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2026-07-21 0 浏览 会员

谷歌“Frozen v2”芯片据称将Gemini架构直接嵌入硅片以提升效率

谷歌正在内部开发一款名为“Frozen v2”的服务器芯片,将Gemini AI模型的架构直接嵌入硬件,推理效率比当前TPU可能高出6到10倍,计划2028年部署,主要缓解内部AI算力压力。

SOURCE / AI小生意项目库 MIN / 9 ACCESS / 会员 POST / 2026-07-21 02:08:33

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作者:Matthias Bastian 来源站点:the-decoder.com 原贴时间:

原文

Google is building a new server chip internally called "Frozen v2" that embeds the Gemini AI model's architecture directly into silicon. The chip could be 6 to 10 times more efficient at serving AI responses than Google's current TPU chips, according to sources cited by The Information . Google plans to deploy it starting in 2028 and sees Frozen v2 as a test run for specialized chips, with a smaller production volume than its TPU line. Unlike Google's TPUs, which work with many models, Frozen v2 has parts of Gemini's model structure built right into the hardware. The name follows the same logic as "freezing" parameters in AI models, where you lock values so they stop changing. With Frozen v2, a portion of the model gets permanently frozen into the chip itself, which cuts down on compute steps and speeds up responses. Ad The original idea reportedly came from Jeff Dean, Google Deepmind's chief scientist. His first Frozen design called for embedding the model weights directly into the chip. Weights are the specific settings that determine how an AI model responds to queries. Google scrapped that approach because the chip would have only worked with a single Gemini version and would have become outdated too quickly. Ad DEC_D_Incontent-1 Frozen v2 takes a more flexible path by embedding the model architecture instead of weights, meaning the underlying blueprint rather than the tuned parameters. New weights can still be loaded onto the chip. How much of the architecture will actually be hardcoded hasn't been decided yet, according to The Information. Because the chip only works as long as Google sticks with the same model architecture, it probably won't become a product for outside customers. Google already leases its TPUs to Meta , offers them to external cloud customers , and positions them through its "TPU@Premises" program as an alternative to Nvidia with an internal goal of capturing ten percent of Nvidia's annual revenue . Frozen v2, by contrast, is meant to ease Google's internal crunch on AI compute capacity . Ad If the chip delivers on its promise, it could still become a major competitive edge. In the AI business, how well companies optimize inference costs increasingly determines their margins. Google could use Frozen v2 to run powerful models at lower prices and take market share from OpenAI and Anthropic. Subscribe to THE DECODER for ad-free reading, a weekly AI newsletter, our exclusive "AI Radar" frontier report six times a year, full archive access, and access to our comment section.

中文翻译

谷歌正在内部开发一款名为“Frozen v2”的新服务器芯片,将Gemini AI模型的架构直接嵌入硅片。据《The Information》援引消息人士,该芯片服务于AI响应的效率可能比谷歌当前TPU芯片高出6到10倍。谷歌计划从2028年开始部署,并将Frozen v2视为专用芯片的试验,产量将小于其TPU系列。与谷歌适用于多种模型的TPU不同,Frozen v2将Gemini模型结构的部分直接构建在硬件中。其命名遵循与AI模型中“冻结”参数相同的逻辑,即锁定数值使其不再变化。对于Frozen v2,部分模型被永久冻结在芯片内部,这减少了计算步骤并加快了响应速度。广告 该想法最初来自谷歌DeepMind首席科学家Jeff Dean。他的第一个Frozen设计主张将模型权重直接嵌入芯片。权重是决定AI模型如何回应查询的具体设置。谷歌放弃了该方法,因为该芯片只能与单一Gemini版本配合,且会过时过快。广告 DEC_D_Incontent-1 Frozen v2采用更灵活的方式,嵌入模型架构而非权重,即底层蓝图而非微调参数。新权重仍可加载到芯片上。据《The Information》,具体有多大比例架构将被硬编码尚未确定。由于该芯片仅在谷歌坚持相同模型架构时有效,因此很可能不会成为面向外部客户的产品。谷歌已向Meta租借其TPU,向外部云客户提供,并通过“TPU@Premises”计划将其定位为Nvidia的替代品,内部目标为占领Nvidia年收入的10%。相比之下,Frozen v2旨在缓解谷歌内部AI算力紧张。广告 如果这款芯片实现其承诺,它仍可能成为重大竞争优势。在AI业务中,企业优化推理成本的能力日益决定其利润率。谷歌可利用Frozen v2以更低价格运行强大模型,从OpenAI和Anthropic手中夺取市场份额。订阅《THE DECODER》以无广告阅读、每周AI通讯、每年六期独家“AI Radar”前沿报告、完整档案访问以及评论权限。

核心信息

谷歌正在内部开发一款名为“Frozen v2”的服务器芯片,将Gemini AI模型的架构直接嵌入硬件,推理效率比当前TPU可能高出6到10倍,计划2028年部署,主要缓解内部AI算力压力。

  • 谷歌正在内部开发一款名为“Frozen v2”的服务器芯片,将Gemini AI模型的架构直接嵌入硬件,推理效率比当前TPU可能高出6到10倍,计划2028年部署,主要缓解内部AI算力压力。
  • 原贴提到:Google is building a new server chip internally called "Frozen v2" that
  • 来源:the-decoder.com
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