Supermicro SuperServer SYS-620P-TR Barebone System - 2U Rack-mountable - Socket LGA-4189 - 2 x Processor Support - Intel Xeon 3rd Gen

The Supermicro SuperServer SYS-620P-TR is a high-performance, enterprise-ready barebone system designed to power demanding workloads in data centers, virtualization clusters, and business-critical applications. Built around a robust 2U rack-mountable chassis, this platform delivers the versatility to scale with your organization while keeping operational costs in check. With support for dual Intel Xeon 3rd Gen processors in the LGA-4189 socket, the SYS-620P-TR is optimized for reliability, energy efficiency, and enduring performance in 24/7 environments. Whether you are deploying databases, virtualization hosts, or AI-enabled workloads, this barebone provides a solid foundation that you can tailor to your exact requirements.

• Dual-processor scalability - Engineered to accommodate up to 2 Intel Xeon 3rd Gen scalable processors, the SYS-620P-TR delivers exceptional multi-core performance for virtualization, database management, and large-scale compute tasks. This capability enables you to consolidate workloads and boost overall throughput without sacrificing reliability.
• 2U rack-mountable versatility - A standard 19-inch rack footprint with a compact 2U chassis design ensures efficient use of data-center space. The form factor supports easy installation, maintenance, and expansion, making it ideal for growing enterprises, HPC clusters, and remote office deployments.
• DDR4 SDRAM memory compatibility - DDR4 SDRAM slots offer high bandwidth and improved memory efficiency. This platform is built to handle memory configurations that optimize throughput, latency, and data integrity for enterprise applications, virtualization hosts, and intensive workloads.
• Networking and I/O readiness - With built-in Gigabit Ethernet and abundant PCIe expansion opportunities, the SYS-620P-TR provides robust networking capacity and the ability to add accelerators, storage controllers, NICs, and high-speed interfaces as your storage and compute requirements evolve.
• Enterprise-grade reliability and customization - Designed for the data center, this barebone system supports flexible power and cooling options, enhanced management features, and a breadth of configuration choices to align with your SLA, budget, and performance goals.

Technical Details of Supermicro SuperServer SYS-620P-TR

• Processor support: Up to 2 Intel Xeon 3rd Gen Scalable processors in Socket LGA-4189, enabling high core counts and threading for concurrent workloads.
• Memory architecture: DDR4 SDRAM slots designed for high-speed memory bandwidth and data integrity, with support for ECC and non-ECC configurations to suit reliability requirements and workload profiles.
• Chassis and form factor: 2U rack-mountable chassis optimized for data-center deployment, serviceability, and scalable expansion in enterprise environments.
• Networking capabilities: Integrated Gigabit Ethernet with options for additional NICs and accelerators via PCIe expansion, enabling flexible networking topologies and throughput.
• Storage and expandability: Supports enterprise-grade storage options through compatible drive bays and storage controllers; configurations vary by SKU and customer needs, with expansion through PCIe cards for RAID, caching, or NVMe acceleration.
• Power and cooling: Flexible power supply configurations with potential for redundant options to maximize uptime, paired with efficient cooling designed for sustained operation in a data-center setting.
• Management and compatibility: Built to integrate with standard data-center management tools, firmware update processes, and remote monitoring features typical of Supermicro platforms, ensuring smooth operation alongside your existing IT stack.

How to install Supermicro SuperServer SYS-620P-TR

• Prepare your installation environment: confirm you have a compatible 19-inch rack, appropriate space for a 2U chassis, and all required components (CPUs, memory, power supplies, cooling, and any PCIe expansion cards) before unboxing.
• Install the processors: open the CPU trays, align the Intel Xeon 3rd Gen processors with the LGA-4189 sockets, apply thermal paste if required, and attach the appropriate heatsinks or cooling modules. Ensure CPU power cables are accessible but do not force connections.
• Resident memory configuration: insert DDR4 SDRAM modules into the designated memory slots, following the motherboard’s population guidelines to maximize memory channels and bandwidth. Verify seating is firm and DIMMs are fully seated in their slots.
• Add expansion and storage components: install any PCIe add-in cards (NICs, RAID controllers, accelerators) into the available PCIe slots, and connect storage devices to the appropriate channels or backplanes as supported by your configuration. If you are using hot-swappable drives, ensure drive trays are correctly locked in place.
• Complete chassis assembly and power-on tests: secure all side panels, verify cable routing for airflow, and connect redundant or single power supplies as required. Power up the system and enter the BIOS/UEFI to configure boot order, processor features, memory timings, and any enterprise management options.

Frequently asked questions

• Q: How many CPUs does the SYS-620P-TR support? A: This barebone system supports up to 2 Intel Xeon 3rd Gen scalable processors in Socket LGA-4189, enabling dual-processor operation for demanding workloads.
• Q: What type of memory does it use? A: It uses DDR4 SDRAM slots and supports configurations that optimize bandwidth and reliability. Memory compatibility includes ECC and non-ECC options depending on the selected CPU and motherboard configuration.
• Q: Is this a complete server or a barebone? A: The SYS-620P-TR is a barebone system designed to be customized with CPUs, memory, storage, and networking components according to your deployment needs.
• Q: What are the networking capabilities? A: It includes integrated Gigabit Ethernet and offers expansion via PCIe for additional NICs or network accelerators to meet high-throughput requirements.
• Q: Can I use it for virtualization or databases? A: Yes. The dual-processor configuration, scalable memory, and expansion options make it well-suited for virtualization hosts, database workloads, and enterprise applications when paired with appropriate storage and management software.
• Q: How do I manage and update the system? A: Management features typically include standard enterprise tools and firmware update pathways compatible with Supermicro platforms, designed to integrate with common data-center monitoring and orchestration solutions.