Tyan Transport TX46 (B4985) Barebone System — 2U Rackmount Power for High-Performance Computing

The Tyan Transport TX46 (B4985) barebone system is built to meet the demanding needs of modern data centers and tomorrow’s computing workloads. Delivering a compact yet mighty 2U rackmount platform, the TX46 serves as a solid foundation for high-performance computing, virtualization, and cloud environments. With emphasis on reliability, scalability, and efficient operation, this barebone harnesses AMD’s Next-Gen Multi-Core technology and the AMD Opteron processor family to maximize compute throughput while keeping power and cooling considerations manageable in dense deployments. Its DDR2 SDRAM-compatible slots provide flexibility for memory upgrades, enabling IT teams to tailor configurations to specific workloads and performance goals. Whether you’re building a private cloud, a research cluster, or a scalable HPC node, the TX46 offers the essential chassis, flexibility, and performance to support today’s tasks and tomorrow’s innovations.

• 2U rackmount barebone design for dense data center deployments, delivering strong performance in a compact footprint.
• AMD Next-Gen Multi-Core technology with AMD Opteron processors to boost compute throughput for virtualization, HPC, and cloud workloads.
• DDR2 SDRAM-compatible slots enable scalable memory configurations to meet evolving workload requirements.
• Engineered for reliability in IT environments, with robust power delivery and system management features common to barebone platforms.
• Flexible, future-ready chassis that supports essential expansion options and simple integration into existing data center infrastructures.

Technical Details of Tyan Transport TX46 (B4985) Barebone System

• Form factor: 2U rackmount chassis, designed for data center use and dense deployments.
• Processor compatibility: Supports AMD Opteron processors with Next-Gen Multi-Core technology.
• Memory: DDR2 SDRAM-compatible slots to accommodate scalable memory configurations.
• Intended use: Optimized for high-performance computing, cloud environments, virtualization, and IT workloads requiring dependable performance.
• Specification note: Specific hardware parameters should be verified against the official specifications page for exact socket, memory, and expansion details.

How to install Tyan Transport TX46 (B4985) Barebone System

Installing the TX46 barebone involves assembling the core components into the chassis, securing it in a suitable rack, and configuring essential system settings to ensure a stable, optimized start for your workloads. Because it is a barebone system, you will provide or source the motherboard, CPU, RAM, storage, and power components appropriate for your deployment. The installation process emphasizes proper handling, compatibility checks, cooling considerations, and administrative setup to maximize longevity and performance.

Before you begin, verify you have compatible AMD Opteron processors and DDR2 memory modules that fit the TX46’s memory slots. Gather the tools you’ll need for rack installation and component mounting, such as a screwdriver compatible with your rack rails and chassis screws. Confirm that your data center rack provides adequate power, cooling, and cable management space to accommodate the 2U form factor and any planned expansion cards or storage devices.

Step 1: Rack mounting and safety. Place the TX46 barebone into the designated area of a standard 19-inch rack. Align mounting holes and attach the chassis with the appropriate rails or brackets, ensuring the unit is level and securely fastened to minimize vibration and movement during operation. Plan cable routes to keep airflow unobstructed and to simplify maintenance access.

Step 2: Install CPU and memory. If the processor and memory are not pre-installed, follow the motherboard manufacturer’s guidelines to install a compatible AMD Opteron CPU into the socket, apply the correct amount of thermal interface material, and secure the cooling solution. Insert DDR2 memory modules into the designated slots, ensuring proper orientation and seating. Double-check that memory mirrors or population rules align with the motherboard’s recommended configurations for optimal performance and stability.

Step 3: Attach storage and controllers. Connect any required storage devices—such as hard drives or solid-state drives—via the backplane or direct connectors specified by the chassis design. Attach controllers or RAID cards if part of your configuration, and connect data cables, power cables, and any hot-swap or backplane connections as appropriate. Label cables for easier future maintenance and upgrades.

Step 4: Networking and management. Install network interfaces or integrate existing NICs, and connect management ports if your deployment relies on remote administration. Configure basic network settings in the system BIOS/UEFI, including boot order and any iLO, DRAC, or IPMI management features if supported by the platform. Enable any security features, such as firmware passwords or secure boot options, as required by your organization’s policy.

Step 5: Power-on and initial configuration. Connect the power supply(s) and perform a first power-on. Enter the BIOS/UEFI to verify hardware recognition, adjust memory timings, and set boot devices. If you plan to install an operating system, prepare installation media and follow the OS-specific setup steps. Run a basic POST test to ensure the processor, memory, and storage are functioning as expected before proceeding to a full deployment.

Step 6: Firmware and software updates. Once the system is operational, check for firmware updates for the motherboard, CPU, storage controllers, and any management modules. Apply updates according to your vendor's guidelines to improve stability, security, and performance. Document firmware levels and configuration changes for future maintenance and audits.

Step 7: Monitoring and validation. Implement monitoring for temperature, fan speeds, power consumption, and network performance. Validate the system’s stability under representative workloads and ensure that cooling remains adequate in your data center rack environment. Schedule regular checks and maintain a proactive maintenance plan to minimize downtime.

Frequently asked questions

• What is the TX46 barebone system best used for? The TX46 is designed as a high-density 2U chassis ideal for data centers requiring reliable, scalable performance for HPC, virtualization, and cloud workloads. It provides a solid foundation for custom configurations and future upgrades within a compact footprint.
• Which processors does this barebone support? The description references AMD Opteron processors with Next-Gen Multi-Core technology, indicating compatibility with AMD Opteron CPUs. For exact socket compatibility and supported generations, consult the official product specifications from the vendor.
• Can I upgrade memory in this system? Yes, the chassis offers DDR2 SDRAM-compatible memory slots, enabling memory expansion to suit growing workloads. Check the maximum supported capacity in the official specifications to plan your upgrade path.
• Is this a complete server or a base chassis? This is a barebone system, meaning it provides the chassis and core platform. You will need to add a motherboard, CPU(s), memory, storage, and power supply components to complete a functional server configuration tailored to your needs.
• Where can I find detailed technical specifications? Detailed specifications should be obtained from the vendor’s official product page or the Synnex/Supplier specifications portal using the product’s UPC or SKU as a reference. The description here captures the high-level features and intended use, but exact socket, memory, and expansion details require the source specification document.