AMD has finally unveiled its highly anticipated Threadripper lineup for Zen 4, introducing a groundbreaking 96-core and 192-thread CPU to the workstation market. This release marks a significant milestone as it is the first time such a powerhouse CPU has been made available for workstations. The Threadripper lineup aims to revolutionize the workstation experience with its exceptional performance and efficiency.
Benchmark Testing by PCMag
To celebrate the much-anticipated launch, our sister site PCMag had the opportunity to put the flagship Threadripper Pro CPU through rigorous benchmark testing. Despite the remote nature of these tests, they provided valuable insights into the CPU’s capabilities and performance when subjected to popular benchmarks.
Impressive performance
Unsurprisingly, the top-tier Threadripper Pro CPU emerged triumphantly in the benchmark testing, surpassing its competition by a considerable margin. These results affirm the initial promise of the Threadripper lineup, positioning it as the fastest workstation CPU ever conceived.
Cinebench multi-core results
One test that truly showcases the power of the Threadripper Pro is the Cinebench multi-core benchmark. In this benchmark, the Threadripper Pro achieved a staggering score of over 100,000, almost doubling the performance of its closest competitor. This extraordinary feat underscores the sheer performance potential of the Threadripper lineup.
Blender rendering test
The Threadripper Pro system continued to shine in a rendering test using Blender. Impressively, it outperformed the competition by more than two times. While the Dell workstation completed the rendering test in a mere 22 seconds, the Xeon-based system required a significantly longer duration of 50 seconds. These results highlight the Threadripper Pro’s exceptional rendering capabilities and its ability to handle resource-intensive tasks efficiently.
Generation-to-generation improvement
Comparing the 64-core Threadripper system to its predecessor, we observed a significant improvement in performance. The new Threadripper system took 43 seconds to complete the rendering test, while the previous generation took twice as long at 86 seconds. This substantial generation-to-generation improvement can be attributed to various factors, including increased TDP, higher clock speeds, and architectural enhancements.
Other factors at play
While the CPU’s performance is undoubtedly crucial, it’s important to note that not all tests solely rely on the CPU itself. Various other system components come into play, depending on the workload and benchmark. Despite this, the Threadripper lineup consistently demonstrated its dominance in workstation-oriented tasks.
Dominance of Zen 4 Threadripper
The early success of Zen 4 Threadripper solidifies AMD’s position as a frontrunner in the workstation and high-end desktop (HEDT) markets. By going all-in on cores and cache, AMD has gifted itself a substantial advantage over Intel’s W-series CPUs on paper. The impressive performance showcased by the Threadripper lineup strongly suggests that it will become the go-to platform for workstation and HEDT customers seeking unparalleled power and productivity.
In conclusion, AMD’s Threadripper lineup for Zen 4 has left an indelible mark on the workstation market. Through rigorous benchmark testing, it has proven to be a force to be reckoned with, outshining its competition in various tasks. With its 96 cores and 192 threads, the Threadripper lineup advances the boundaries of workstation computing, delivering unprecedented levels of performance, efficiency, and potential for innovation. AMD’s commitment to pushing the limits of CPU technology with Zen 4 Threadripper ensures a bright future for workstation and HEDT users.