ASUS VivoBook S 15 Copilot+ PC review: Snapdragon X Elite is incredible, all day battery life, gorgeous 15.6" OLED screen, and $1,299 for 1TB SSD and 16GB RAM
Qualcomm's Snapdragon X Elite elevates this Windows laptop from a good all-rounder to a great one.
Context & Ripple Effects
ASUS was among the PC makers that joined Microsoft’s initial Snapdragon X Elite and Plus laptop rollout, placing the VivoBook S 15 within a broad OEM push rather than a one-off design.
This review supplies an early positive proof point for that push: Qualcomm’s chip is credited with improving an otherwise capable Windows laptop, while later coverage of Snapdragon systems flags app-compatibility trade-offs as a constraint on the category’s broader appeal.
First-order effects
- The VivoBook S 15 gains a clearer performance-and-battery proposition at its $1,299 configuration, strengthening ASUS’s case for this Qualcomm-based Copilot+ PC.
- Qualcomm gets a favorable real-world endorsement for Snapdragon X Elite in a mainstream 15.6-inch OLED laptop, not solely a flagship device.
Second-order effects
- Other Windows PC makers shipping Snapdragon models face pressure to match the combination of sustained battery life, display quality, storage, and memory at comparable prices.
- Positive hardware reviews raise the value of fixing software gaps: buyers may scrutinize whether their essential apps run natively or incur the battery cost seen with emulated applications on Surface Laptop 7th Edition.
Third-order effects
- If repeatable across OEMs, strong Snapdragon laptop results could make ARM-based Windows PCs a durable competitive tier; software compatibility remains the key condition for that shift.
- The category’s differentiation may move from headline AI branding toward tangible system attributes—battery endurance, app behavior, and price-to-spec balance—as more vendors use similar Qualcomm platforms.
The trend: Windows PC makers are using Qualcomm’s ARM chips to compete on battery life and efficiency, with app compatibility determining how far the platform can scale.