The incredible growth of processing parallelism has resulted in a corresponding explosion of performance and capabilities, but not all cores and threads are created equally. For mainstream computer users, such as the vast majority of Windows users, the detailed usage of cores and threads is not important for the user to understand. After editing a document, we hit the <SAVE> icon, and all the magic happens under the hood. But for designers of critical real-time processing systems, what happens under the hood matters. With a more detailed understanding of the latest hybrid core processor enhancements, military embedded systems designers – whether designing for land, sea, or air use – can build more deterministic and responsive processing systems and at the same time maintain better control over power consumption, resulting in SWaP [size, weight, and power] savings and longer-duration missions.
For defense applications, responsiveness, accuracy, and precision have never been more critical to mission success. Expanding the connectivity bandwidth within and between systems enables faster time-to-solution and greater mission capability through higher data resolution and fidelity, all of these with reduced latency.
In August 2021, Intel announced the new Intel Xeon W-11000E Series processor (formerly known as “Tiger Lake-H”), designed for the embedded market. This new processor follows the announcement of similar 11th-generation processors introduced for the commercial market several months earlier.