From London: As Australians woke this morning, two stories were colliding in the global technology market in a way that will matter directly to anyone planning to buy a laptop, upgrade a workstation, or run a small business that depends on computing hardware. Apple announced its new M5 MacBook Air and M5 Pro/Max MacBook Pro range at the same moment that the global DRAM memory market tipped into what analysts are calling an unprecedented pricing crisis, one where quotes are now shifting on an hourly basis.
The timing is not coincidental. Memory prices have begun shifting on an hourly basis as the AI-driven shortage intensifies, with semiconductor industry insiders warning that smaller firms unable to place immediate orders with upfront payment risk sharply higher quotes within minutes. This is not a market quirk. It is a structural rupture that is reshaping who can afford to build products, and who gets left out.
The market is now split between roughly 100 top-tier buyers with the leverage to secure supply and more than 190,000 small and mid-size enterprises fighting over what remains. The companies in the latter group are not marginal players. They are the manufacturers of the routers, smart-home devices, entry-level laptops, and industrial controllers that Australian consumers and businesses rely on every day.
Cloud service providers, leading automakers, and smartphone giants Apple and Samsung hold enough financial clout to resist price hikes and maintain priority allocation from memory manufacturers. Samsung, SK Hynix, and Micron cannot afford to jeopardise those relationships, so these large customers get served first, while also increasingly requiring prepayment or cash transactions before confirming orders. For smaller firms with modest working capital, those terms are close to impossible.
The root cause sits squarely in the AI infrastructure boom. Major memory makers have shifted production toward memory used in AI data centres, such as high-bandwidth memory and high-capacity DDR5. This has restricted the supply of general-purpose memory modules and driven up prices across the board. The financials are stark: DRAM contract prices have increased by 171.8% year-over-year as of Q3 2025. Research firm TrendForce has since revised its first-quarter 2026 estimates upward, with analysts now predicting DRAM contract pricing will surge by 90–95% quarter-on-quarter, while NAND prices are expected to increase by 55–60% during the current quarter.
A separate DigiTimes report indicates that DRAM prices could surge a further 70% in Q2 2026, while research firm IDC has warned the shortage could persist well into 2027. For Canberra, the implications extend beyond consumer electronics. Australian small and medium enterprises that import hardware for office fit-outs, manufacturing, and digital infrastructure are among the 190,000-plus firms now scrambling for allocation in a market that no longer prices by the week.
Into this environment, Apple has launched what it describes as its most AI-capable laptops to date. The new MacBook Air with M5 brings exceptional performance and expanded AI capabilities, with a faster CPU and next-generation GPU. It now comes standard with double the starting storage at 512GB with faster SSD technology, and features Apple's N1 wireless chip delivering Wi-Fi 7 and Bluetooth 6. The 13-inch model starts at $1,099 USD, a price point that has crept upward from earlier generations partly due to memory cost pressures, according to Macworld.
The professional MacBook Pro range goes further. M5 Pro and M5 Max are built using a new Apple-designed Fusion Architecture that connects two dies with advanced IP blocks into a single SoC. Apple describes these as the world's most advanced chips for pro laptops. The M5 Pro and M5 Max chips are up to 4x faster at LLM prompt processing than the M4 Pro and M4 Max, and up to 8x faster at AI image generation than the M1 Pro and M1 Max. Both the MacBook Air and MacBook Pro ranges are available for pre-order from 4 March, with units shipping from 11 March.
What's often lost in the Australian coverage of the memory crisis is just how directly it will reach household budgets. Memory now accounts for about 20% of the hardware costs of a laptop, up from between 10% and 18% in the first half of 2025. Dell's chief operating officer has already flagged that the company plans to change its mix of configurations to minimise price impacts, but the shortage will likely affect retail prices for devices. "I don't see how this will not make its way into the customer base," he said.
Apple's position in all this is genuinely complex. The company benefits from its scale and its financial relationships with Samsung and SK Hynix, which insulate it from the spot-market volatility savaging smaller competitors. Apple eliminated the 512GB versions of the M5 MacBook Pro, raising starting storage to 1TB and prices by $100–$200 across the board, a move that Macworld attributed partly to rising RAM costs and to making room for a forthcoming lower-cost MacBook model. The company is, in effect, absorbing some cost pressures and passing on others, a balancing act available only to those at the top of the supply chain hierarchy.
The broader question, for both policymakers and consumers, is what the memory crunch means for competition. Companies in non-AI verticals face escalating lead times, narrowed supplier options, and rising costs across the board. Analysts warn that the shortage could lead to a prolonged super-cycle of memory price hikes rather than a short-term spike. New fabrication capacity from Samsung, SK Hynix, and Micron is in the pipeline, but most announcements of new DRAM fabs will not relieve this crunch until late 2027 or beyond.
Progressive critics of the current market structure make a reasonable point: the concentration of global memory production among three firms, and the allocation of that capacity toward AI hyperscalers, represents a failure of competitive markets to serve the broader economy. The argument that governments should intervene to mandate more balanced capacity allocation, or to fund domestic semiconductor production, has genuine merit when 190,000 businesses worldwide cannot secure a stable price for an essential component. Australia's own Department of Industry, Science and Resources has been quietly tracking semiconductor supply chain risks since the pandemic-era chip shortage; those concerns have not gone away.
The more pragmatic position, and the one most supported by the evidence, is that market incentives will eventually do their work. High prices attract capital investment, new fabs get built, and supply normalises, though on a timeline measured in years, not quarters. In the meantime, Australian businesses buying technology in 2026 should expect to pay more, wait longer, and find fewer options at the entry level. Apple's new MacBooks are impressive machines, and for those who can afford them they represent genuine value given what is on offer. But they also represent something else: a widening gap between the technology haves, who can absorb a $1,099 entry point in a memory-inflationary environment, and the have-nots, who are discovering that even a budget router or a basic workstation has become a contested commodity. That tension will not resolve itself before the next product cycle arrives.