HP Inc. sells its 14-inch OmniBook 5 laptop, featuring a Qualcomm Snapdragon X processor and an OLED display, starting at $879.99. A configuration with 16GB of RAM and a 512GB solid-state drive is available for $699.99, sometimes dropping to $480. The pricing targets the midrange market with components typically found at higher price points.
The device delivers over 34 hours of battery life on a single charge. That endurance, drawn from a 59Whr battery, holds up under typical mixed workloads and sets the OmniBook 5 apart from most x86-based competitors.
The 14-inch 1,920-by-1,200-pixel OLED display offers deep blacks and strong color contrast. Laptops with OLED panels typically sell for more than $1,000, making HP's inclusion of the feature at $700 a direct challenge to midrange display expectations.
HP designates Snapdragon X-based models as "Next Gen AI PC" laptops. The eight-core Snapdragon X Plus chip is power-efficient but can feel sluggish when switching between many open applications. Copilot AI features also showed significant battery drain with limited practical benefit.
That performance profile is not universal among Arm-based devices. Microsoft's 13-inch Surface Laptop, using the same processor, did not show similar sluggishness. M4 MacBook Air models start at $750 and offer a different performance-to-price ratio.
The OmniBook 5 features a minimalist silver chassis measuring 0.6 inch thick and weighing 2.98 pounds. The overall design feels premium, but HP used a soft-touch plastic keyboard deck rather than aluminum—a material choice that reduces manufacturing costs and affects the tactile experience.
The 65 percent keyboard layout provides clear, forceful feedback and good key travel. The up and down arrow keys are half-height. The mechanical trackpad functions adequately but produces an audible tick on each click.
Speaker quality is poor, another cost-saving tradeoff in a device built around display quality and battery life.
HP's strategy for the OmniBook 5 pairs premium features with a competitive price, targeting users who prioritize extended battery life and display quality over raw processing power for routine tasks.
