The high-end desktop (HEDT) is a term coined by Intel that represents the higher end of the consumer space for processors and computers. The CPU HEDT segment has long been a battleground between companies for performance and pricing, attempting to carve out this portion of users where chips are used in workstations and systems with more demanding loads. Just like the desktop space for general computing and gaming, Intel long held a position of dominance over AMD with its Xeon and Core i9 processors, offering impressive performance.

This all changed in 2017 with the introduction of Zen-based Ryzen Threadripper processors. Separated from other Ryzen families, this specialized product line was used by AMD to utilize cutting-edge architectures, the latest technologies, and offer incredible levels of compute performance for a variety of tasks. AMD managed to catch Intel off guard with its Ryzen processors, and Threadripper was no exception, offering up to 32 cores, which at the time was quite the statement. Fast forward to 2025 and we're seeing flagship Threadripper SKUs offering 96 cores ... that's a whopping 192 threads!

Intel's Skylake Xeon W-2195 only had 18, just north of 55% of what AMD managed to launch that same year. It was from that point that Intel was placed on the back foot.

AMD revolutionized HEDT

More cores, more power

AMD had plenty of leeway when launching the Threadripper series in 2017, thanks to how Intel priced its enthusiast-grade hardware. Intel Xeon W processors were no slouches, but they also came at a steep price. Interestingly, AMD offered a solution for those who wished to take advantage of the performance offered by Intel Xeon W chips, but without all the unnecessary costs of enterprise parts. Utilizing the all-new chiplet design, AMD used Zen to scale performance and improve manufacturing efficiency while reducing costs.

Then there was the fact that AMD supported up to 128 PCIe lanes, making it a favorite among those who had super-fast SSD storage requirements and GPU configurations. At the time, Intel could only muster a measly 48 with the aforementioned Xeon W-2195. Now, that's still a lot of PCIe lanes for handling expansion, but it paled in comparison to Ryzen and Threadripper. Intel was in trouble on all fronts. Ryzen brought the fight back to its doorstep with Ryzen 5, 7, and 9 series. Threadripper unleashed all the specs for workstations, and EPYC was primed to dominate the data center.

But it wasn't the cache or the cores that really set the Threadrippers apart. It was the price-to-performance. The Threadripper 1950X launched at $999, while the Xeon W-2195 cost an eye-watering $2,553. That was a tough pill to swallow if you wanted to put together a capable workstation to power through intensive workloads. Would you rather spend north of $2,000 on the CPU alone or switch platforms to AMD with a considerably more affordable option? The savings on the chip alone could cover the cost of other parts.

Having all these additional cores allowed AMD to market its CPUs for multithreaded workflows. We're talking engineering, science, big data, content creation, and other heavy workloads that could leverage the performance offered by Threadripper. And if you didn't need all those cores, the Threadripper chips often competed against or directly beat Intel's equivalents. The new choice for HEDT was AMD, and Intel didn't have an answer for anything it saw at the table. Ryzen in the consumer space was one thing, but AMD really threw some punches in HEDT.

AMD forced Intel to (finally) innovate

No longer resting on laurels

Intel did manage to conjure up some answers to AMD, especially with its Core series. Intel maintained most of the market, and many gamers and general PC owners alike were happy with what the company offered with newer SKUs, even with AMD's Ryzen on the market. AMD suffered from earlier setbacks due to software and other refinements that needed to be addressed. Those who did make the leap of faith were eventually rewarded with superior performance and reliability, but there were plenty of teething issues to iron out.

For HEDT, Intel launched the mighty Core i9-7980E shortly after Threadripper came to be, but it was too little too late. The CPU had an impressive 36 cores, doubling that of the W-2195 Xeon chip, but it still fell short of what AMD was pumping out at the TSMC fab, not to mention that the same PCIe lane limitations were present. This move did come with a notable price reduction, however, bringing improved performance to the table at a slightly more reasonable $1,999. Intel did come out with the 10th and 12th Generations of Core CPUs, which are widely regarded as some of its best in recent years.

Hardware partners and software vendors started to take notice of AMD's efforts, working with the company on new components to fully leverage the new CPUs and all their specs. Packages such as 3ds Max were heavily optimized for multi-core processors, namely AMD Threadrippers. This further exacerbated the issue, allowing AMD to market these new chips with vastly superior results across a wide range of tests and applications. HEDT was no longer a niche segment for enthusiasts and those with deep pockets, but also for those with requirements for creative and other workloads.

And it was the pressure from Threadripper that forced Intel to seriously work on its consumer-grade chips within the Core family to stop the flow of systems being built using AMD chipsets. We saw Intel migrate to a big.LITTLE chip design with Alder Lake, similar to what we see in ARM processors. This allowed the company to create some truly impressive mobile processors, though its desktop offerings continued to struggle, which was largely due to Intel's inability to improve its manufacturing process and shrinking nodes.

HEDT is no longer for enthusiasts

It's a more even CPU market

It's only really EPYC and some competing Intel CPUs that remain out of reach for consumers (and rightfully so in most cases). Threadripper, as well as some Core i9 chips, have made it more accessible for almost anyone to build their own HEDT. Whether you're into creative software, working with big data, wish to have a crack at data science, or simply love running countless virtual machines (VMs) and containers on a system, CPUs such as those within the Ryzen Threadripper family make much more sense. It also paved the way for cross-market innovation.

Many of the improvements we've seen with AMD Ryzen processors are the direct result of what was made possible through Threadripper. We saw much higher core counts in the consumer space, with top-range CPUs coming with 16, if not more, cores. Performance also improved with both AMD and Intel working hard to not only squeeze as much performance out of their respective architectures, but also ensure that they're affordable to provide a good return for price-per-performance. And while Intel continues to struggle with heat and power draw, it's still incredible what we're able to achieve with modern CPUs.