AMD is back in the spotlight in the high-performance CPU market. with the launch of the new Threadripper 9000, particularly highlighting the 9980X, its reference with 64 cores and Zen 5 architecture. Since its announcement at Computex, expectations have been high, and now, with the first benchmarks and comparisons available, it's now possible to analyze the generational leap compared to the 7000 series and even Intel's professional offering. Find out how the AMD Threadripper 9000 compares to other processors on the market.
First impressions gathered from test teams and specialized media highlight substantial improvements in both energy efficiency and raw powerThanks to the mature TRX50 platform and compatibility with existing motherboards, the upgrade is simple and stable, making the transition easier for professional users looking for a boost under intensive loads without complications.
Threadripper 9980X and 9970X: Specifications and Platform
Both processors, 9980X (64 cores, 128 threads) y 9970X (32 cores, 64 threads), are based on the Zen 5 architecture, manufactured using a 4nm process and accompanied by up to 256MB of L3 cache. They offer support for DDR5-6400 ECC memory in four channels and provide up to 80 PCIe Gen 5 lanes on the TRX50 platform, facilitating highly versatile workstation builds.
The design is based on a socket sTR5 Repurposed from the 7000 generation, simplifying component and cooling compatibility. The Pro models, for even more demanding environments, while offering more memory channels and PCIe lanes, are clearly geared toward business applications and much higher prices.
As for frequencies, the 9980X starts from 3,2 GHz and reaches 5,4 GHz in boost mode within a 350W TDP, while the 9970X raises the base to 4,0 GHz in the same thermal envelope, thus taking better advantage of scenarios with fewer active threads.
Zen 5: Internal Improvements and AVX-512
The arrival of Zen 5 brings a series of improvements in jump prediction, execution and consumption management, which are manifested in higher performance per cycle and real increases in multi-threaded tasks. Of particular note is the full native implementation of AVX-512, allowing complex vector instructions to be executed in a single 512-bit cycle, something highly appreciated in AI work, advanced rendering and scientific simulation, where the 9980X shines especially against previous alternatives and Xeon.
In addition, memory management has been revised, allowing for more efficient and faster access while maintaining compatibility with ECC and next-generation memory. The result is greater stability and lower latency in professional tasks and mission-critical environments.
Benchmark results: Direct comparison
The First results in Cinebench, SPECworkstation, Blender and 7-Zip confirm a tangible leap compared to the Zen 4 generation (Threadripper 7980X/7970X). For example, in Cinebench 2024 multi-core, the 9980X achieves around 15–18% higher scores than its predecessor, while the 9970X is placed between 11% and 14% above the 7970X.
En 3D rendering with Blender, the 9980X outperforms the previous generation by around 13%, cementing its position as the benchmark in heavy workloads. In compression and decompression tasks, as well as in AI inference (UL Procyon), increases are also seen that are consistent with the narrative of a generational leap, although single-thread improvements are more moderate, between 8% and 10%, reaffirming the professional and multi-threaded focus of the architecture.
On the other hand, faced with the offer of Intel Xeon W9-3595X, the Threadripper 9980X scores clearly in computing, AI, and simulation tests, not only in raw performance but also in efficiency, as they consume less power for a higher overall score. Check out the detailed benchmarks for the AMD Threadripper 9980X.
Stability, consumption and temperatures
La maturity of the TRX50 platform and support for the new AGESA and BIOS make stability and compatibility strong points. Users highlight solid performance even under sustained high loads, and adequate support on both Windows and Linux (modern kernels and compilers). Optimize your system to get the most out of Zen 5.
As for temperatures, the 9980X maintains surprisingly low values for its power—around 74°C under maximum stress—thanks to Zen 5 efficiency and high-end liquid cooling systems, such as the Silverstone XE360-TR5. Energy consumption is contained for the segment, which has a positive impact on daily operation.
Overclocking and advanced settings
As is usual in AMD's HEDT range, the overclocking It continues to support PBO (Precision Boost Overdrive) and Curve Optimizer. Initial tests show increases in multithreading scores of up to 6% with PBO enabled, although at the cost of a significant increase in power consumption, making an oversized power and cooling system advisable for those looking to squeeze every MHz.
Stability under these conditions is high as long as the cooling and motherboard are in good working order, and AMD maintains all relevant safeguards to prevent damage during extreme testing.
Powerful performance, stability, and efficiency improvements make the new Threadripper 9000 processors a compelling choice for professionals who demand maximum performance in multithreaded workloads and demanding tasks. Backward compatibility with existing platforms and enhancements to technologies like AVX-512 strengthen their position in the workstation and high-demand scientific workstation markets.