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Next Mac Studio to Feature M5 Chips, RAM Limits Persist

MacRumors •
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Apple is expected to launch an updated Mac Studio in 2026, leveraging M5 Max and M5 Ultra chips to boost performance. The design remains unchanged, retaining the compact squircle form factor with Thunderbolt 5 ports. This continuity suggests Apple prioritizes reliability over radical redesigns, focusing instead on under-the-hood upgrades. The M5 Max promises up to 18-core CPUs and 40-core GPUs, offering 30% faster CPU speeds for professional tasks compared to the M4 Max. The M5 Ultra, a merged duo of Max chips, could deliver 36-core CPUs and 80-core GPUs, positioning the Mac Studio as a powerhouse for creative workloads.

The refresh may include a faster SSD, mirroring updates in M5 MacBook Pros, which saw speeds double those of M4 models. However, RAM constraints linger due to global shortages. Current Mac Studios max out at 256GB RAM, and the M5 variant might cap at 128GB for M5 Max models, with M5 Ultra potentially reaching 256GB. These limits stem from manufacturers prioritizing AI server demand, inflating consumer RAM costs. Despite this, Apple hasn’t raised Mac Studio prices, keeping the entry-level model at $1,999—a contrast to price hikes in other Mac lines. This pricing stability could attract buyers seeking professional-grade desktops without steep budget jumps.

The absence of the Mac Pro further elevates the Mac Studio’s role as Apple’s sole pro desktop. Without PCIe expansion slots, the Studio now serves as the go-to for users needing Thunderbolt 5 connectivity and compact form factors. Release timing remains uncertain, with WWDC in June a likely launchpad. However, shortages of high-RAM configurations suggest supply chain issues may delay availability. If not unveiled at WWDC, a fall 2026 release seems plausible. This delay underscores how semiconductor scarcity continues to shape Apple’s product strategy, forcing trade-offs between innovation and accessibility. The Mac Studio’s future hinges on balancing chip advancements with realistic component availability.