The Lenovo Legion Pro 7i Gen 10 16″ (RTX 5080 Laptop / 64GB RAM / 1TB) and MSI Raider 18 HX AI A2XW (2025) 18″ are equipped with similar high-performance components, but there are some distinctions. Both devices feature the Blackwell GPU architecture and support Intel Resizable BAR. They also have similar memory specifications, with a 256-bit memory bus width, 25400 MHz effective memory speed, and 811.5 GB/s maximum memory bandwidth. Both laptops support ECC memory and multi-display technology, and both have a turbo boost version 2 for their CPUs, which have an unlocked multiplier.
The Legion Pro 7i has a clock multiplier of 27, while the Raider 18 has a slightly higher clock multiplier of 28. The TDP of the Legion Pro 7i is 80W, compared to 95W for the Raider 18, suggesting a slightly higher power consumption for the MSI laptop. In terms of GPU performance, the Raider 18 has more render output units (ROPs) at 128 versus the Legion Pro 7i’s 96, and its texture mapping units (TMUs) are also higher at 328 compared to the Legion Pro 7i’s 256. Additionally, the Raider 18 has more shading units, with 10496 compared to the Legion Pro 7i’s 7680, potentially contributing to a performance advantage in graphics-heavy tasks.
Other specifications, such as CPU temperature, memory channels, RAM speed (both maxing at 6400 MHz), and support for integrated graphics, are identical across both laptops. Both laptops also support big.LITTLE technology and have the same instruction sets, L3 and L2 cache sizes (36 MB and 40 MB, respectively), and the same GPU memory speed (2000 MHz). Overall, while both laptops share many core specifications, the MSI Raider 18 edges out the Legion Pro 7i in GPU performance with more ROPs, TMUs, and shading units, along with a higher clock multiplier and TDP.