Intel Atom P5342 2.20 GHz 16-Core Server Processor, BGA-2106, Part Number NN8069204099703

Intel Atom P5342 Hexadeca-core (16 Core) 2.20 GHz Processor

The Intel Atom P5342 server processor delivers dependable, power-conscious performance for embedded and server applications that require efficient data processing. Built on Intel’s 10 nm process technology, this hexadeca-core processor is designed to provide strong performance per watt while supporting demanding workloads, high-quality audio, and high-quality video processing. The Intel Atom P5342 combines a 2.20 GHz clock speed with a modern microarchitecture to help systems respond quickly and operate efficiently.

With 16 processing cores, the Intel Atom P5342 can handle multiple tasks in parallel, helping improve productivity in server, networking, storage, and other compute-intensive environments. Its 18 MB L3 cache provides fast access to frequently used data, supporting smooth system operation and dependable processing. The processor is designed for PCB installation using a BGA-2106 socket, making it suitable for compatible embedded platforms and purpose-built system designs.

This Intel Atom server processor is supplied under manufacturer part number NN8069204099703 and is identified by product model P5342. Its energy-efficient architecture makes it a practical choice for system builders seeking reliable processing capability without unnecessary power consumption. Confirm platform compatibility, socket support, firmware requirements, and thermal specifications before installation to ensure proper operation in the intended system.

Features:

• BGA-2106 socket supports installation on compatible printed circuit boards.
• 2.20 GHz clock speed provides responsive and dependable data processing.
• 16-core processor architecture supports parallel workloads and multitasking.
• 10 nm process technology helps improve performance per watt.
• 18 MB L3 cache supports fast access to frequently used data.
• Intel Atom P5342 is designed for efficient server and embedded computing applications.