You are here: Home > Computer Technology News > Ryzen 3000 Could Spell Big Trouble for Intel
Back to all articles


Ryzen 3000 Could Spell Big Trouble for Intel
Published:


Ryzen 3000 chips are immanent and the entire CPU market is about to get a big wakeup call, unlike anything we’ve seen. If you’re about to spend money on a new CPU, stop what you’re doing and read this first.

Until the arrival of the first Ryzen chips, we had gone through more than a decade of virtually no competition to temper Intel’s worse impulses. Since the Phenom CPUs first lost the plot, Intel has had its way. AMD has put up a good fight on the GPU side of things, but every year they just didn’t seem to have anything competitive.

With the first-generation Ryzen CPUs, things were immediately different. Yes, they could not compete on a per-core basis, but suddenly AMD was willing to sell us more cores for the same money. With software taking advantage of more threads and the per-core performance being adequate, users started coming back to team red. The second-generation Ryzen processors brought significant improvements, although Intel still held the per-core performance crown. However, the expensive Intel ecosystem is starting to become harder to justify for many users.

We can probably thank AMD for forcing Intel to move away from quad-core products in their mainstream lines. Ninth-generation machines seem to be moving towards hexa core CPUs being the norm, and that’s certainly a good thing! Now, launching on July 7 2019, the third generation of Ryzen will be upon us and if Intel was sweating before, that sweat may be about to turn cold.



Ryzen to the Occasion

While Intel has delayed the debut of 10nm chips time and time again, AMD will leapfrogging the competition with 7nm Zen architecture. Not only does this mean better thermals and power efficiency, it means more room for cores. With the debut of Ryzen 3000 chips, 12- core, 24- thread CPUs will be coming to the mainstream.

Performance per clock is also getting a healthy boost, so that per-core and per-thread performance lead from Intel may disappear in a puff of competition. How much better is it? AMD is claiming a 14% increase in IPC (instructions per clock). These new 7nm chips are also clocked pretty high, which combines into something that, on paper, can scare off a chip like the i9 9900K. What AMD showed off at E3 was pretty impressive, but of course we need to wait for independent benchmarks. Since we are less than a month away from launch, that wait should not be too long. It should go without saying that no one should build a high-end Intel system until we know how accurate AMDs claimed performance is.





The Value Proposition

The big news from the Ryzen 3000 reveal is AMD’s claim that their new chips will match per-core performance in applications like games, and then beat Intel in threaded apps by offering more cores for the same money. A claim that Intel is not happy with. As a case in point, the i9-9900K retails for about $500 and the Ryzen 9 3900X has the same price, but you get 12 cores as opposed to Intel’s 8. If the per-core performance is indeed the same, the AMD chip would be a no-brainer.



The Lineup


The revealed models so far don’t show off any budget CPUs, but start off at the mid-range. We really don’t know what 7nm Ryzen 3000 budget CPUs will look like at this point or when they’ll release. However, given the competitive pricing of Ryzen 3000 it’s perhaps not a priority. There are six CPUs officially announced. That’s two Ryzen 5s, two 7s and two 9s. Prices range from $200 to $749 for the Ryzen 9 3950X. That chip is worth discussing in detail, but let’s handle the range as a whole. The Ryzen 5 CPUs will all sport six cores. That puts them in direct competition with current hexa core i5s. The Ryzen 7 CPUs are coming in with eight cores on board and then the Ryzen 9 chips have 12 cores and 16 cores respectively. You know what else has 12 cores? The i9 9920X, which sells for a beastly $1200. AMD are saying that their 12-core Ryzen 9 3900X will match or beat the 9920X and will only set you back $500! That’s a stupidly large leap in performance value and its hard to see a downside. Of course, independent benchmarks could show that AMD is being a little liberal with their claims, but that’s not a strategy the company is likely to take. Given that the AMD boards are likely to be less expensive, you would be hard pressed to justify buying something like the 9920X for a new build, since it’s unclear what you’d be getting for that extra money. Keep in mind that the Zen 2 architecture has received massive improvements at a very low level. Including better support for AVX operations and multiple efficiency gains. That’s right, these chips also use less power than the current Intel offerings. The 3950X flagship sporting 16 cores will likely go for about three quarters of that 12-core Intel offering. All that remains now is for the independent benchmarks to confirm what AMD has claimed. If the numbers do stack up, Intel is really going to need a rabbit pulled from its hat. Luckily, as consumers, we can do nothing but win if that’s the case!












To configure a Workstation using the AMD Ryzen 9 CPU please visit our:


| AMD Ryzen 9 with up to 12 Cores Workstation PC |


Sort By:
1
Titan C200 - AMD RYZEN 5000 Series Compact Workstation PC up to 16 cores - up to 16 cores & 32 threads Titan C270 - AMD Ryzen 7000 Series Processors Compact Workstation PC for CAD/CAM - up to 16 cores Titan S200 - AMD RYZEN 5000 Series Processors Rackmount Workstation PC for CAD/CAM - up to 16 cores

AMD’s latest Ryzen CPUs pack more cores in a smaller space than ever, so why not pack those cores into a smaller case than ever? We’ve taken the amazing portable Lian Li TU150A case and equipped it with as many as 16 cores (six as standard) so you’ll never run out of threads no matter where you are.





AMD RYZEN 5000 Series Compact / Portable Workstation Computer for:

CAD/CAM • Graphic Design • 3D Modeling • CGI • Computer Animation • Video Editing • Design & Visualization • Gaming


The Titan C270 is a compact yet powerful workstation PC designed to harness the performance of AMD Ryzen 7000 Series Processors, with up to 16 cores of CPU power. Tailored for professionals in CAD/CAM and beyond, the C270 combines portability with performance.




AMD Ryzen 7000 Series Compact / Portable Workstation Computer for:

CAD/CAM • Graphic Design • 3D Modeling • CGI • Computer Animation • Video Editing • Design & Visualization • Gaming


Our fan-favorite Titan S200 receives a massive multi-core update. Using the latest technology from AMD, this is the perfect machine for users who have plenty of threads in their applications, but are working within a budget. All while trading per-core performance blows with the competition.





4U Rackmount Workstation / Server Computer for:

Design & Visualization • Data Analysis • AI / Deep Learning Computing • Media / Video Streaming • Cloud Gaming • Animation and Modeling • Design & Visualization • 3D Rendering • Diagnostic Imaging • Machine Learning

Titan A200 - AMD RYZEN 5000 Series Professional Ultra Fast Workstation PC - up to 16 cores Titan A870 - AMD Ryzen 9000 Series Professional  AI Workstation Computer - up to 16 cores Titan S270 - AMD Ryzen 7000 Series Processors  4U Rackmount Workstation Computer - up to 16 cores

Our fan-favorite Titan A200 receives a massive multi-core update. Using the latest technology from AMD, this is the perfect machine for users who have plenty of threads in their applications, but are working within a budget. All while trading per-core performance blows with the competition





AMD RYZEN 5000 Series Workstation Computer for:

CAD/CAM • Graphic Design • 3D Modeling • CGI • Computer Animation • Video Editing • Design & Visualization • Gaming

AMD’s ZEN 5 architecture is built for modern AI applications, with advanced features to speed up typical AI-related calculations. With the Titan A870, we’ve used the 9000-series to create the perfect blend of affordability and AI-processing might.





AMD Ryzen 9000 Series Workstation Computer for:

CAD/CAM • Graphic Design • 3D Modeling • CGI • Computer Animation • Video Editing • Design & Visualization • Gaming


AMD’s superlative 7000-series CPUs offer amazing per-core performance, high core counts, and peerless value for money. So why not pack SAVE those advantages into a server rack system and create a powerhouse budget workstation solution? That’s exactly what we did.





4U Rackmount Workstation / Server Computer for:

Design & Visualization
• Data Analysis • AI / Deep Learning Computing • Media / Video Streaming • Cloud Gaming • Animation and Modeling • Design & Visualization • 3D Rendering • Diagnostic Imaging • Machine Learning

Titan A270 - AMD Ryzen 7000 Series Professional  Workstation Computer - up to 16 cores Titan S870 - AMD Ryzen 9000 Series Processors Rackmount AI Workstation Computer - up to 16 cores Titan A790 - AMD Ryzen Threadripper 7000 X Series up to 96 cores Workstation Computer
Our fan-favorite Titan A270 receives a massive multi-core update. Using the latest technology from AMD, this is the perfect machine for users who have plenty of threads in their applications, but are working within a budget. All while trading per-core performance blows with the competition





AMD Ryzen 7000 Series Workstation Computer for:

CAD/CAM • Graphic Design • 3D Modeling • CGI • Computer Animation • Video Editing • Design & Visualization • Gaming


AI technologies are taking the world by storm, and thanks to AMD’s Ryzen 9000 series of CPUs you can build that capability into your own server room. These cutting-edge CPUs easily crush the competition in leading AI benchmarks, and you can have that power all for yourself.





4U Rackmount Workstation / Server Computer for:

Design & Visualization
• Data Analysis • AI / Deep Learning Computing • Media / Video Streaming • Cloud Gaming • Animation and Modeling • Design & Visualization • 3D Rendering • Diagnostic Imaging • Machine Learning


Our Titan A790 is a high-performance workstation PC powered by the AMD Ryzen Threadripper 7000 X Series, capable of handling up to 96 cores. This workstation is designed for professionals working with deep learning and AI.





AMD Threadripper Pro 7000 Series Workstation Computer for:

3D Rendering • CAD/CAM • Product Design • 3D Modeling • CGI • Computer Animation • Video Editing • Design & Visualization • Machine Learning • Fluid Dynamics

Titan A499 OCTANE PRO - AMD Ryzen Threadripper Pro 5000 WX Series Workstation PC - up to 64 cores Titan A7 PANTERA - AMD Ryzen Threadripper Pro 7000 WX Series 96 Cores Workstation Computer
There are plenty of computers out there with “Pro” tacked on to the end of their names, but none like the Titan A499 Octane Pro deliver an equal amount of CPU threads and performance at a price that won’t make you feel like you’re paying for a brand. Like all Titan Workstations, this system is built using top grade internal components to ensure you get the maximum performance out of your processor.





AMD Threadripper Pro 5000 WX Series Workstation Computer for:

3D Rendering • Deep Learning • Data Analysis • AI • Machine Learning • Media / Video Streaming • Cloud Gaming • Animation and Modeling • Design & Visualization • Diagnostic Imaging


Just like the Panther is known for its distinctive appearance and being incredibly powerful and adaptable, the Titan A7 PANTERA is a powerful and extremely capable workstation thanks to our new and innovative Titan PANTHER full tower chassis that allows endless building possibilities! This workstation is designed for professionals requiring extreme computing power at a highly-competitive price.





AMD Threadripper Pro 7000 WX Series Workstation Computer for:

3D Rendering • CAD/CAM • Product Design • 3D Modeling • CGI • Computer Animation • Video Editing • Design & Visualization • Machine Learning • Fluid Dynamics

   
 
1