Lenovo’s Project AeroBlade Fanless Laptop Takes Thin and Light to the Extreme
Lenovo’s Project AeroBlade Fanless Laptop Takes Thin and Light to the Extreme
联想 Project AeroBlade 无风扇笔记本电脑：将轻薄推向极致
Lenovo is well-known for its creative, if wacky, concept laptops, usually involving some sort of display trickery. But at the IFA Berlin 2026 consumer electronics trade show, the company showed a proof of concept that actually looks production-ready.
联想以其充满创意甚至有些古怪的概念笔记本电脑而闻名，这些产品通常涉及某种显示屏上的“花招”。但在 2026 年柏林国际电子消费品展览会（IFA）上，该公司展示了一个看起来已经具备量产潜力的概念验证产品。
The Project AeroBlade Concept laptop is built around a new active cooling technology from Frore Systems that uses air pressure—instead of fans, heatsinks, and large vents—to expel heat from the CPU. That means thinner laptop designs and quieter operation, and the space savings allow for larger batteries. According to Lenovo, it could reimagine how future high-performance laptops are designed.
Project AeroBlade 概念笔记本电脑围绕 Frore Systems 的一项新型主动散热技术构建，该技术利用气压（而非风扇、散热片和大型通风口）来排出 CPU 的热量。这意味着笔记本电脑可以设计得更薄、运行更安静，节省出的空间还能容纳更大的电池。联想表示，这可能会重塑未来高性能笔记本电脑的设计方式。
Lenovo is the first computer manufacturer to unveil a laptop that uses Frore’s AirJet Mini fanless air-cooling technology. Frore is known for its liquid-cooling tech that’s used in data centers, but the AirJet is designed for consumer computers.
联想是首家发布采用 Frore 公司 AirJet Mini 无风扇空气冷却技术笔记本电脑的制造商。Frore 以其用于数据中心的液冷技术而闻名，但 AirJet 则是专为消费级电脑设计的。
Dubbed the Lenovo Active Flow Thermal Solution, the AirJet module pulls ambient air that’s inside the laptop to create 2,000 Pascals of back pressure (around 124 miles per hour). This high-speed air is then spread onto a copper base layer through tiny jets in the AirJet module, which Frore claims will disrupt the boundary layer that causes heat buildup and throttling. Without a boundary layer, the processor’s heat is dissipated out the back. Lenovo had a motherboard sample from the AeroBlade concept laptop that showed four embedded AirJet modules, located along the top of the laptop.
该技术被称为“联想主动流散热解决方案”（Lenovo Active Flow Thermal Solution），AirJet 模块通过吸入笔记本电脑内部的空气，产生 2000 帕斯卡的背压（风速约为每小时 124 英里）。这些高速气流随后通过 AirJet 模块中的微小喷嘴喷射到铜基底上。Frore 声称，这能破坏导致热量积聚和性能降频的边界层。消除了边界层后，处理器的热量便能从后部排出。联想展示了一块来自 AeroBlade 概念笔记本的主板样品，上面嵌入了四个位于机身顶部的 AirJet 模块。
Frore says each AirJet module can create 10 times the back pressure of a regular laptop fan and can pull and expel air without needing many vents. Lenovo claims the Active Flow Thermal Solution uses the same power as a traditional fan, but it’s debris- and water-resistant.
Frore 表示，每个 AirJet 模块产生的背压是普通笔记本风扇的 10 倍，且无需大量通风口即可完成空气的吸入与排出。联想声称，这种主动流散热解决方案的功耗与传统风扇相当，但具备防尘和防水性能。
While Lenovo may be the first to demo a laptop using AirJet, it’s not an exclusive partnership, so we could see other laptop makers employ it.
虽然联想可能是首家演示使用 AirJet 笔记本电脑的厂商，但这并非独家合作，因此我们未来可能会看到其他笔记本电脑制造商采用该技术。
So Light, It’s Dreamy
轻盈如梦
With its typical, unassuming laptop design, nothing about the AeroBlade Concept screams that it’s a concept. But at 10 mm thin and weighing 1.8 pounds, you can’t help but think there’s something special. With a magnesium-aluminum body, it’s so lightweight that it makes some of the current lightest laptops, like the Asus Zenbook A14 or MacBook Air, feel downright heavy. I spent longer than I should have just lifting it up and down, and marveling at its portability.
AeroBlade 概念机采用了典型的、低调的笔记本设计，外观上完全看不出它是一款概念产品。但它仅有 10 毫米厚，重量仅为 1.8 磅（约 0.82 公斤），让人不禁觉得它非同寻常。得益于镁铝合金机身，它轻盈到让华硕 Zenbook A14 或 MacBook Air 等目前市面上最轻的笔记本电脑都显得有些笨重。我花了不少时间反复拿起又放下它，对其便携性赞叹不已。
I expected Lenovo to show a non-functioning sample or one I couldn’t touch, but what I demoed felt like a production unit. Indeed, Lenovo told me it’s a “very mature and refined product in terms of sample stability.” The laptop has an OLED screen and USB-C ports that support Thunderbolt 4.
我本以为联想会展示一个无法运行的样品，或者是不让触碰的展示品，但我所体验的机器感觉就像是一台量产机。事实上，联想告诉我，就样品稳定性而言，这是一款“非常成熟且精致的产品”。该笔记本配备了 OLED 屏幕，并拥有支持 Thunderbolt 4 的 USB-C 接口。
The engineering sample uses an Intel Lunar Lake processor, which suggests the cooling tech can support higher-performance CPUs, though with support for up to 20 watts of thermal design power (TDP), it may not suit really demanding machines (there is a more powerful version of the AirJet, called the AirJet Pro). We won’t fully know how effective this design will be until it’s in the real world. If it goes into production, Lenovo says that class of chipset won’t necessarily be what’s inside, or whether the AirJet tech will end up in a future variant of the company’s existing laptops and mini PCs.
该工程样品搭载了英特尔 Lunar Lake 处理器，这表明该散热技术能够支持更高性能的 CPU。不过，由于其最高支持 20 瓦的热设计功耗（TDP），它可能并不适合对性能要求极高的机器（AirJet 还有一款更强大的版本，称为 AirJet Pro）。在实际应用之前，我们无法完全确定该设计的有效性。联想表示，如果该产品投入量产，最终搭载的芯片组未必是目前这一款，也不确定 AirJet 技术是否会最终出现在该公司现有的笔记本电脑或迷你 PC 的未来变体中。
Lenovo didn’t reveal any details like battery life, pricing, or availability. Still, the product feels so finished that I can’t help imagining an imminent release, especially since some of Lenovo’s concepts have made it into production.
联想并未透露电池续航、定价或上市时间等细节。尽管如此，该产品给人的感觉非常成熟，我不禁想象它即将发布，尤其是考虑到联想过去的一些概念产品最终都成功实现了量产。
Project Swan
Project Swan 概念
Alongside Project AeroBlade, Lenovo’s wackier concept of the year is Project Swan. Like its rollable gaming laptop that debuted at CES 2026, Project Swan expands horizontally from 14 to 17 inches with the push of a button. The company says it took what it learned from previous projects and refined it. While Lenovo mentions it’s suitable for travel in its press release, at 3.5 pounds, it’s noticeably heavy. That means this model has fewer motors, but they’re more durable. While still very much a “watch this space” product, it’s an exciting showcase of how a compact laptop could provide the visual real estate of a larger machine.
除了 Project AeroBlade，联想今年另一个更古怪的概念是 Project Swan。就像 2026 年 CES 上首次亮相的可卷曲游戏笔记本电脑一样，Project Swan 只需按下一个按钮，即可在水平方向上从 14 英寸扩展到 17 英寸。该公司表示，他们吸取了之前项目的经验并进行了改进。虽然联想在新闻稿中提到它适合旅行携带，但 3.5 磅（约 1.59 公斤）的重量确实明显偏重。这意味着该型号减少了电机数量，但电机更加耐用。虽然这仍然是一个“值得关注”的产品，但它令人兴奋地展示了紧凑型笔记本电脑如何能提供大型机器的视觉空间。