The quad-core Intel Celeron N4120 SoC (system on a chip) is primarily intended for budget notebooks. It is based on the Gemini Lake platform and was announced in the latter part of 2019. With a 200 MHz faster Boost clock, the chip performs better than its predecessor, the Celeron N4100. The N4120 also features a smaller package size, a new generation of monitor outputs, and a partially integrated WiFi chip.
Architecture
The N4120's Goldmont Plus processor architecture is used. The N4120's level 2 cache has grown (to 4 MB) in comparison to Apollo Lake's more aged Goldmont cores. This implies that the performance per clock should be marginally better but not as good as Core CPUs like Kaby Lake Y.
Performance
When it comes to multi-thread loads, the N4120 is not a particularly fast CPU and is not significantly faster than AMD's Zen-based, reasonably priced, and energy-efficient Athlon Silver 3050e dual-core processor. It is comparable to the Intel Celeron 6305 and Intel Core i5-7Y54 as well. It is a basic CPU that is not appropriate for anyone looking to get Core i3-like performance for less money.
A GPU's performance
The UHD Graphics 600 (Gemini Lake) on the N4120 is based on Intel's Gen9 architecture. The Kaby Lake, Skylake, and Apollo Lake graphics adapters (like the HD Graphics 520) use it as well as DirectX 12 support. The GPU has 12 EUs and can run at up to 700 MHz, so its performance should be comparable to that of the more outdated HD Graphics 500 (Apollo Lake).
Electricity Usage
The N4120 is an excellent choice for passively cooled laptops, tablets, and mini-PCs because of its default TDP (thermal design power) of 6 W. It is produced using a 14 nm process, though, and newer processes use less energy.
An affordable quad-core SoC with the Intel Celeron N4120 is primarily made for low-cost notebooks. It has a clock speed of 1.1–1.6 GHz and was introduced in late 2019. It is built on the Gemini Lake platform, which has a Boost clock that is 200 MHz faster than that of the Celeron N4100, on which it is based. The chip has slightly improved processor cores, twice as much L2 cache, a smaller package, a new generation of monitor outputs (Gen 10) and a partially integrated WiFi chip. It is made using a 14 nm process and FinFETs.
Although the N4120 is not a particularly powerful CPU, it is a good option for routine tasks like web browsing, word processing, and video playback. The built-in GPU can run DirectX 12 and provides passable performance for casual gaming and video playback. The chip also has a sophisticated video engine with hardware support for VP9 and H playback. 265 materials.
The chip's 6 W TDP makes it a good choice for passively cooled laptops, tablets, and mini-PCs; however, the 14 nm manufacturing process may reduce the chip's energy efficiency. Additionally, because the SoC is directly soldered to the motherboard, it cannot be replaced.
In conclusion, the Intel Celeron N4120 is a reliable, cost-effective option for routine work and light gaming, but it might not be appropriate for more taxing workloads. Others users may be concerned about its energy efficiency. The Celeron N4120 is a viable option for those looking for a quad-core SoC for their notebook that is still reasonably priced.
We'd like to invite our readers to discuss the Intel Celeron N4120 with us and to leave comments. Regarding this quad-core SoC for low-cost notebooks, we welcome any comments, questions, or suggestions. Your feedback will enable us to comprehend how this processor is being used and how it can be enhanced in the future.
Using the hashtags IntelCeleronN4120 QuadCoreSoC InexpensiveNotebooks GeminiLakePlatform, feel free to leave your comments below or on social media. We eagerly await hearing from you!
