hot‑swap SATA2 bays, allowing scalable storage expansion and flexible RAID configurations for performance and fault tolerance.
• Is this a ready‑to‑run server? The VX50 is a barebone system designed to be populated with CPUs, memory, and drives by the user or an integrator. After installation, you can install an operating system, virtualization platform, and management tools to fit your environment.