HP’s latest 16-inch mobile workstation arrives with a fresh name and faster silicon. The ZBook X G1i 16 replaces last year’s ZBook Power 16, kicking off a clearer naming strategy that should make it easier to tell models apart. Under the hood, though, is where the meaningful change happens.
Instead of reinventing the hardware, HP keeps the proven design and upgrades the internals. The 2025 ZBook X G1i 16 moves from Intel’s Meteor Lake to Arrow Lake processors and from Nvidia’s Ada Lovelace to Blackwell graphics. Expect snappier performance for demanding workflows and longer battery life thanks to generational efficiency gains. If you liked the look and feel of the previous model, that stays intact—the chassis, ports, keyboard, and overall build remain familiar.
This iterative update isn’t surprising. The ZBook Power 16 G11 design is only a year old, and many manufacturers stick with a solid chassis for multiple cycles before introducing a full redesign. That means buyers get a stable platform with newer CPU and GPU options, without the growing pains of a first-gen chassis.
For creators, engineers, and power users who can leverage the extra horsepower, the ZBook X G1i 16 is the smarter pick. If your workloads don’t need the latest Arrow Lake and Blackwell combo, the ZBook Power 16 G11 remains a cost-effective alternative with essentially the same look, features, and compatibility.
Key takeaways:
– New name, same trusted build: ZBook X G1i 16 continues the Power series design with a clearer naming convention.
– Performance bump where it counts: upgraded to Intel Arrow Lake CPUs and Nvidia Blackwell GPUs.
– Better efficiency: expect improved battery life over the previous generation.
– Savvy buying options: choose the X G1i 16 for maximum performance, or save with the ZBook Power 16 G11 if you don’t need the extra speed.
In short, the ZBook X G1i 16 is a thoughtful refresh that prioritizes real-world performance and endurance while keeping a dependable chassis. It’s a straightforward upgrade for users who want more speed without changing the formula that already works.
