Asus ZenBook S14 (2026): Intel Core Ultra 9 mà pin vẫn ngon, cao cấp, mỏng nhẹ

Key Concepts

• Zenbook S14 (2026 Edition): The latest iteration of Asus's premium thin-and-light laptop series.
• Intel Core Ultra 300 Series (Panther Lake): The new generation of Intel processors focusing on high performance and power efficiency.
• Ceraluminium: A specialized ceramic-aluminum material used for the laptop lid.
• OLED Display: High-resolution screen technology with 120Hz refresh rate.
• Delta E < 1: A metric indicating high color accuracy, suitable for professional graphic work.
• Intel Graphics (4-core): The integrated GPU found in the specific Core Ultra 9 386H variant tested.

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1. Design and Build Quality

• Materials: The laptop retains the premium Ceraluminium lid and a CNC-machined aluminum chassis, maintaining the high-end feel of the S-series.
• Aesthetic Changes: The iconic, intricate pattern on the lid from previous generations has been replaced with a minimalist "Zenbook" logo. The reviewer notes a preference for the previous, more distinct design, suggesting the new look feels slightly generic (resembling the Vivobook line).
• Portability: Weighing approximately 1kg, it remains highly portable for users on the go.
• Keyboard and Trackpad: The keyboard features cleaner keycaps with fewer characters. The trackpad is notably large, extending nearly to the edges, contributing to a clean, premium aesthetic.

2. Display Specifications

• Resolution & Refresh Rate: 14-inch display with a resolution of 2880 x 1800 and a 120Hz refresh rate.
• Brightness: Reaches 500 nits in SDR mode, outperforming many Windows laptops in the same price bracket (typically capped at 400 nits).
• Color Accuracy: Delta E < 1, ensuring professional-grade color reproduction.
• Drawback: The screen is highly reflective, a common trait of OLED panels. The reviewer suggests that future iterations should incorporate the anti-reflective coating found on the ROG G14.

3. Performance and Hardware

• Processor: Equipped with the Intel Core Ultra 9 386H (part of the 300 series/Panther Lake).
• Graphics: This specific model uses a 4-core integrated Intel Graphics unit. It is sufficient for office tasks, data coding, and light gaming, but the reviewer advises users with heavy graphic needs to look for models with 12-core Intel Arc graphics or dedicated GPUs.
• Efficiency: The reviewer highlights significant improvements in power efficiency. Performance drop when unplugged is minimal compared to older Intel generations.
• Battery Life: Achieved 12 hours and 36 minutes in a standardized script test (75% brightness, office/web/video tasks). While slightly lower than the Core Ultra 7 258V, it is impressive given the higher performance of the Ultra 9 chip.

4. Connectivity and Pricing

• Ports: Includes Thunderbolt, USB-A, and HDMI, providing a comfortable range of connectivity options.
• Pricing: Starts at approximately 52 million VND. The reviewer acknowledges the high price point, noting it reflects a broader industry trend of rising costs for premium technology.
• Recommendation: For those seeking a more budget-friendly option, the previous generation (Intel Core Ultra 200V) remains a viable, long-term choice.

5. Synthesis and Conclusion

The Zenbook S14 (2026) is a highly refined, premium ultraportable that successfully delivers on Intel’s promises regarding the Panther Lake architecture—balancing high CPU performance with excellent battery efficiency. While the design has become more minimalist and the screen remains reflective, the build quality, display brightness, and overall user experience remain top-tier. It is recommended for professionals who prioritize portability and high-end performance, provided they are comfortable with the premium price tag.

"Intel đã thật sự deliver được những gì mà họ hứa hẹn về cái tiến trình 18A của họ về việc vẫn đảm bảo được performance cao trong khi vẫn có thể tiết kiệm điện được không thua kém gì so với lại những con chip ARM." (Intel has truly delivered on their promises regarding the 18A process, ensuring high performance while maintaining power efficiency comparable to ARM chips.)