Lenovo Intel Xeon Platinum 3rd Gen 8380 Processor Upgrade — 40 Core, 80 Threads

The Lenovo Intel Xeon Platinum (3rd Gen) 8380 processor upgrade is engineered for the most demanding data-center workloads, delivering extraordinary multi-core performance, robust reliability, and scalable efficiency in Lenovo enterprise servers. With a tetraconta-core design (40 cores) and 80 threads, this processor is purpose-built for virtualization, in-memory databases, large-scale analytics, and compute-intensive workloads that require consistent throughput under heavy load. Built on a modern 10-nanometer process and designed to fit the Socket LGA-4189 platform, the 8380 combines aggressive core counts with substantial cache, enabling simultaneous execution of dozens of threads across multiple virtual machines and containerized applications. The result is a solution that can lift overall system performance, accelerate business-critical workloads, and support aggressive service-level commitments in a dense, power-conscious form factor. Whether you’re refreshing a legacy server, expanding a private cloud, or consolidating workloads to achieve lower total cost of ownership, this Lenovo upgrade is poised to unlock higher levels of performance with a focus on reliability, scalability, and long-term IT readiness.

• Unmatched multi-core performance for virtualization and databases: 40 cores and 80 threads empower hypervisors, Docker/kata containers, and enterprise workloads to run with fewer bottlenecks and higher overall throughput. This level of parallelism makes it possible to scale out virtual machines and workloads without frequent migrations or performance dips, delivering a smoother multi-tenant experience for users and applications.
• Large, fast cache improves data-intensive tasks: a substantial 60 MB L3 cache minimizes memory latency and accelerates data analytics, in-memory processing, and high-performance database transactions. The sizable cache helps keep frequently accessed data close to the cores, enabling quicker query responses and faster data processing even under heavy load.
• Efficient mixing of performance and efficiency: the 3rd Gen architecture leverages a 10 nm process and modern design to balance peak throughput with energy-conscious operation. The processor’s architecture supports robust 64-bit processing and streamlined instruction handling, enabling modern software to execute efficiently at scale while maintaining reliability and predictability for essential workloads in a corporate data-center environment.
• High turbo performance for burst workloads: with a base clock of 2.30 GHz and turbo speeds up to 3.40 GHz, this upgrade delivers strong single-threaded escalations when a workload briefly requires higher clock rates, ensuring responsive performance for mixed-character workloads, bursty analytics, and latency-sensitive tasks without sacrificing stability for long-running processes.
• Enterprise-grade reliability and socket versatility: designed for Lenovo servers using the LGA-4189 socket, this processor upgrade emphasizes compute density, fault-tolerant operation, and long-term serviceability in rack deployments. The combination of a robust platform interface and a trusted ecosystem helps IT teams meet rigorous uptime targets and simplify lifecycle management across large-scale deployments.

Technical Details of Lenovo Intel Xeon Platinum 3rd Gen 8380 Processor Upgrade

• Model: Intel Xeon Platinum (3rd Gen) 8380
• Cores / Threads: 40 cores, 80 threads
• Base Frequency: 2.30 GHz
• Maximum Turbo / Overclocking Speed: 3.40 GHz
• Cache: 60 MB L3
• Process Node: 10 nm
• Socket: LGA-4189
• Power: 270 W TDP
• 64-bit Processing: Yes

How to install Lenovo Intel Xeon Platinum (3rd Gen) 8380 Processor Upgrade

• Verify compatibility: Ensure your Lenovo server motherboard officially supports the LGA-4189 socket and Intel Xeon Platinum 3rd Gen CPUs. Check the vendor’s compatibility matrix and install any required BIOS/firmware updates before upgrading.
• Prepare the workspace: Power down the system, unplug cables, and ground yourself to prevent static discharge. Open the server chassis or access panel following the manufacturer’s guidelines.
• Remove the existing CPU (if upgrading): If upgrading from a previous generation, carefully release the CPU socket retention mechanism, lift the old processor, and set it aside in an anti-static container.
• Install the new processor: Align the 8380 with the LGA-4189 socket using the alignment notches. Gently seat the CPU into the socket, ensuring even contact with the socket pins. Secure the socket retention mechanism according to the motherboard’s instructions.
• Apply cooling and reassemble: Reinstall the heat sink or cooler firmly, using the recommended mounting pressure. Connect all fans and any auxiliary cooling components as required, ensuring proper airflow and clearance to avoid thermal throttling during operation.
• Update BIOS and verify: Power on the server and enter the BIOS to confirm CPU recognition and boot settings. Apply any necessary microcode or BIOS updates that optimize 3rd Gen Xeon features. Save changes and boot into your operating system to validate processor recognition and system stability.
• Test and monitor: Run standard stress tests and monitor temperatures, voltages, and core performance to verify stable operation under anticipated loads. Adjust cooling and power settings as needed to sustain peak performance without thermal throttling.

Frequently asked questions

• Q: Is this processor compatible with my Lenovo server or motherboard?

  A: This upgrade is designed for Lenovo servers that support the LGA-4189 socket and Intel Xeon Platinum 3rd Gen CPUs. Always consult Lenovo’s official compatibility matrix and ensure your BIOS/firmware is up to date before installation.

• Q: What workloads are best suited for the Xeon Platinum 8380 upgrade?

  A: It excels in virtualization hosts, large-scale databases, in-memory analytics, high-performance computing tasks, and multi-tenant cloud or container environments where high core density translates into improved throughput and service quality.

• Q: What is the power requirement and what cooling is recommended?

  A: The processor carries a 270 W TDP. Plan for robust cooling in dense rack environments with appropriate airflow and server-grade cooling solutions to maintain stable performance under sustained workloads.

• Q: Does it support 64-bit processing and multi-threading?

  A: Yes. The 40-core, 80-thread design supports 64-bit computing, enabling modern enterprise software to scale efficiently and deliver strong parallel processing capabilities for concurrent tasks.

• Q: How do I install this CPU safely?

  A: Follow standard server installation practices: power down, discharge static, verify socket compatibility, install the CPU correctly, apply the cooler, update firmware, and perform post-install validation with monitoring and stress testing to ensure stable operation.