Apple plans to skip the M6 chip line entirely and move directly to M7 processors designed with AI capabilities as the primary focus. The M7 Pro and M7 Max chips are expected in late 2027, with the M7 Ultra arriving in 2028. This shift means Apple's high-end Mac lineup will prioritize AI workloads over the traditional performance increments that typically defined each generation.
IBM announced a new chip architecture called nanostack that can fit nearly 100 billion transistors on a fingernail-sized chip, roughly double the density of its previous generation. The company projects the 0.7-nanometer node design could deliver 50 percent higher computing performance or 70 percent greater energy efficiency compared to its 2-nanometer chips, with particular benefits for AI data center SRAM scaling. Commercial production of chips using this technology could begin within five to ten years as foundries adopt the nanostack architecture to replace current nanosheet designs.
Apple increased prices on Mac computers by 15–20% and iPads by 15–25%, citing rising component costs and memory and storage chip prices that have roughly quadrupled due to AI demand. Specific models saw increases of $200 or more. Consumers will pay significantly more for new Apple devices as component supply tightens.
Every AI story that matters,
in your inbox by 8am.
TLDRocket reads all relevant sources, removes duplicate coverage, and summarises the
day in two minutes. Follow companies and topics for alerts, or get the
briefing in Slack. Free, no spam, unsubscribe anytime.
Reading TLDRocket needs no cookies, and the readership counts we rely on come from
our own cookieless analytics. Google Analytics is the exception: it sets cookies and
reports to Google, so it stays switched off until you allow it. You can change your
mind any time from “Cookie settings” in the footer.
Strictly necessary
Session security and form protection (tldrocket-session,
XSRF-TOKEN, 2 hours). The site cannot work without them,
so they need no consent.
Always on
Google Analytics 4 (_ga,
_ga_<id>, up to 2 years). Measures which
stories and sections readers use. Google acts as a third-party processor and may
store the data outside the EU. No advertising, no profiling, no data sold.