内容来源：https://www.engadget.com/computing/framework-increases-desktop-prices-by-up-to-460-due-to-ram-crisis-234827145.html?src=rss

内容总结：

内存价格飙升波及消费市场，模块化电脑品牌Framework台式机最高提价460美元

受全球内存供应成本上涨影响，知名模块化电脑品牌Framework近日宣布，对其台式机及主机系统内存升级价格进行大幅上调。其中，128GB内存版本的售价涨幅最为显著，增加460美元，当前定价已达2459美元；32GB与64GB选项则分别上调40美元，现售价分别为1139美元与1639美元。

公司表示，此次调价源于供应链成本压力，并承诺将保持价格变动的透明度。Framework同时称，待市场行情回稳后，将重新下调售价。此前已下单的客户将仍按原价格执行。

行业观察指出，2026年内存价格攀升已成为消费电子市场的重要趋势。在2026年国际消费电子展（CES）上，内存成本上涨已成为行业焦点之一，主要驱动因素来自人工智能项目及数据中心建设带来的需求激增。在此背景下，许多采用模块化设计思路的用户开始转向优先升级其他性价比更高的组件，以规避内存环节的显著支出压力。

中文翻译：

受内存危机影响，Framework台式机最高提价460美元
2026年内存升级成本将显著攀升

计算机品牌Framework因供应商成本上涨，已上调其台式机及主机系统的内存价格。相较于发布时的定价，32GB与64GB版本均上涨40美元，而128GB版本涨幅高达460美元。当前各机型售价分别为：32GB版本1139美元、64GB版本1639美元、128GB版本2459美元。

自上月启动价格结构调整以来，该公司承诺将保持内存价格变动的透明度。Framework同时表示，待市场回稳后将重新调降价格。所有已生效的预购订单仍将按原价执行。

2026年国际消费电子展释放的关键信号表明，内存将成为今年的高溢价商品。成本上涨主要受人工智能项目推动，特别是数据中心建设热潮的影响。因此，采用模块化方案的消费者或可考虑升级其他成本较低的组件以提升配置，避免在内存领域投入日益高昂的资金。

英文来源：

Framework increases Desktop prices by up to $460 due to RAM crisis
Memory upgrades are going to be really, really expensive in 2026.
Computer brand Framework has hiked the prices on RAM for its Desktop systems and Mainframes in response to rising costs with its suppliers. Compared with when the Desktops were announced, the 32GB and 64GB options each cost $40 more, but its 128GB variation now costs an extra $460. The current pricing for machines is $1,139 for 32GB, $1,639 for 64GB or $2,459 for 128GB.
Since the company began altering its pricing structure last month, it committed to remaining transparent with customers about the changes happening to RAM prices. Framework also said it would reduce prices again once the market calms down. The original prices will be honored for any existing pre-orders.
One of the big takeaways from CES 2026 was that RAM is going to be an expensive commodity this year. The rising costs are largely in response to artificial intelligence projects, such as the rush to build data centers. As a result, buyers who take the modular approach may want to upgrade less costly components for better specs without making the increasingly hefty investment in memory.