- The Moore Threads MTT S90 comes close to and sometimes exceeds the performance of the RTX 4060 in synthetic and gaming benchmarks.
- It shares architecture with the AI-oriented MTT S4000, which allows for extrapolation of results in benchmarks.
- Driver improvements have been key to achieving this competitive performance.
- The technological leap and the commitment to the Chinese market could have a global impact on the GPU sector.
In the last months, The Chinese graphics card industry has made giant strides, and now the Moore Threads MTT S90 enters the scene. as a possible direct rival to established options in the gaming segment. Although until recently Chinese graphics cards had clear limitations, improvements in hardware and, above all, in driver software have allowed a notable advance. This places Moore Threads as an alternative to consider for those who are still looking for options other than the usual Nvidia and AMD.
Attention on the MTT S90 has been growing due to the filtered benchmarks and tests conducted on both recognized synthetic tests and popular games in Asia, especially in China. The expectation is also not a coincidence: This model is looking to make a serious name for itself in a range where traditionally only the big international brands triumphed, and The pace of development of Moore Threads seems to indicate that the market is ready for new options.
Features and similarities with the MTT S4000
The first thing to note is that the MTT S90 It shares virtually all of its basic architecture with the MTT S4000, which is aimed at artificial intelligence work. Thus, both mount a Chunxiao graphics chip with 4.096 third-generation MUSA cores and 128 Tensor cores, allowing you to leverage the advancements Moore Threads has made in AI and apply them to gaming. It was also one of the first cards to support PCI-Express 5.0 and offers AV1 codecs and video output up to 8K, positioning it as a modern and well-equipped solution.
Performance: MTT S90 vs RTX 4060
In the most important field for the player, his performance, the S90 has been measured in multiple tests against Nvidia's popular RTX 4060. The results show a close competition:
- The 3DMark Steel Nomad benchmark, the MTT S90 scored 2.567 points compared to the RTX 2.340's 4060, placing it 9% higher.
- En 3DMark Fire Strike Ultra, the RTX 4060 remained ahead with 5.863 points against the S5.210's 90, a 12% difference in favor of Nvidia.
- According to Unigine valley, the S90 achieved 1.467 points and the RTX 4060, 1.111, which represents a 32% advantage for the Chinese solution in this specific scenario, which seems more favorable to Moore Threads due to optimization.
- In the Ludashi test, popular in China, the S90 also outscored the RTX 4060, scoring 420.000 points versus 400.000.
In real gaming tests, such as in Naraka: Bladepoint At 4K and maximum settings, the MTT S90 averaged 43 FPS, just one frame above the RTX 4060, which reached 42 FPS. This shows that, in certain optimized titles, the Moore Threads card can compete with or even surpass its established competitors.
The key is in the drivers
Much of the evolution of the MTT S90 is due to the advances in driver development. If initially the software support was limited to previous models such as the MTT S80 (which barely matched a veteran GTX 1050 Ti), improvements of up to 80% intergenerational increase in performanceAlthough some of these results still use driver versions under development, this leaves open the possibility for future optimizations and greater competitiveness against Nvidia and AMD in the medium term.
By having a 16GB GDDR6 memory (similar to the MTT S80, which had a 256-bit bus and 448 GB/s of bandwidth), the S90 presents technical arguments to capture attention, although its ultimate success will depend on the price and maturity of the software. Results in lab tests and popular games are promising, but It remains to be seen how it performs in the face of independent analysis. and in international markets.
Moore Threads, with the MTT S90, positions itself as an actor to be reckoned with in the gaming segment traditionally dominated by Nvidia and AMD. Continued driver improvements and acceptance in other markets could mark a significant shift in a market that has been largely closed to the entry of new competitors.
Its technological advancement and ability to compete head-to-head with reference cards in the gamer world reflect a potential impact on the GPU industry. If they can capitalize on this and overcome optimization challenges, this could translate into greater diversity and competition, benefiting consumers with innovation and better prices.
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