Intel Moon Lake CPUs could bring 18A chips to ultra-budget laptops
Intel appears to be preparing a new low-cost laptop processor lineup known as Moon Lake, aimed at entry-level notebooks, Chromebooks, and highly affordable PCs. The chips are expected to use Intel’s 18A process technology and focus on low power consumption rather than high-end performance.
According to newly shared specifications, Intel is working on two budget-focused mobile CPU families: Wildcat Lake Refresh and Moon Lake. While Wildcat Lake Refresh is expected to improve on Intel’s existing Core Series 3 offerings, Moon Lake may sit even lower in the product stack as an ultra-entry-level option for systems priced around the sub-$300 to $400 range.
The most notable detail about Intel Moon Lake is its core configuration. Unlike many modern laptop processors that combine performance cores and efficiency cores, Moon Lake is expected to drop performance cores entirely. Instead, it may feature only four low-power efficiency cores, also referred to as LPE cores, based on Intel’s Darkmont architecture.
This design suggests that Moon Lake will prioritize battery life, low heat output, and affordable device pricing over raw computing power. These chips are unlikely to target demanding workloads such as gaming, content creation, or heavy multitasking. Instead, they should be designed for web browsing, video streaming, online learning, document editing, and everyday productivity.
Moon Lake processors are reportedly being developed for the BGA 1516 package and will continue Intel’s disaggregated chiplet-style design approach. Intel has been moving in this direction across several generations of processors, separating different parts of the chip into specialized tiles rather than relying on one monolithic design.
Power consumption could be one of Moon Lake’s biggest advantages. The chips are expected to have a base power rating of just 6W, with configurable power options going up to 15W. That would make them suitable for thin, fanless, or compact laptop designs where efficiency matters more than peak performance.
Graphics details are still limited, but Moon Lake may include a small integrated GPU configuration, possibly with one or two Xe3 graphics cores. That would likely be enough for basic display output, media playback, and light graphical tasks, but users should not expect strong gaming performance from this class of processor.
Alongside Moon Lake, Intel is also said to be preparing Wildcat Lake Refresh for entry-level laptops. This lineup is expected to be a step above Moon Lake, offering up to four performance cores and four low-power efficiency cores. It should use the same general architecture and 18A compute tile technology as the current Wildcat Lake family, while offering improved CPU configurations.
Wildcat Lake Refresh is expected to operate within a 10W to 35W power range, which is slightly higher than the current Wildcat Lake chips that run at around 10W to 28W. These processors may also support business-focused vPro designs, making them more suitable for affordable enterprise laptops and education devices.
The current Wildcat Lake lineup already serves as a cheaper alternative to Intel’s premium mobile processors. Those chips feature up to two performance cores, four low-power efficiency cores, and two Xe3 GPU cores. Wildcat Lake Refresh may improve CPU performance by increasing the number of performance cores, though integrated graphics performance may not see a major jump if Intel keeps the GPU core count unchanged.
Intel’s broader strategy appears to be a more layered approach to the budget laptop market. Wildcat Lake Refresh could serve users who need a more capable low-cost notebook, while Moon Lake may target the most affordable segment, including basic laptops, education-focused devices, and Chromebook-style systems.
This matters because entry-level PCs remain an important part of the laptop market. Many buyers want affordable machines for school, work, browsing, streaming, and communication. If Intel can deliver efficient 18A-based processors at low prices, it could strengthen its position in budget laptops at a time when the PC industry is facing pricing pressure and memory supply challenges.
Moon Lake is not expected to compete with premium laptop CPUs, but that may not be its purpose. Instead, it could give manufacturers a low-power platform for inexpensive systems with 8GB to 16GB of memory, long battery life, and enough performance for basic daily tasks.
If the reported specifications are accurate, Intel’s upcoming entry-level lineup could look something like this: Moon Lake for ultra-budget systems with four low-power cores, Wildcat Lake Refresh for stronger low-cost laptops with performance cores, and higher-end Core Ultra chips for mainstream and premium notebooks.
Intel Wildcat Lake Refresh is rumored for the first half of 2027, while the initial Wildcat Lake family is expected earlier. Moon Lake’s exact launch timing remains unclear, but its appearance in leaks suggests Intel is actively shaping its next generation of affordable mobile processors.
For buyers, the key takeaway is simple: future budget laptops may become more efficient, cooler, and cheaper thanks to Intel’s upcoming 18A-based entry-level chips. Moon Lake may not be built for power users, but it could become an important processor family for affordable everyday computing.
