Modern computer processors, including mobile chips, laptops, and desktops, are multicore chips that can handle a variety of concurrent tasks. Chromebooks -Web-based laptops are accessible and easy to use – with multi-core processes, while we are mainly used to surf the web and run with live applications. The software that runs on all Chromebooks is explicitly tied to Google’s suite of productivity applications, including email, archive, and photo storage. Chrome OS was developed by Google and optimized for business services to provide seamless software with low-cost hardware. However, for users who want to get the most out of their Chromebooks, some laptops also support hyperthreading, improving or disabling it.
Embora or software was developed entirely by Google to create a secure ecosystem of business applications and services, or hardware is a different story. Chromebooks are made by different manufacturers and can vary widely in price, technical specifications, and resources. Some devices with Chrome OS are the size of a traditional tablet or 2-in-1 tablet, but abandon Android for a complete operating system. Others resist the temptation of the times and are designed for the educational market, such as HP’s rugged Chromebooks. However, the main difference may be the Chromebook’s processor — companies like Intel and Qualcomm make the chips that power laptops.
1. What is hyperthreading • This is a computational process that attempts to distribute the work of a particular task across different nodes of a processor, creating “threads” in the software. Hyperthreading differs from multithreading, which divides tasks across several nodes, but is limited to one thread per core. In a quad-core processor or multithreading, only four threads can run at a time. However, when the processor has hyperthreading support, there are no restrictions on multithreading. The process can run multiple threads in the same core, allowing multiple tasks to run simultaneously. Hyper-Threading technology appears on select Intel enthusiast processors, allowing two threads to run simultaneously on each core.
Chromebooks with Intel processors can be compatible with Hyper-Threading, which can improve the performance of laptop.de according to the support of Google pages. Hyperthreading is disabled by default, but can be easily enabled by installing Chrome OS 74 and later. The address bar of the Chrome browser should digitize the user”chrome://flags#scheduler-configuration”Display the configuration menu. I “Subscription configuration“Title, with option”Habilit or hyperthreading and CPU relevant.“When Hyper-Threading is enabled, the user must click a button to restart the computer. The process of disabling Hyper-Threading is the same as disabling Hyper-Threading – the user just needs to digitize the address to open the hidden and select settings menu”Desative or hyperthreading and CPU relevant.†
Enabling hyperthreading and getting all the downsides of a Chromebook may seem inconvenient, but the resource poses serious security risks. Chrome support page. To take advantage of Intel’s Hyper-Threading resource, Chromebooks also use microarchitecture data rendering, a series of security tricks that allow hackers to steal user data. If the hacker can compromise passwords, credit card information or cookies for malicious use, Intel can provide a significant increase in efficiency for modern times Chromebooks†
source: google, chrome, intel