Key Takeaways
1. The 2025 ZBook G1i 16 replaces the 2024 ZBook Power 16 G11, featuring new Intel and Nvidia processors while keeping the same chassis design.
2. The Core Ultra 7 265H processor reaches high temperatures, peaking at 104 C during performance testing, indicating potential cooling issues.
3. The processor’s clock speed drops from 3.6 GHz to 3 GHz to manage temperature, highlighting limitations in the cooling system.
4. For users seeking better performance, the thicker ZBook Fury G1i 16 offers superior cooling and faster processors compared to the sleeker G1i 16.
5. The ZBook G1i 16 is ideal for users who prioritize a slim design, whereas performance-oriented users may prefer the ZBook Fury model.
The 2025 ZBook G1i 16 has taken the place of the 2024 ZBook Power 16 G11, featuring new processor choices from Intel and Nvidia. Although the shift in name might appear significant, both models maintain the same chassis design and physical attributes. The new CPU, in particular, could have performed even better if the system had come with a more powerful cooling system.
Performance Testing
In our tests with Prime95 on the ZBook G1i 16, the Core Ultra 7 265H processor quickly reached a concerning 104 C, while averaging a clock speed of 3.6 GHz and a power consumption of 108 W. Soon after, it would drop down to 3 GHz and 66 W to keep the core temperature at a more manageable 90 C. Ideally, maintaining the higher 3.6 GHz clock speed for longer periods at a cooler temperature would have been preferable, particularly for an H-series laptop. However, it seems the cooling system is being pushed to its limits with the Arrow Lake-H processor.
Options for Performance Seekers
HP does provide the thicker and heavier ZBook Fury G1i 16, which boasts superior cooling and faster Arrow Lake-HX processors, making it a better option compared to the sleeker ZBook G1i 16. Hence, those who are serious about performance might want to consider upgrading to the ZBook Fury, while the ZBook G1i 16 caters to users who prefer a slimmer design over maximum Turbo Boost capabilities.





















