Apple Prepares New Mac mini Ahead of September iPhone Event
Apple is reportedly preparing to launch a refreshed Mac mini within days, potentially making it the first major update to the compact desktop in nearly two years.

Apple is preparing a new Mac mini that could be unveiled before the company’s expected September iPhone event. Sources familiar with Apple’s plans say the company has tested versions powered by both M5 and M6 processors, although it remains unclear which chip will ultimately be used in the released model. Apple has not officially confirmed the launch.
The upcoming Mac mini is arriving at a time when demand for the compact desktop has increased significantly. One reason is the growing interest in running AI applications locally, allowing users to perform certain AI workloads directly on their own computers rather than relying entirely on cloud services. This has contributed to stronger demand for machines with capable processors and memory.
However, Apple is also facing supply constraints. Memory-chip shortages have reportedly made some Mac mini configurations difficult to keep in stock, with customers experiencing delivery estimates stretching several weeks. The broader AI boom has increased demand for memory and storage components across the technology industry, creating additional pressure on consumer electronics supply chains.
The Mac mini is also important to Apple’s manufacturing strategy. Apple has announced plans to begin producing the computer in Houston, Texas, as part of its efforts to expand U.S. manufacturing. The Houston facility already produces AI servers and houses Apple’s Advanced Manufacturing Center.
If Apple launches the new Mac mini before September, it could become one of the company’s most interesting hardware updates of the year—not because of a major redesign, but because of its potential role as a compact local-AI machine. The key question will be whether Apple chooses the M5 or M6 generation and whether the new hardware can address the supply constraints affecting the current model.



