近日一份关于英伟达GPU的路线图在网上流出，其中将英伟达Feynman架构与RTX 80系列关联，并列出了AMD RDNA 7。不过，图中存在多处明显矛盾，目前不足以作为相关产品及发布时间的可靠依据。
摩尔定律已死声称，这份演示材料来自可信来源，并称一名博通高级管理人员曾在一场数百人参加的演示中展示该图。英伟达已经确认Feynman是计划于2028年亮相的下一代数据中心架构，但尚未确认它与消费级显卡存在关联。
根据路线图，英伟达产品从采用Rubin架构的RTX 60系列直接跳到采用Feynman架构的RTX 80系列，完全略过RTX 70系列。AMD部分则从RDNA 5跳至RDNA 7，还将实际采用RDNA 4的Radeon RX 9000系列标成RDNA 5。
其他内容也存在问题。图中把Intel Celestial独立显卡列在2025年，但相关消费产品并未出现；已经取消的Falcon Shores加速器仍被保留，材料还提到了据称仍在调整中的Druid架构。部分项目横跨六年，摩尔定律已死认为，这一跨度可能代表产品生命周期，而非两代产品之间的间隔。
摩尔定律已死承认文档存在缺陷，并推测其原始版本可能来自2024年，之后仅针对2026年的演示进行过不完整更新。近期规划的不同说法也未能相互印证：摩尔定律已死多次称RTX 6090可能在2027年推出，而Kopite7kimi和Kepler_L2则认为RTX 60系显卡要到2028年才会到来；Kepler_L2还称RDNA 5或于2027年下半年公布。
现有材料最多只能反映一份可能已经过时的内部或行业演示内容，无法据此确认RTX 80、RDNA 7及相关产品的发布时间。
外媒详细报道：
一份据称是GPU路线图的文件近日在网上流传，其中提到了英伟达未来的RTX 80系列和AMD的RDNA7架构。虽然这份文件似乎预示着即将推出的图形硬件，但其中存在的诸多矛盾之处表明，其内容可能已经过时或存在错误。该信息来自油管频道“摩尔定律已死”，他声称其从可靠来源获得了这份演示文稿。据悉，博通公司的一位高管曾在一次数百人参加的演讲中展示了这份路线图。
或许最引人注目的细节是英伟达的费曼架构与GeForce RTX 80系列之间的明显关联。英伟达已经确认费曼架构是其下一代数据中心架构，计划于2028年发布。然而，它与任何消费级产品都没有关联，甚至连爆料者也没有提及。
此外，该文件完全跳过了RTX 70系列，直接从基于Rubin架构的RTX 60 GPU跳到了基于Feynman架构的RTX 80系列。AMD方面，路线图提到了RDNA7，但似乎跳过了RDNA6。然而，这个名称并没有特别的暗示，因为AMD高管Jack Huynh在概述公司长期图形架构计划时，已经在2024年讨论过RDNA5、RDNA6和RDNA7。
该文档错误地将RDNA5与Radeon RX9000系列显卡联系起来，而后者实际上使用的是RDNA4架构。文档中还显示英特尔的Celestial独立显卡将于2025年发布，但目前尚无此类消费级产品问世。更糟糕的是，已取消的FalconShores加速器项目仍然出现在产品路线图中，同时还提到了英特尔的Druid架构，该架构据称正处于调整阶段，但并未完全取消。
部分条目似乎跨越了六年，但“摩尔定律已死”指出，这些条目很可能代表的是产品生命周期，而非GPU世代之间的间隔。汤姆也承认这份文件存在缺陷，并暗示它可能最初于2024年完成，之后才进行了不完整的更新，最终用于2026年的演示。换句话说，即使幻灯片内容属实，也可能无法反映当前的开发计划。
博通路线图展示了RDNA7和RTX 80系列这种不确定性也延伸到了英伟达更近期的GPU路线图。“摩尔定律已死”网站曾多次预测RTX 6090可能会在2027年发布，而据称博通的发布会似乎也印证了这一预测。然而，知名爆料人Kopite7 kimi和Kepler_L2却持不同意见，他们认为英伟达基于Rubin架构的游戏GPU要到2028年才会面世。
AMD RDNA4的直接继任者RDNA5的发布时间可能比之前预期的要晚。Kepler_L2近期暗示，RDNA5甚至可能要到2027年下半年才会发布。此外，据报道，2027年预计只会推出AT2 GPU，而旗舰级AT0和其他型号则要等到2028年才会推出。
GPU研发进度的调整也可能对下一代游戏主机产生影响。索尼在继续支持PS5和PS5 Pro的同时，也在与AMD合作开发Project Amethyst项目，该项目预计将对未来的PlayStation硬件产生影响。与此同时，微软的下一代Xbox主机Project Helix将采用AMD定制的SoC，开发硬件计划于2027年交付给各工作室，而商业发布据称将在2028年底进行。
当然，这两款游戏主机的开发进度未必与AMD的桌面GPU路线图一致。然而，由于RTX 60系列和RDNA5架构仍被各种相互矛盾的传闻所包围，所谓的RTX 80和RDNA7的相关信息并没有提供多少关于未来发展方向的明确线索。目前来看，据称博通的发布会提出的问题比解答的问题还要多。
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A recent road map on GPU in Weiday, linking the Feynman structure to the RTX 80 series and listing AMD RD DNA 7. There are, however, a number of apparent contradictions in the figure, which are currently insufficient to provide a reliable basis for the relevant product and publish time.
Moore's law has died claiming that the presentation came from a credible source and that it was displayed in a demonstration attended by hundreds of people by a senior management of Chase. In Weida has identified Feynman as the next-generation data centre architecture planned for 2028, but has not yet confirmed its association with the consumer class GPU.
According to the road map, the YWeda product went directly from the RX 60 series using the Rubin structure to the RTX 80 series using the Feynman structure, completely omitting the RTX 70 series. The AMD section jumps from RD 5 to RD 7, and is also actually marked with RD 5 using the RD 4 Radeon RX 9000 series.
Other elements are problematic. The figure listed the independent Z114Z of Intel Celestial in 2025 but the related consumer products did not appear; the cancelled Falcon Shores accelerator was retained, and reference was made to the Druid structure, which was allegedly still being adjusted. Some of the projects span six years, and Moore's law has died believing that this span may represent the life cycle of the product rather than the interval between the two generations.
Moore's Law has died to acknowledge that the document is defective and speculates that its original version may have originated in 2024, followed by incomplete updates only for the 2026 demonstration. There are also different accounts of recent plans that do not support each other: More than once, Moore's law has died claiming that RTX 6090 could have been introduced in 2027, while Kopit 7Kimi and Kepler L2 considered RTX 60 to be GPU until 2028; Kepler L2 also stated that RDNA 5 or was published in late 2027.
At most, the material available reflects an internal or industry demonstration that may have become obsolete and does not allow for the confirmation of RTX 80, RDN 7 and publish time for related products.
Detailed external coverage:
A document, alleged to be the GPU road map, has recently been made available online, referring to the future RTX 80 series in Weida and the RD 7 architecture of AMD. While this document appears to presage the forthcoming introduction of graphic hardware, many of its contradictions suggest that its content may be outdated or erroneous. The information came from the pipeline channel “Morel's laws are dead”, which he claims to have obtained from reliable sources. According to the information received, a Botton executive presented the road map in a speech attended by hundreds of people.
Perhaps the most striking detail is the clear link between the Feynman structure of Inverda and the GeForce RTX 80 series. Yin Weida has identified the Feynman structure as its next-generation data centre structure, which is planned for publish in 2028. However, it is not linked to any consumer-grade product, not even to the declarant.
In addition, the document completely skips the RTX 70 series, moving directly from RTX 60 GPU based on Rubin to RTX 80 based on Feynman. With regard to AMD, the road map refers to RDN7, but appears to have bypassed RDN6. However, this name is not specifically implied, as AMD executive Jack Huynh, in outlining the company ' s long-term graphic architecture plan, discussed RDNA5, RDNA6 and RDNA7.
The document wrongly linked RDNA5 to the Radeon RX9000 series GPU, which actually uses the RDNA4 architecture. The document also shows that Celestial independent Z114Z in Intel will be in publish in 2025, but no such consumer-grade product is available. Worse still, the cancelled Falcon Shores accelerator project continues to appear in the product road map, while reference is made to the Druid structure in Intel, which is said to be in the adjustment phase but has not been completely eliminated.
Some entries appear to have spanned six years, but Moore's Law is dead, indicating that they are likely to represent a product life cycle rather than a gap between the GPU generations. Tom also acknowledged that the document was flawed and suggested that it might have been completed initially in 2024, after which incomplete updates were made and eventually used for the 2026 demonstration. In other words, even if the slide content is true, it may not reflect current development plans.
The Open Road Map shows that the uncertainty of the RDN7 and RTX 80 series also extends to the recent GPU road map in Weida. The “Moor law dead” website has on several occasions predicted that RTX 6090 might be publish in 2027, and publish, allegedly from Chase, appears to confirm this prediction. However, well-known informants Kopite7 Kimi and Kepler L2 disagree, arguing that the GPU, based on the Rubin structure, will not be available until 2028.
The publish of AMD RD DNA4, the direct successor of RDN5, may be later than previously anticipated. Kepler L2 recently suggested that RDN5 might not even be publish until the second half of 2027. In addition, it was reported that only AT2 GPU was expected to be introduced in 2027, while flagship AT0 and other models would not be introduced until 2028.
Adjustments to GPU development progress may also have an impact on next-generation game hosts. While continuing to support PS5 and PS5 Pro, Sony is also working with AMD to develop Project Amethyst, which is expected to have an impact on future PlayStation hardware. At the same time, Microsoft ' s next generation Xbox host, Project Helix, will use the AMD customized SoC, and hardware development is scheduled to be delivered to the studios in 2027, while commercial publish is said to be in place by the end of 2028.
Of course, the development of the two games hosts is not necessarily consistent with the AMD desktop GPU road map. However, since the RTX 60 series and the RDNA5 architecture are still surrounded by conflicting rumours, the information on the so-called RTX 80 and RDNA 7 does not provide much clear leads on the way forward. At present, it is alleged that the publish of Chase raises more questions than answers.
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