Today multitasking is a huge part of how we use computers. If you stream while playing video games or edit videos in the background of browser windows that are wide open in many browser windows, work with virtual machine servers and virtual networks or are a heavy professional applications power user you want a CPU that will help keep all of your programs responsive and easy to handle. To pick the right best CPU for multitasking, it’s important to look not just at clock speed, but at core count, thread count, amount of cache, as well as factors such as power efficiency and how the CPU is going to handle your primary workload. Right now, the top CPUs from both AMD and Intel are more than capable for the best productivity. And of course, the gaming king, Intel i7 9700K is still a great option. This CPU is currently rated one of the strongest overall CPUs for highly threaded workload demands, although Intel’s Core Ultra also proves itself to be tough for the best production systems.
What Makes a CPU Good for Multitasking?
When it comes to multitasking, what you need is a processor that can run multiple applications in parallel at a high speed and without lag. So obviously core and thread count are very critical. More cores mean an application can be split across several processing units and more threads means many tasks can be juggled easily by the processor.The amount of cache that the processor has is also critical because it’s’ where currently accessed data resides and can be accessed very quickly. However buying the CPU with the maximum number of cores does not guarantee the best results. Core and Thread count, Architecture, single-core performance, clock speed, thermal behavior, power consumption as well as software optimization can all impact your real world experience. For general multitasking, today’s six or eight-core CPUs may be more than enough, but for such workloads as video production, 3D rendering, software compilation, and virtualisation it’s going to be hard to pass up a processor with 12, 16 or even more cores.
AMD Ryzen 9 9950X3D: Best Overall Choice
If you require a CPU for an all-out build that excels not only in AAA gaming but also in intensive multitasking, the AMD Ryzen 9 9950X3D should be one of the most powerful options on your list. Featuring the Zen 5 architecture with 16 cores and 32 threads and AMD’s popular 3D V-Cache tech, this chip is ideally suited to individuals who would like one PC to both play games, stream content, edit videos and a host of other compute-intensive workflows. At present, this model features at the top of both our multi-threaded CPU benchmark charts, and benchmarks of high-demand games also position this CPU as the fastest desktop processor.
AMD Ryzen 9 9950X: Excellent for Productivity
However, if games play less of a role than productivity needs, a standard Ryzen 9 9950X can still be a fantastic addition. The also comes with the same 16 Cores and 32 Threads that should make quick work of more intense tasks such as rendering, video encoding, software compiling, and creative production. A standard 9950X is perfectly capable of delivering stellar performance in its multi-core abilities without requiring the premium the X3D design demands focused on gaming. We think this one especially makes sense for creators or professionals that spend more time in CPU-intensive applications than playing games.
Intel Core Ultra: A Strong Alternative
Intel still holds its weight for multitaskers. The Intel Core Ultra 7 270K Plus and Core Ultra 9 285K processors possess good core counts and multi-threaded capability. For example, the more recent Intel Core Ultra 7 270K Plus has a blend of 8 performance-class cores alongside 16 efficiency-class cores for a total of 24 cores. For individuals that utilize an array of software simultaneously such as creative programs, browsers, messengers, and video games, then this architecture is a worthwhile addition. Previous benchmarks of the silicon also demonstrated a notable capability of handling various multi-threaded workloads such as the creation of content.
Best CPU for Gaming and Multitasking
If you are the type of gamer that occasionally finds themselves multitasking too, AMD’s 7 9800X3D is still a viable consideration for that PC. Its innovative 3D V-Cache is meant to enhance gaming, and through a set of tests, continues to solidify its place as a top budget/performance value, high-end gamer in the modern market, though if you regularly produce heavy threaded rendering and video rendering, you may want to take into consideration a 12 or 16-core Ryzen 9 solution.
How Many CPU Cores Do You Need?
The right number of cores really varies with your intended workload. With the kind of basic office work and browsing you perform, plus your use of video conferencing and multitasking, 6 cores will likely do just fine. If you consider things like regular gaming, multiple streams running at the same time, and you constantly work with highly interactive software paired with a web browser, 8 cores might offer a better investment. 12- or 16-cores should generally be reserved for people doing intense video editing, 3D rendering, running virtual machines, heavy-duty programming, or whatever you can think of that demands massive compute power. This extra overhead might give you a machine that has more longevity and remains more capable when more intensive software development becomes common in the upcoming few years.
AMD vs Intel for Multitasking
Both AMD and Intel have fantastic multitasking processors and deciding which one to go for will just come down to your individual priorities. It’s a great time to be buying a new CPU – AMD’s Ryzen 9 offerings are incredibly exciting for consumers looking for high multithreaded workloads that are paired together with killer gaming abilities, whilst the new line of Intel Core Ultra processors also stack up really well and could be the ideal choice if you prefer Intel’s hybridcore design and wider platform of capabilities.
What Else Should You Consider Before Buying?
Don’t forget that the CPU isn’t the only component to your machine though! You need the relevant amount of RAM, quick storage, the proper mobo and cooling solution to support such an powerful part. 32GB would be the suitable base for any serious multi tasker, and 64GB+ is likely desirable for professionals in areas where extremely large projects are expected.It’s also wise to invest in an adequate CPU cooler for high end chips, especially if you’re likely to put the processor under heavy load for extended periods, as these jobs are very hot indeed. Take the relevant socket and upgrade path into consideration also, before buying in, if you’re expecting to hold onto the computer for some number of years.
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