Intel N250 Low-Power Processor Overview: 4 cores and 4 threads, 1.2 GHz frequency

Recent information reveals Intel's upcoming launch of the N250 processor, a part of the new "Twin Lake" series. This low-power processor is set to succeed the N200 "Alder Lake-N" series and is tailored for use in low-cost laptops, thin clients, embedded systems, kiosks, point-of-sale terminals, NAS (Network Attached Storage), and various consumer electronics. The Intel N250 is designed with a single-chip architecture that utilizes a Ring Bus layout similar to its predecessors but introduces an E-core cluster for enhanced computing capabilities. This new processor will operate with four cores and four threads, providing a base clock frequency of 1.2 GHz. Unlike the "Gracemont" cores used in the Alder Lake-N series, the N250 will feature the "Skymont" E-core cluster, though detailed specifications of the "Skymont" E cores are not extensively disclosed at this time.

The fabrication of the N250 leverages the same advanced process node used in the latest Intel Core and Xeon processors. However, it exclusively employs the E-core architecture from this node. It is important to note that the "Skymont" E-cores do not support hyper-threading technology, which aligns with the processor's configuration of equal core and thread counts. This processor series is targeted at devices requiring efficient power management without compromising on basic performance needs. The N250 is particularly suited for environments where energy efficiency and low cost are prioritized, making it an ideal choice for manufacturers and developers focusing on budget-friendly and energy-conscious computing solutions.


Intel's strategic update with the N250 aims to enhance the performance of entry-level computing devices while maintaining the affordability and low power consumption that characterize the N-series processors. This introduction is expected to bolster Intel's presence in the low-power processor market, catering to a broad range of applications from portable devices to commercial systems.


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