Acer Predator Helios Neo 14.5 inch QHD+ 120Hz Gaming Laptop: Ultra 7-155H AI PC, RTX 4070, 16GB, 1TB, W11

Intel Core Ultra - Unlock AI Experiences. Whether you're working, collaborating, creating or playing, Intel® Core™ Ultra 7processor155H processor delivers a dedicated engine to help unlock AI experiences on the PC, the next level in immersive graphics, and high-performance low power processing, so you can confidently perform for longer while unplugged.
AI-Powered Graphics - Experience fast-paced gaming with GeForce RTX™ 4070 laptop graphics. Dive deep intolifelike visuals and unparalleled performance, all amplified by NVIDIA DLSS 3 technology. Harness AI-driven advancements for smoother, more immersive gameplaythat keeps you at the edge of your seat.
Clarity, Competitive Edge - Plunge into a vast 14.5-inch display, illuminated with brilliant colors, and framed in a16:10 aspect ratio. The pristine WQXGA boasts a fast 120Hz refresh rate, and with 100% sRGB color gamut, you're assured lifelike hues. Enhanced by NVIDIA® G-SYNC® and NVIDIA Advanced Optimus, enjoy seamless tear-free gaming.
Start Your Engines - This Predator Helios Neo 14 laptop will take your game library, place it in front of you, anddare you to give it a challenge. Not only does Helios look good while dishing out frame after frame, but this RTX-empowered machine is fully optimized for maximum 110W MGP usage, so you always have two things: Full Power.
NVIDIA® Advanced Optimus® - NVIDIA® Advanced Optimus allows the display to dynamically switch between theintegrated graphics and the discrete graphics without having to reboot. The result increased game performance, reduced system latency when gaming, and it enables the use of G-SYNC variable refresh rate displays, improving users’ experiences.
Peak Performance Guaranteed - Keep cool under pressure. With the 5th Gen AeroBlade™ 3D Fan Technology, vectorheat pipes, and liquid metal thermal grease, you can maintain top performance ineven the most heated moments. The dual-fan system with VortexFlow improvescooling efficiency by consistently drawing in colder air into the system's interior.