Phoronix’s review, published October 13, 2026, reports a 1.26× geometric-mean raw-performance result for the Framework Laptop 12 with Intel Core 7 350 (Wildcat Lake), compared with a Framework Laptop 12 using Core i5-1334U. The result aggregates more than 200 Linux benchmarks; Phoronix also recorded average and peak CPU-power readings for both systems. Its performance overview shows how the measured results varied by metric.
NeoTeo’s earlier Framework Laptop 12 coverage focused on repairability and the screen trade-off. Phoronix’s benchmark results add a closer look at the Core 7 350’s performance and Linux behavior.
What Phoronix measured
Phoronix compared its Core 7 350 review unit with a Core i5-1334U Framework Laptop 12 across more than 200 Linux benchmarks. A geometric mean combines results from multiple tests into one aggregate, so it summarizes the suite rather than describing any single application.
| Measure in Phoronix’s Linux benchmarks | Core 7 350 / Wildcat Lake | Core i5-1334U comparison system |
| Geometric-mean raw performance | 1.26× relative to the comparison system | Baseline |
| Average CPU power during benchmark work | 16.69 W | 18.6 W |
| Peak CPU power during benchmark work | 34.17 W | 41 W |
Phoronix tested a Core 7 350 system with one 32 GB DDR5-5600 memory module, a 500 GB WD_BLACK SN770M SSD, and integrated Intel Graphics. The processor has two P-cores and four LPE-cores and clocks up to 4.8 GHz, according to the review’s configuration details.
How performance varied by workload
The aggregate sits alongside noticeably different results across tasks. Phoronix described the Core 7 350 system as strong in Firefox and Chrome browser workloads and competitive for selected single-threaded Python and PHP tasks. For frequent code compilation, it found the Laptop 12 less compelling than higher-performing systems in its comparisons. In Linux kernel compilation, the Core 7 350 system beat the Core i5-1334U Laptop 12 but trailed higher-end systems. Phoronix’s workload findings and scripting results make the distinction useful: the suite’s aggregate does not predict the same outcome for every kind of work.
Graphics are better suited to everyday desktop, browser, office, and terminal use than to demanding graphics workloads, Phoronix concluded. It also identified the tested system’s single-channel memory as a constraint on its integrated graphics. Its graphics discussion puts the Core 7 350 results in context for anyone considering graphics-heavy work.
Linux Wi-Fi and kernel support
Phoronix reported that Ubuntu 26.04 LTS with Linux 7.0 installed and otherwise worked in its test, but Intel BE213 Wi-Fi did not work out of the box. The publication recommends a Linux distribution with kernel 7.1 or newer for that Wi-Fi module; it used a wired network adapter for its benchmark setup. Phoronix’s Linux compatibility notes describe the behavior in that tested setup.
