Qualcomm targets budget Windows laptops with Snapdragon C as DRAM costs threaten sub‑$500 segment

Announcement

Qualcomm announced the Snapdragon C Platform on May 28, just before Computex 2026 in Taipei. The company positions the part as the foundation for Windows 11 laptops that start at roughly $300. Unlike the flagship Snapdragon X series, which uses the Nuvia‑derived Oryon cores, Snapdragon C returns to the older Kryo CPU architecture borrowed from Qualcomm’s smartphone line‑up. The platform is deliberately built without Microsoft’s Copilot+ certification, meaning it does not meet the 40 TOPS neural‑engine floor or the 16 GB memory minimum required for the Copilot+ PC program.

Technical specifications

• Core design – Kryo‑based, eight‑core configuration (leaks suggest a 6 nm class process).
• Clock speeds – not disclosed; Qualcomm hinted at a “balanced” performance envelope suitable for web browsing, office apps and light media playback.
• Neural engine – omitted; the chip does not claim the 40 TOPS benchmark that higher‑end Snapdragon models advertise.
• Memory – supports LPDDR5 only, with a maximum of 8 GB per module.
• Manufacturing node – rumored 6 nm, but official details are expected during the Computex keynote.
• Graphics – integrated Adreno GPU, likely a scaled‑down version of the Adreno 730 used in recent flagships; exact compute units remain unknown.

The first reference design is the Acer Aspire Go 15. Its spec sheet lists a 15.6‑inch 1920×1080 panel, up to 8 GB RAM, up to 512 GB SSD, a 53 Wh battery and Windows 11 with a Copilot key (no Copilot+ badge). Acer has not published a price, but the guidance from Qualcomm and the memory cost structure suggest a retail range of $349‑$449 in the United States.

Market implications

Memory price explosion

TrendForce reports that conventional DRAM contract prices jumped 90 %‑95 % in Q1 2026 and are projected to rise another 58 %‑63 % in Q2. Mobile DRAM (LPDDR) – the type required for Snapdragon C – has risen 93 %‑98 % quarter‑over‑quarter. Gartner’s analysis adds that combined DRAM and SSD costs could increase 130 % by the end of 2026, pushing the average PC bill of materials up by 17 % and inflating the memory share from 16 % to 23 % of a typical laptop’s cost.

Ranjit Atwal of Gartner warned that these trends “remove vendors’ ability to absorb the cost,” predicting the sub‑$500 entry‑level PC segment will disappear by 2028. IDC’s forecast mirrors this view, cutting its 2026 global PC shipment outlook by 11.3 % and stating that bargain‑priced PCs are “effectively behind us.”

OEM response

HP and Lenovo have been named as launch partners for Snapdragon C, but neither has released a device yet. Both companies have publicly acknowledged the memory‑cost squeeze – HP notes that memory now accounts for roughly 35 % of its PC BOM, up from the mid‑teens a few quarters ago; Lenovo described the price pressure as “no way around” for end users.

Microsoft’s own low‑end Surface line has already moved to a $1,149 starting price, well above the historic $899 launch level, underscoring the broader pricing shift.

Competitive landscape

• Apple – The $599 MacBook Neo uses an A18 Pro (Kryo‑based) SoC, 8 GB unified memory and 256 GB storage. Apple claims a 50 % performance edge over comparable Intel Core Ultra 5 laptops, but those figures are based on internal benchmarks.
• Intel – Wildcat Lake (Core Series 3) on the 18A node offers a 17 TOPS neural engine and targets sub‑$600 x86 machines. CHUWI’s “UniBook” already ships at $449.
• AMD – The Ryzen 7020 “Mendocino” series (Zen 2 + RDNA 2) remains the only budget AMD option, still priced above $500 and lacking a dedicated neural engine.
• Qualcomm’s own back‑catalog – The Snapdragon X‑powered Asus Vivobook 14 sells for $379.99 with 16 GB RAM and faster Oryon cores, undercutting the $300 guidance for Snapdragon C.

Pricing reality check

LPDDR5 pricing above $10 per gigabyte means an 8 GB module alone costs roughly the same as the entire component budget of a 2022 budget laptop. OEMs therefore have little flexibility; the most realistic retail window for Snapdragon C machines appears to be $349‑$449 rather than the $300 figure Qualcomm cites as “guidance.”

Dropping Copilot+ certification reduces the bill of materials, but it also strips away Windows Studio Effects such as Recall and Cocreator, potentially limiting appeal to power users.

Outlook

The success of Snapdragon C hinges on two variables:

1. Memory cost trajectory – If LPDDR5 prices stabilize or decline later in 2026, OEMs could bring prices closer to the $300 target.
2. OEM commitment – HP and Lenovo must decide whether to launch Snapdragon C devices this year or wait for a more favorable cost environment.

Should memory prices remain elevated, the sub‑$500 laptop segment may indeed contract dramatically, leaving only a handful of Arm‑based offerings (Apple, Intel’s Wildcat Lake, and possibly Qualcomm’s own legacy Snapdragon X devices) to serve price‑sensitive buyers.

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For deeper performance data and upcoming specifications, follow Qualcomm’s Computex 2026 keynote and watch for updates from the participating OEMs.