高通骁龙C平台发布：搭载Kryo核心，专为300美元级别Windows on Arm笔记本打造

The premium Snapdragon X Elite and X Plus chips are built around Qualcomm's custom Oryon CPU cores, a microarchitecture derived from the company's high-profile Nuvia acquisition that was designed to compete with Apple's M-series silicon . The Snapdragon C, however, uses Kryo cores, which are based on Arm's stock Cortex designs and are the same family of cores found in Qualcomm's budget smartphone and Chromebook chips .

This is the single biggest architectural difference. Oryon cores are engineered for performance and efficiency at the high end, while Kryo cores allow Qualcomm to significantly reduce the cost of the silicon. By reusing this mobile-derived technology in a laptop chip, Snapdragon C targets basic productivity—web browsing, video streaming, document editing, and video calls—rather than demanding workloads .

Both platforms include an integrated Neural Processing Unit (NPU) for on-device AI, but here too the capabilities diverge. The Snapdragon X Hexagon NPU delivers 45 TOPS, clearing the 40+ TOPS threshold required for Microsoft's Copilot+ AI features . The Snapdragon C includes an NPU for local AI tasks, but Qualcomm has confirmed the chip will not support Copilot+ because its NPU performance falls below the threshold . This means users won't have access to next-generation Windows AI features like Recall, though they will still benefit from AI-powered camera effects, noise cancellation, and other device-level enhancements.

Targeting students, families, and a very specific competitor

Qualcomm has clearly stated its target audience: students, families, and small businesses that need a responsive machine for everyday tasks, with all-day battery life and a design that stays cool and quiet—potentially fanless .

While Chromebooks have long dominated this segment in the education market, Snapdragon C offers a key advantage: a full Windows 11 on Arm experience. This means broader software compatibility with the apps users are already familiar with, compared to Chrome OS and its more limited, web-centric ecosystem .

The other target in Qualcomm's crosshairs is Apple's MacBook Neo, a lower-cost Arm-based MacBook line reportedly starting at $599 . At a $300 to $400 price point, Snapdragon C laptops would undercut Apple's offering by roughly $200 to $300, putting Windows machines back in the budget conversation for buyers who might have previously considered only a Chromebook or an entry-level Mac .

The first devices and what we know so far

The first wave of Snapdragon C laptops will come from Acer, HP, and Lenovo, with devices expected to hit shelves later in 2026 .

Acer has already announced the Aspire Go 15 as one of the first models. The 15.6-inch laptop includes 8GB of RAM, 512GB of SSD storage, a 1080p webcam, a 53Wh battery, and Wi-Fi 6E . While no official pricing has been announced for the Aspire Go 15, it is expected to fall within the $300 to $400 target range when it ships .

Unanswered questions for bargain hunters

Several important details remain unknown. Qualcomm has not yet published the exact NPU TOPS rating, core count, or clock speeds for the Snapdragon C . Without these specifications, it is impossible to accurately compare its raw performance against even the lowest-tier Snapdragon X Plus chips, let alone Intel's competing Wildcat Lake processors or the MacBook Neo.

More critically, the real-world experience of a $300 Windows on Arm laptop is an open question. At this price tier, the combination of 8GB of RAM and a low-cost Arm processor will need to prove that it can deliver a responsive and frustration-free Windows 11 experience, avoiding the sluggish reputation of the netbook era . Qualcomm's big bet is that silent operation and marathon battery life will be enough to win over buyers who have previously been forced to compromise—a gamble that will only be tested once the first review units arrive.