AMD Ryzen Threadripper 2970WX Recensie | 78 Gegevens vergelijking

The AMD Ryzen Threadripper 2970WX is a 24-core, 48-thread HEDT processor designed for creative professionals needing high multi-threaded performance, offering a more balanced option than the 32-core flagship. Key advantages include exceptional rendering power and the introduction of Dynamic Local Mode, which effectively mitigates latency issues and boosts performance in demanding, parallelized applications. However, the chip requires a high-end X399 motherboard, specialized TR4 cooling, and consumes significant power, making it unsuitable for average users or gamers. While impressive for workstations, the 2970WX often falls behind competitors like the Intel Core i9-9900K in single-threaded tasks and gaming, limiting its value proposition to specifically threaded workflows.

a little longer TechSpot's review of the AMD Threadripper 2970WX (24-core) and 2920X (12-core) highlights them as high-value, multi-threaded HEDT processors that outperform similarly priced Intel alternatives in workstation tasks. Pros include the 2920X's impressive price-to-performance ratio and the 2970WX's massive rendering power, which outpaces the 18-core i9-7980XE by up to 30%. However, the 2970WX suffers from memory latency bottlenecks causing lower performance in gaming and specific encoding tasks, making it a specialized, workstation-focused chip rather than a general-purpose CPU.

The AMD Ryzen Threadripper 2970WX, reviewed by Tom's Hardware, is a 24-core, 48-thread processor offering high-end workstation performance as a budget-conscious alternative to the 2990WX. It excels in multi-threaded tasks like rendering, utilizing AMD’s Dynamic Local Mode to manage its complex quad-die architecture, but faces performance variability due to non-uniform memory access. Key pros highlighted by Tom's Hardware include excellent scaling for professional creative software, an unlocked multiplier for overclocking, and compatibility with existing X399 motherboards. Conversely, significant cons include poor performance in gaming and lightly-threaded applications, along with high power consumption, with the chip drawing up to 230W under load. The review concludes that while the 2970WX provides immense value for specific, heavy-workload environments, it is a niche product requiring a costly X399 platform. The 2970WX often loses to lower-core count, higher-frequency chips in tasks that do not utilize all 24 cores effectively.

The AMD Ryzen Threadripper 2970WX is a 24-core, 48-thread processor designed for creative professionals needing high multi-threaded performance in applications like 3D rendering and video encoding, offering workstation-class power without the expense of high-end Intel Xeon systems. While it excels in specialized multi-core tasks, such as Cinebench R15, its lower 3GHz base clock and architecture result in poor single-core performance compared to mainstream chips like the Intel Core i9-9900K. Key pros include its exceptional, cost-effective, multi-threaded performance, while cons are centered around subpar gaming performance, high 250W power consumption, and potential memory latency issues in unoptimized tasks.

The HEXUS review of the AMD Ryzen Threadripper 2970WX and 2920X highlights their role in strengthening AMD's HEDT market position by offering high core counts (24-core 2970WX and 12-core 2920X) at competitive prices. While the 2970WX excels in multi-threaded tasks, often beating expensive Intel rivals, the 2920X acts as an accessible entry point for the X399 platform, with both chips utilizing Dynamic Local Mode (DLM) to optimize performance, according to the HEXUS review. Performance pros include exceptional multi-core throughput and value, but cons include high power consumption and lower 1080p gaming performance compared to mainstream chips.

PC Perspective's 2018 review outlines the AMD Ryzen Threadripper 2920X and 2970WX as high-value additions to the HEDT market, with the 12-core 2920X targeting creators and the 24-core 2970WX aimed at workstation rendering. Pros include dominant multi-core performance and competitive pricing against Intel's Core-X series, alongside drop-in compatibility for existing X399 motherboards. Cons focus on high power consumption and significant memory latency on the 2970WX, which causes performance regressions in games and requires specific software, such as AMD's Dynamic Local Mode, to mitigate.

Antony Leather's 2018 review for Forbes highlights the AMD Ryzen Threadripper 2970WX and 2920X as powerful additions to the HEDT market, providing significant multi-threaded performance that pressures Intel's high-end offerings. The 2920X is presented as a strong all-rounder with improved gaming performance, while the 24-core 2970WX is characterized as a specialized "workstation beast" ideal for rendering and parallelized tasks. Key pros include exceptional multi-core performance, better price-to-performance than Intel, and the introduction of Dynamic Local Mode in AMD Ryzen Master, which mitigates latency issues in certain applications. The 2920X is praised for its versatility, and both chips feature improved boosting algorithms. Conversely, the 2970WX faces cons related to high power consumption, increased thermal output, and "disappointing" performance in general applications and games where its many cores cannot be fully utilized, requiring specialized, expensive hardware. Consequently, for mixed-use cases, the review suggests alternative, more balanced options such as the 2950X or Intel alternatives. Copy

The Techgage review of the AMD Ryzen Threadripper 2970WX (24-core) and 2920X (12-core) highlights their role as specialized HEDT processors, with the 2920X aimed at budget creators and the 2970WX as a rendering powerhouse. Pros include exceptional price-to-performance in heavily threaded applications like Blender, outperforming higher-priced Intel alternatives, alongside improved memory latency from the Zen+ architecture. Conversely, the 2970WX suffers from significant performance issues in non-optimized software due to its NUMA architecture, requiring third-party tools like Coreprio for consistent performance. For more details, visit Techgage. Copy

The HotHardware review of the AMD 2nd Gen Ryzen Threadripper 2920X and 2970WX highlights these processors as strong, value-focused HEDT options for professional content creation, utilizing the Zen+ 12nm architecture for improved performance. The 2970WX (24 cores) and 2920X (12 cores) excel in multithreaded tasks, with the 2970WX utilizing Dynamic Local Mode (DLM) to mitigate non-unified memory architecture limitations, while both chips offer 64 PCIe Gen 3 lanes and X399 platform compatibility. Key advantages include massive productivity gains in rendering, though the 2970WX faces challenges with bandwidth-sensitive applications and high 250W TDP, and Intel retains the lead in single-threaded and gaming performance.

The TweakTown review identifies the 12-core Threadripper 2920X as a competitively priced entry into the TR4 platform, offering excellent value for prosumers with improved performance over previous models, while the 24-core 2970WX is highlighted as a specialized, high-performance workstation chip for heavy multi-threaded tasks. The 2970WX delivers exceptional results in rendering benchmarks but suffers from higher thermal demands and complex memory architecture that can cause latency issues in non-parallel applications. Both processors offer long-term viability via existing X399 motherboards, though they require robust cooling and are not designed for gaming-focused systems. Copy

The Guru3D review defines the AMD Ryzen Threadripper 2970WX as a 24-core/48-thread "beast" designed for workstation tasks, utilizing 12nm Zen+ architecture, 64 PCIe Gen 3 lanes, and supporting quad-channel DDR4. Key advantages include massive multi-threaded performance in rendering and compression, high-quality binned dies capable of 4.1-4.2 GHz overclocks, and effective memory latency mitigation via "Dynamic Local Mode" software. Conversely, the 250W TDP chip generates high heat, is not suitable for gaming due to thread-scheduling issues, and its specialized NUMA architecture is unnecessary for general users. Copy