Raw performance is not even close here. The Apple iPhone 16e is powered by the Apple A18, a cutting-edge 3 nm chip, while the TCL 60 NxtPaper 4G runs on the MediaTek Helio G92, built on a much older 12 nm process. A smaller semiconductor node generally means greater power efficiency and higher performance per watt — and the benchmark numbers confirm exactly that. The iPhone 16e scores 2989 single-core and 7560 multi-core on Geekbench 6, compared to just 441 and 1407 for the TCL. In practical terms, this translates to dramatically faster app launches, smoother multitasking, and a far more capable experience with demanding tasks like photo processing, gaming, or on-device AI workloads.
The memory subsystem gap reinforces this advantage. The iPhone 16e's RAM operates at 4800 MHz with a maximum memory bandwidth of 78.8 GB/s, versus the TCL's 1866 MHz and just 13.41 GB/s. Higher memory bandwidth means the processor can feed data to the CPU and GPU much faster, directly benefiting tasks that move large amounts of data — video editing, gaming, and computational photography. The iPhone 16e also pairs its chip with a GPU clocked at 1398 MHz versus the TCL's 1000 MHz, pointing to a similarly lopsided gap in graphics-intensive scenarios. Both devices ship with 8 GB of RAM and up to 512 GB of storage, so those figures are evenly matched.
The iPhone 16e wins this group decisively, and it is not a marginal victory. Every meaningful performance metric — CPU throughput, GPU speed, memory bandwidth, and chip efficiency — points in the same direction. The TCL 60 NxtPaper 4G is adequate for everyday tasks like browsing and social media, but users who care about sustained performance, future-proofing, or anything computationally intensive will find the iPhone 16e in a different league entirely.