Tyan Thunder CX GC68B7126 Barebone System — 1U Rack-Mountable Dual-Processor Platform

The Tyan Thunder CX GC68B7126 barebone system is a compact, high-performance 1U solution purpose-built for demanding data center workloads. Engineered to host two processors with LGA-4189 sockets and powered by the Intel C621A chipset, this chassis delivers exceptional multi-threaded performance, robust I/O, and scalable memory in a space-saving form factor. Whether you’re deploying virtualization, database applications, AI inference, or intensive compute workloads, this barebone platform provides the foundation you need to build a powerful, reliable server infrastructure while preserving rack density and energy efficiency.

• Dual-processor readiness in a 1U chassis: The GC68B7126 is designed to accommodate 2 x processors using the LGA-4189 socket configuration, enabling a dual-socket deployment that multiplies compute resources for virtualization, large-scale databases, and HPC workloads. Paired with the Intel C621A chipset, it delivers the bandwidth and efficiency required for modern enterprise applications in a compact footprint.
• Extensive memory capacity with DDR4 support: It supports DDR4 SDRAM with a specified DDR4-3200/PC4-25600 memory profile across a total of 16 memory slots. This expansive memory architecture allows you to scale RAM to meet virtualization density, large in-memory databases, and memory-intensive workloads, providing ample headroom for demanding workloads and future growth.
• Flexible storage and I/O options: The system offers Serial ATA/600 RAID support, NVMe options, and a 12Gb/s SAS controller, giving you a broad spectrum of storage configurations. Four front-loading 3.5" drive bays enable direct, easy expansion for high-capacity storage arrays, along with RAID configurations to protect data and maximize throughput for I/O-heavy applications.
• Integrated graphics processor for remote management: An ASPEED AST2500 graphics engine provides robust out-of-band management capabilities, improving remote management, console redirection, and monitoring. This feature is valuable for data centers and remote deployments where reliable IPMI-based management reduces on-site maintenance and simplifies administration.
• Designed for enterprise scale in a compact form: The 1U form factor delivers enterprise-grade density without complicating rack space. The GC68B7126’s design emphasizes expandability, manageability, and reliability in high-demand environments, making it a practical backbone for modern data centers that require scalable performance, efficient cooling, and streamlined deployment.

Technical Details of Tyan Thunder CX GC68B7126

• Form factor: 1U rack-mountable chassis
• CPU sockets: 2 x LGA-4189
• Chipset: Intel C621A
• Memory: DDR4 SDRAM DDR4-3200/PC4-25600; 16 total memory slots
• Storage & I/O: Serial ATA/600 RAID support, NVMe, 12Gb/s SAS controller
• Drive bays: 4 x 3.5" front drive bays
• Graphics: ASPEED AST2500
• Chassis features: 1U rack-mountable design suitable for dense data center deployments

How to install Tyan Thunder CX GC68B7126

• Prepare your environment: Ensure you have a compatible rack, adequate cooling, and a stable power supply. Verify that the data center’s electrical and network infrastructure meet the requirements for a dual-processor 1U server with high memory and storage capacity.
• Install CPUs into LGA-4189 sockets: Open the chassis, locate the processor sockets, and install your compatible processors per the manufacturer’s guidelines. Apply thermal interface material and secure the heatsinks to ensure proper cooling and thermal performance.
• Populate memory modules: Insert DDR4 DIMMs into the 16 memory slots according to the motherboard’s memory population rules (balanced across channels for optimal performance). Verify that each module is properly seated and locks into place.
• Configure storage and RAID options: Attach SATA drives to the front drive bays or configure NVMe drives as required. If you plan to use RAID, configure the SATA/RAID controller to establish the desired RAID level, stripe size, and disk order. Ensure the SAS controller is correctly connected for any SAS drives you intend to deploy.
• Connect power, networks, and management: Install the power supplies, connect the system to your network, and connect management interfaces for out-of-band control. Power on and enter the system BIOS/UEFI to configure CPU ratios, memory settings, boot devices, and any RAID or NVMe options. Confirm the ASPEED AST2500-based management interface is reachable for remote administration.
• Install operating system and drivers: Once the hardware is recognized, install your preferred operating system and the necessary drivers, management agents, and firmware updates. Validate system stability, run a memory test, and verify RAID health, NVMe performance, and I/O throughput under representative workloads.

Frequently asked questions

• Q: Is the Tyan Thunder CX GC68B7126 shipped with CPUs or memory? A: No. This is a barebone system designed to host two processors and memory modules supplied by the user. It provides the chassis, sockets, chipset, expansion options, and management capabilities, but CPUs and RAM must be installed by the user.
• Q: How many processors can this barebone support? A: The GC68B7126 supports up to 2 processors in LGA-4189 sockets, enabling a dual-processor configuration ideal for virtualization, dense workloads, and parallel processing.
• Q: What memory configuration does it support? A: It accommodates a total of 16 DDR4 memory slots with support for DDR4-3200/PC4-25600 memory profiles, enabling substantial RAM capacity for multi-tenant virtualization or memory-intensive applications.
• Q: What storage options are available? A: The system provides Serial ATA/600 RAID, NVMe, and a 12Gb/s SAS controller, plus four front 3.5" drive bays for flexible storage expansion and high-throughput data access.
• Q: What is the typical use case for this barebone? A: The Tyan Thunder CX GC68B7126 is ideal for enterprise-scale deployments requiring dual-processor performance, scalable memory, robust I/O, and data-center-grade remote management in a compact 1U chassis. It’s well-suited for virtualization hosts, database servers, HPC nodes, and AI or analytics workloads where density and reliability matter.