A | (ECNS) -- More than 2,000 fabric suppliers joined the 2026 Global Home Textile Eco-Fashion Exhibition & Shaoxing Keqiao China Textile City Curtain Fabric Exhibition, which opened Wednesday in Keqiao, Zhejiang Province. China Textile City, the world's largest textile distribution hub, handles about a quarter of global fabric trade annually. This year's expo adopted a dual-venue format, with the Beilian Market serving as a core exhibition area. Exhibitors showcased new curtain products and technologies, including AI-powered design tools that generate realistic home décor renderings from photos. The three-day exhibition covers an area of 250,000 square meters and displays a wide range of home textile products, including curtains, wall coverings, kitchen and bathroom fabrics. Huang Jinwang, an exhibitor from Pujiang, Jinhua, who has been in the sofa cushion business for over 20 years, has pivoted to the pet pad market in the past two years. He said this is his company's third time exhibiting in Keqiao, with exports now accounting for over 60% of sales. "With the growing number of pet lovers at home and abroad, we have brought hundreds of pet pad designs in the hope of expanding into new markets at this expo." (By Tang Yuxian) 
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快科技8月23日消息，NVIDIA不仅是全球最赚钱的AI硬件公司，现在也把重点放在大模型开发上了，为此不惜砸了70亿美元招人，要开发全球最强的开源大模型。美国媒体报道，NVIDIA要跟AI初创公司Poolside达成一项合作协议，
会以120亿美元的估值向公司投资10亿美元，同时花费60亿美元购买该公司的技术产权及部分研发人员。这个合作模式跟NVIDIA去年底与LPU芯片公司Groq的合作相似，不是直接收购这家公司，而是重金获得技术授权及人才，公司还会继续独立运营。Poolside公司大约100多名员工将会加入NVIDIA公司，
参与的则是NVIDIA自己开发与的大模型Nemotron，旨在帮助该系列大模型成为全球最强。众所周知，NVIDIA是强烈支持开源大模型的，之前也对中国的DeepSeek、Kimi等开源大模型表示赞许，该公司自己的Nemotron大模型也是开源开放的，只不过性能不算出众，达不到DS V4、Kimi K3等中国开源大模型的水平。NVIDIA作为全球最大的AI GPU供应商，而且利润丰厚，在资金及算力资源上优势独特，现在又招揽了一堆人才，Nemotron未来的性能跻身一线是很有希望的。NVIDIA自己下场开发最强的AI大模型，对OpenAI、Anthropic等VIP客户来说不是好事，但老黄这也是以彼之道还施彼身罢了。因为OpenAI、Anthropic两家公司也在大笔购买NVIDIA GPU之外的AI算力，包括谷歌及亚马逊，并且还在开发自己的AI芯片，他们不想依赖NVIDIA的芯片，NVIDIA自然也不能把大模型的希望都放在他们身上。对NVIDIA来说，自己开发最强的开源AI还有别的好处，美国迟早要对中国的开源AI下黑手的，NVIDIA的大模型未来有机会抢这部分市场，
他们是不希望DeepSeek、Qwen、Kimi、GLM等中国开源大模型成为美国公司使用的主要大模型。
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