Intel is about to release a new series of processors for the ultra-budget segment, this is important since the focus is on the $300 to $500 laptop/ mini PC segment which is very price-sensitive. The upcoming Moon Lake chip looks to replace existing N series SoCs with a chip that is focused on efficiency and not on high performance. This shows that Intel is taking a strategic step towards the entry-level consumer PC segment by using special chips.
Intel Moon Lake targets ultra-budget laptops with zero performance cores
The Moon Lake or MNL processor uses a Darkmont LP-E based architecture. Leaker Jaykihn has confirmed package details as per which the CPU is on a BGA 1516 footprint. Other variants include WCL, WCL-R.
Specifications
- Core Configuration: 4 Low-Power-Efficiency (LP-E) cores, 0 Performance cores
- TDP: 6 W to 15 W
- Architecture: Darkmont LP-E silicon
- Package: BGA1516
- Target Market: Ultra-budget laptops and mini-PCs ($300-$500)
This means that the architecture will be without any performance cores. It will only have 4 Low-Power-Efficiency cores on which the tasks will be running. The focus is clearly on energy efficiency and not high speed clock operations.
The power draw of these chips is expected to be between 6W to 15W depending on the SKU. This means that these machines will see a significant improvement in battery life as compared to the previous generation machines. Thanks to the efficient architecture.
These machines will also see an improvement in performance thanks to the higher IPC (Instructions per Clock) of the new silicon despite a reduced number of cores. Current reports don't confirm exact clock speeds.
Take this with a pinch of salt as the specs are rumored at this point. These details need to be taken with a grain of salt until official news is out. The new chip will reportedly be available in 2028.
This gives them ample time to improve the Darkmont LP-E chip for the budget segment. It also shows Intel's long-term plans for the entry-level segment. This could be an important step for the low-end hardware segment in the budget machines category.
Intel's Moon Lake looks to target the ultra-budget PC segment with special efficiency cores. The focus on 6W to 15W TDP and 4 LP-E cores makes this chip ideal for people who are looking for the best battery life with the lowest possible price. This move to a different architecture from N series SoCs shows the strategic step by Intel for their low-end segment.
The article mentions a 6W to 15W TDP range for the Moon Lake chip. Does the 6W variant sacrifice IPC significantly compared to the 15W part or is the architecture uniformly efficient? I am curious if the low end is actually usable for basic multitasking.
Usually lower TDP bins on these efficiency cores mean lower sustained boost clocks rather than architectural cuts. You will likely see the same peak IPC but shorter duration under load. Real world usage depends on the thermal solution of the mini PC or laptop.
If these hit the $300 mark as promised then the battery life improvements might be the only thing that matters for students. 🤔
Zero performance cores is a bold move for 2028. Single thread performance is often the bottleneck for web browsing and office apps. I suspect the IPC gains will not fully compensate for the lack of a true performance core in heavy workloads.
darkmont lp-e silicon sounds like a code name for a potato but if it runs linux without issues i might give it a try 😂