Earlier this year, Intel introduced their new 8th Gen Intel Core vPro processors. Marketed as the way to help businesses of all shapes and sizes make the digital transformation, Intel compels customers to “Leave Inefficiency Behind.” With the new upgrade, Intel boasts that it will optimize productivity with Windows 10, help guard company assets, and also manage company costs.
With more than 100 new 8th Gen Intel Core processor-based business PC designs to choose from, Intel believes this upgrade will revolutionize computing. Both consumers and businesses today want and need to work faster with fewer problems, and the new processor will deliver that and more.
One would expect the new generation of Intel CPUs to be markedly faster than the Intel Core 7 processor. According to most reviews, the performance gap between the newest, 8th Gen “Kaby Lake Refresh” chips and the old 7th Gen “Kaby Lake” can be experienced from the time the user pushes the power button.
Intel doubled the number of cores from two to four, increased the clock speed and optimized video capabilities. This upgrade results in (depending on what task the user is performing) up to 90 percent faster. Let’s look at a breakdown of the 8th Gen Core by various tasks.
Synthetic testing is a method of comprehending a user’s experiences with a software application by forecasting its behavior. According to Geekbench 4, a scoring system that separates single-core and multi-core performance and measures GPU performance in areas such as image processing and computer vision, the 8th Gen Core is vastly improved. Comparing the differences between a 7th Gen Core i7-7500U and an 8th Gen Core i7-8550U processor, Geekbench 4 indicated a 60 to 90 percent improvement, depending on the laptop device.
Testing large spreadsheets with Excel, the 8th Gen Core showed it is worth the upgrade. When running a macro that matches 65,000 names with their addresses, most 7th Gen-powered processors finished between 2 and 3 minutes. The 8th Gen finished the same task between 1:08 and 1:32, depending on the laptop. The spreadsheet test showed a 55 to 70 percent jump.
Single-threaded app results were not as remarkable. When running a macro that matched 20,000 names and addresses in OpenOffice Calc, using only a single thread, the 8th Gen Core was just around 10 to 11 percent faster than the 7th Gen models.
Overall, laptops with 8th Gen Core processors demonstrated improved performance in the graphics department. The integrated GPUs are still not good enough for playing top-end games though. Not as easy to assess, most test scores are showing an improvement ranging from 17 to 39 percent, contingent on the device and app used.
The 8th Gen Core processor will cause your apps to load faster as well. Varying on the device and the app, most test results showed a 50 to 55 percent jump over the 7th Gen processor.
Probably where the 8th Gen processors score improved the most is seen in transcoding film clips. The 7th Gen-powered processor took an average of 30 minutes to contract a 4K video down to 1080p resolution, using the transcoding tool, Handbrake. When using the 8th Gen Core processor, the same task was completed in just 19:37 minutes. Being profoundly optimized for video, the 8th Gen shows a 53-percent improvement. This will no doubt be a big bonus for users who enjoy streaming videos.
The performance advantages of 8th Gen Core processors differ by the task and device. That said, it shows a marked improvement especially when working on multi-threaded assignments. Businesses and consumers who need to improve their work experience should definitely consider upgrading to a model with the 8th Gen Core processor. The user experience will be greatly enhanced and you can get important tasks completed faster.
As with all big breakthroughs in computing and Information Technology, the price will be higher right after the new processor hits the market. Within a few years, prices should level off so that the laptops sporting the 8th Gen Core processor are more affordable.
Depending on your budget, here are some devices you might consider purchasing:
The cost of cybercrime is predicted to hit $10.5 trillion by 2025, according to the latest version of the Cisco/Cybersecurity Ventures “2022 Cybersecurity Almanac.”.
It takes an average of 287 days for security teams to identify and contain a data breach, according to the “Cost of a Data Breach 2021” report released by IBM and Ponemon Institute.
Forty-three percent of attacks are aimed at SMBs, but only 14% are prepared to defend themselves (Accenture).
The three sectors with the biggest spending on cybersecurity are banking, manufacturing, and the central/federal government, accounting for 30% of overall spending (IDC).
The internal team was energized. With the Level 1 work off its plate, the team turned its attention to the work that fueled company growth and gave them job satisfaction.
40% of businesses will incorporate the anywhere operations model to accommodate the physical and digital experiences of both customers and employees (Techvera).
The average cost of a data breach in the United States is $8.64 million, which is the highest in the world, while the most expensive sector for data breach costs is the healthcare industry, with an average of $7.13 million (IBM).
More than 33 billion records will be stolen by cybercriminals by 2023, an increase of 175% from 2018.
We did a proof of concept that met every requirement that our customer might have. In fact, we saw a substantial improvement.
We did everything that we needed to do, financially speaking. We got our invoices out to customers, we deposited checks, all the things we needed to do to keep our business running, and our customers had no idea about the tragedy. It didn’t impact them at all.
“We believe our success is due to the strength of our team, the breadth of our services, our flexibility in responding to clients, and our focus on strategic support.”