Intel Xeon E-2378G Processor. 8 Cores / 16 Threads. 2.8GHz Base Clock. 16MB Cache. 80W TDP. LGA1200 Socket. P/N: SRKN1.

This is a genuine Intel Xeon E-2378G Processor (P/N: SRKN1, CM8070804494916). Designed for single-socket entry-level servers, workstations, and network appliances, this CPU provides a powerful and efficient solution for small business, remote office, and edge computing environments. It features 8 Cores and 16 Threads, delivering robust multitasking capabilities for various server applications. With a 2.8GHz base clock speed and 16MB of Intel Smart Cache, the Xeon E-2378G offers strong performance for tasks like file serving, web hosting, virtualization, and collaborative applications. Operating with an 80W TDP for balanced power consumption and thermal management, and designed for the LGA1200 socket, this processor also includes integrated Intel UHD Graphics P750, providing built-in video output for systems that don't require a discrete GPU.

Key Features 

• 8 Cores / 16 Threads: Provides efficient multi-core processing for small server workloads, virtualization, and concurrent tasks.

• 2.8GHz Base Clock Speed: Offers a solid clock frequency for responsive performance in business applications.

• 16MB Intel Smart Cache: Helps reduce data access latency, improving overall system performance.
• 80W Thermal Design Power (TDP): Provides a balance of performance and energy efficiency for continuous operation.

• LGA1200 Socket: Compatible with Intel 11th Gen Core processor chipsets (Intel 500 series) and server-specific chipsets (Intel C250 series).

• Integrated Intel UHD Graphics P750: Provides essential video output capabilities for servers and workstations that do not use a discrete graphics card.
• Intel vPro Platform Eligibility: Supports advanced security, manageability, and stability features.
• ECC Memory Support: Crucial for server environments, providing error correction for data integrity and system stability.

• PCIe Gen4 Support: Offers higher bandwidth for graphics cards and storage devices on compatible platforms.