Intel N150 Bewertung | 78 Daten im Vergleich

The Intel Processor N150 is a 6W, entry-level "Twin Lake" (Alder Lake-N) CPU designed for budget laptops and mini PCs, featuring 4 efficient "Gracemont" cores, 4 threads, and a 3.6 GHz boost clock. It is an ideal choice for fanless, silent systems, supporting 4K video playback at 60Hz and up to three simultaneous displays. Performance-wise, the N150 offers a modest 5–10% improvement over the N100, providing sufficient power for daily tasks, web browsing, and basic office work. PassMark tests show CPU Mark scores ranging from 5,408 to 5,706, positioning it similarly to older mobile Core i3 processors. Key advantages (pros) include extreme energy efficiency, support for AVX2 and Wi-Fi 7, and improved 4K media capabilities. However, constraints (cons) involve a single-channel memory controller that bottlenecks the 24 EU integrated graphics, no overclocking support, and limited suitability for heavy productivity or gaming. For detailed benchmark metrics and technical specifications of the Intel N150, visit cpubenchmark.net.

John Hagensieker's review of the GMKtec NucBox G2 Plus highlights a compact, budget-friendly mini PC powered by the Intel N150 processor with 12GB of soldered LPDDR5 RAM and a 512GB SATA M.2 2242 SSD. The unit features a customisable LED ring and works well with Ubuntu 24.04, offering solid, quiet performance suited for lightweight tasks and Linux environments. The device provides extensive connectivity, including dual Gigabit LAN, USB-C power input, and multiple display outputs. The GMKtec N150 shines as a low-power, "whisper-quiet" device, ideal for use as a home server, firewall, or media center. Its small form factor, combined with modern WiFi 6 and Bluetooth 5.2, makes it a capable contender in the budget market. However, the unit has limitations, notably the inability to upgrade the 12GB RAM and the lack of video output support on the USB-C port. Performance is limited to basic computing, with some reports of high operating temperatures around 97°C under heavy, sustained workloads, suggesting potential thermal throttling.

The Intel Processor N150 (Twin Lake) is an Alder Lake-N based, 10nm quad-core mobile chip serving as a refined successor to the N100, featuring a slight clock speed increase to 3.6 GHz and Intel UHD Graphics. According to Nero Score, the processor, which operates at a 6W TDP, is marketed for energy-efficient, basic computing tasks with support for AV1 hardware decoding and 4K video. Despite these capabilities, the N150 is limited by single-channel memory constraints and offers only marginal performance gains over the N100, rendering it unsuitable for heavy multitasking or gaming. For the full benchmark analysis, visit Nero Score. Copy

The Chrome Unboxed review finds that the Intel N150 (Twin Lake) serves as an incremental, rather than revolutionary, upgrade over the N100 (Alder Lake-N), offering a 10% higher clock speed and a 1000MHz GPU compared to 750MHz. While maintaining the same 6W base power, the N150 delivers a 10% boost in single-core and 30% in multi-core performance, providing a more responsive experience in demanding applications. Key pros for the N150 include improved PWA responsiveness, better future-proofing, and higher performance ceilings, though cons are noted in that web-browsing improvements are minimal and existing N100 hardware generally does not require an immediate upgrade. The review concludes that while the N150 is superior for new, future-proofed device purchases, the N100 remains highly capable for everyday tasks. Copy

The Intel N150 "Twin Lake" is a modest, 10 nm quad-core evolution of the N100, designed for low-power, entry-level computing with boost speeds up to 3.6 GHz. Performance gains are incremental, offering roughly 10% higher raw CPU power compared to its predecessor, relying on higher clock speeds rather than architectural changes. It is well-suited for compact, budget-friendly devices when paired with fast LPDDR5 RAM. AndroidPCtvIntegrated Intel UHD Graphics with 24 EUs offer identical or slightly better performance than the N100, while the Video Processing Unit supports native 4K@60fps decoding for modern codecs like AV1, VP9, and H.265. This capability makes it an efficient option for media centers and lightweight office tasks, though it struggles with heavy 3D gaming and lacks premium audio features. AndroidPCtvKey advantages include extreme power efficiency with a TDP up to 25W and an accessible price point. However, disadvantages include minimal performance gains over the N100—making it a poor upgrade option—and limited multitasking capability due to having only four cores and no hyper-threading. AndroidPCtv Copy