HP OmniBook 5 Brings OLED Touchscreen and 42-Hour Battery to the $699 Laptop Market

HP is targeting the sub-$700 laptop market with the OmniBook 5, pairing a 2.5K OLED touchscreen with an Intel Core 7 processor option and a dedicated neural processing unit. The device launches this month in four colors, positioning itself as one of the few budget Windows machines offering premium display technology typically reserved for systems costing significantly more.

OLED panels have historically been confined to laptops priced above $1,000 due to manufacturing costs and power consumption concerns. HP’s decision to include one at a $699 starting point directly challenges competitors like the Acer Swift Go 16 AI, which recently introduced similar display technology at a comparable price tier. Unlike standard IPS LCD panels found on most budget notebooks, OLED screens illuminate individual pixels, producing deeper blacks and higher contrast ratios that benefit media consumption and creative work.

The OmniBook 5 measures 11.77 millimeters thick and weighs slightly over 2.5 pounds. That profile places it below Apple’s recently released MacBook Neo, which occupies the same approximate $700 price bracket but relies on a traditional non-touch display architecture. HP equipped the chassis with a 180-degree hinge, allowing the screen to lay completely flat—a feature frequently requested in enterprise and education environments where shared viewing during meetings or classroom settings is common.

Battery longevity represents the machine’s most aggressive specification. HP rates the system for up to 42 hours of continuous use on a single charge. This figure stems from local video playback testing rather than mixed productivity workloads. Users running CPU-intensive applications, compiling code, or utilizing the integrated NPU for AI processing will experience substantially shorter runtimes. Still, even under moderate real-world conditions involving web browsing and document editing, the underlying battery capacity suggests multi-day endurance without requiring a power adapter.

Under the hood, buyers can configure the laptop with up to an Intel Core 7 processor. The inclusion of an NPU aligns the hardware with Microsoft’s Copilot+ PC requirements, enabling on-device execution of AI features such as live captioning, background blur during video calls, and local generative tasks without relying entirely on cloud connectivity. This architectural shift reflects the broader PC industry’s transition toward distributed AI computing, moving inference workloads away from remote servers and onto client silicon to reduce latency and improve privacy.

Connectivity options are streamlined. The system provides two USB-C ports, omitting legacy USB-A connections entirely. An FHD infrared camera supports Windows Hello facial recognition for biometric login, paired with dual microphones designed for noise-canceling conference calls. The base configuration ships with 8GB of RAM and a 256GB solid-state drive—specifications adequate for general productivity but potentially limiting for users managing large local datasets or heavy multitasking workflows.

HP has not confirmed an exact release day beyond an October availability window. Pricing scales upward from the $699 baseline depending on memory, storage, and processor selections across the four available colorways.