Intel has officially presented its new line of processors Core Series 2designed specifically to solve the most complex challenges of industrial computing. during the fair Embedded World 2026the technology firm showed how these chips, known internally as Bartlett Lakeseek to eradicate the gap between raw computing power and the reliability necessary for real-time operations. This advancement is essential for environments where minimum latency and operational consistency are essential requirements for process success.
At the top of this new family is the model Core 9 273PQE. This component integrates 12 high-performance cores (P-cores) y 24 threadsreaching a maximum frequency of up to 5,3 GHz. Furthermore, it has 36 MB cache and a TDP de 125 W. The complete series offers a range of Thermal Design Power ranging from 45 W and the 125 Wallowing versatile adaptation to different cooling systems and energy needs in security infrastructures, industrial control and immediate data analysis.
Innovation in edge architecture
The structure of these processors, which are divided into categories i9, i7 e i5has been optimized to overcome the limitations of traditional multiprocessor systems, eliminating dependence on solutions that are usually more expensive. By focusing on mission-critical loads, Intel enables businesses to run complex tasks simultaneously without sacrificing performance. This improvement in operational efficiency is vital for automated manufacturing and critical infrastructure management, where maintaining runtime integrity is a top priority.
By making direct comparisons, the Core Series 2 against competitors like AMD Ryzen 7 9700X. The results presented indicate that the company’s new chips offer a Up to 4.4x lower PCIe latency and a 2.5 times faster deterministic response time. Likewise, the overall performance increases by 3.8 timeswhile multithreading capability experiences an improvement in 50 %. These indicators are crucial to reduce errors that could lead to significant economic losses in the industrial sector.
The strategy behind this launch is to consolidate integrated platforms for the ‘edge’ (network edge) that facilitate industrial computing and Artificial Intelligence (AI) cutting-edge without increasing infrastructure costs. Dan Rodriguezcorporate vice president and general director of Edge Computing Group At Intel, he noted that the main objective is to comprehensively cover the demands of this sector through hardware that guarantees AI acceleration, reliability and high performance from the point of origin.
Complementing this ecosystem, the company also confirmed the availability of the Intel Core Ultra Series 3technology that had its first appearance in the CES 2026. With this addition, the solutions catalog expands to cover both general processing and specialized applications in AI and real-time computing, being as close as possible to the source of the data.
Advanced solutions for the healthcare sector
Within the framework of Embedded World 2026the new AI Suite for Health from Intel. This tool is aimed at sophisticated patient monitoring, allowing hospital centers to manage care pressure due to lack of staff or increased demand. Among its functions are the arrhythmia monitoring in electrocardiograms and 3D visual monitoring of patients anonymously.
All processing is done locally on the Core Series 2 and Core Ultra Series 3 chips, ensuring privacy by avoiding sending data to the cloud and ensuring instant reactions in medical emergencies.
This suite not only collects information, but transforms medical device data into actionable clinical insights through interconnected ecosystems. By facilitating real-time diagnoses, the workflow of health professionals is optimized, allowing faster and more accurate decision making based on high-performance hardware that processes information in the same place where it is generated.
Finally, it was confirmed that the systems Edge equipped with these new P core technologies are now available for purchase at global level. This paves the way for industries, medical centers, and other technical sectors to immediately implement solutions that prioritize stability and processing power in their daily operations.
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