Key Takeaways
1. The Lenovo Legion 7i 16 Gen 10 uniquely combines higher-end Core HX processors with midrange GeForce RTX GPUs like the RTX 5060 and 5070.
2. The Legion 7 16IAX10 with Core Ultra 7 255HX CPU often outperforms other laptops with the same GPU by up to 20%.
3. In gaming tests, the Alienware 16 Aurora with Core 7 240H CPU shows a performance lag of 15 to 25% compared to the Legion 7.
4. The Legion 7 features a higher TGP of 115 W for its GPU, compared to many competitors that have a TGP of 100 W or less.
5. The powerful CPU and higher TGP contribute to the Legion 7’s superior performance, despite increased power consumption.
As a midrange GPU, the mobile GeForce RTX 5060 generally teams up with midrange CPU choices from the Core H series or Ryzen H series. However, the newly launched Lenovo Legion 7i 16 Gen 10 stands out as it’s one of the rare 16-inch gaming laptops that combines higher-end Core HX processors with only midrange GeForce RTX GPUs like the RTX 5060 or 5070. This unique pairing has resulted in some intriguing performance outcomes in gaming scenarios.
Performance Comparison
Our comparison charts below reveal that the new Legion 7 16IAX10, equipped with the Core Ultra 7 255HX CPU and GeForce RTX 5060 graphics, frequently outperforms most other laptops featuring the same GPU in our database, sometimes by as much as 20 percent. For instance, the Alienware 16 Aurora with the Core 7 240H CPU lags behind by approximately 15 to 25 percent when playing popular games like Cyberpunk 2077 or Assassin’s Creed Shadows.
Higher TGP Advantage
In addition to having a significantly faster CPU, the Lenovo’s GPU also aims for a higher TGP of 115 W, while many other ultrathin 16-inch gaming laptops, including the previously mentioned Alienware, often maintain a TGP of only 100 W or less. These distinctive features for an ultralight gaming laptop enable the Lenovo to surpass the performance of most other 16-inch laptops equipped with the same RTX 5060 graphics, even though this comes with a trade-off of increased power consumption.


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