For decades, enterprise hardware followed a predictable pattern: prices fell, specifications improved, and refresh cycles rewarded organisations that waited. That pattern has now reversed. Apple has raised prices on MacBook and iPad models by approximately 18%. Microsoft‘s Xbox Series consoles have increased in price by at least $100, marking the third hike in just over a year. Nintendo has announced further global price increases on the Switch 2. The common explanation from vendors is the same: a severe shortage of memory chips, driven by AI infrastructure demand.
For UC and IT decision-makers, this is not a consumer story. It is an endpoint economics story that will reshape procurement budgets, refresh cycles, and device mix strategies across enterprise estates for at least the next two years.
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TL;DR — What IT and UC Leaders Need to Know
- AI data centre demand has consumed memory supply — conventional DRAM contract prices rose as much as 98% in Q1 2026, with specific enterprise memory components rising even further.
- Apple, Microsoft, Nintendo and Valve have all raised hardware prices in 2026, citing the same component shortage.
- Gartner forecasts PC prices will rise 17% and smartphone prices 13% versus 2025 levels.
- The shortage is forecast to persist until at least 2027, with some analysts citing 2028 before supply stabilises.
- Enterprise device fleets face direct budget impact — refresh cycle planning and procurement strategy need to adjust now.
Why Are Memory Chip Prices Rising So Sharply?
Direct answer: AI data centres are consuming memory chip supply at a pace the semiconductor industry cannot match. The three largest memory manufacturers have shifted production capacity toward high-margin AI chips, tightening supply for consumer and enterprise devices.
The shortage centres on DRAM and NAND flash memory — the components that determine how fast a device processes and how much it stores. These chips are used across every category of device: laptops, tablets, smartphones, and gaming consoles. They are also integral to the high-bandwidth memory used in AI servers.
The three largest memory manufacturers — Micron, Samsung, and SK Hynix — have shifted production toward high-bandwidth memory for data centres, which carries higher margins. Micron has secured $22 billion in long-term supply commitments from AI-focused customers.
Conventional DRAM contract prices rose as much as 98% in Q1 2026. At the component level, the increases are even starker: Counterpoint Research tracked specific 32GB DDR5 components soaring 122% in the same quarter, a figure that reflects how enterprise-grade memory has been hit harder than the headline average. A further 58% to 63% increase is forecast for Q2.
As Wedbush Securities analyst Dan Ives has said:
“The vast majority of the chips are going to the AI buildout and the data center revolution we’re seeing. That’s fewer chips for these regular consumer devices. That just further drives up prices.”
Memory and storage now represent roughly 35% of a laptop’s bill of materials, up from 15 to 18% in previous cycles, according to industry estimates. That structural shift in component cost share is why price increases of 17 to 18% at the device level are following from memory price rises of nearly 100%.
Which Devices and Vendors Have Already Raised Prices?
Direct answer: Apple, Microsoft Xbox, Nintendo, and Valve have all announced price increases in 2026, with further hikes expected across the broader PC and smartphone market before the end of the year. Dell, Lenovo, HP, Acer, and ASUS have also implemented or signalled increases.
Apple described the situation as an “unprecedented challenge” and said it had “never seen a component price increase this much, this quickly.” CEO Tim Cook described the memory supply situation as a “hundred-year flood.”
IDC analyst Nabila Popal has said that the scale of Apple’s increases was higher than expected, adding: “I think the days of $50 price increases are over.” IDC also indicated iPhone price increases, when they come, may reach $200 for Pro models.
Microsoft stated directly that “console storage and memory prices have increased by more than 2.5x and we expect another doubling by the fall of 2027.” That is not a hedged forecast — it is a vendor acknowledgement that price pressure is structural and ongoing, not a one-time correction.
How Long Will the Chip Shortage Last?
Direct answer: Industry analysts broadly forecast the shortage will persist through 2027. Micron has stated it has no clear line of sight to when memory supply will catch up with AI-driven demand, with some projections extending the constrained environment to 2028.
Gartner senior director analyst Ranjit Atwal said that the current situation differs from previous memory cycles in both the scale and duration of price increases. “This one is looking like it won’t be until the end of 2027 before we get to any type of regional pricing,” he said.
Micron CEO Sanjay Mehrotra told investors:
“Even as we expect industry supply to improve gradually in 2028, we currently do not have line of sight as to when memory supply will be able to catch up with increasing demand.”
The real-world impact on the channel is already visible. Elaine Ferguson, co-founder of communications equipment distributor W5 Technologies, told CNBC that a server ordered for a simulator cost $8,839 earlier in 2026, up from $5,373 in 2020. A subsequent order for the same item rose to just under $15,000. On lead times, Ferguson said: “The lead time is anytime we get it, we’re lucky to get it.” That availability pressure matters as much as price for enterprise teams managing planned refresh cycles against fixed deployment dates.
What Does This Mean for Enterprise IT and UC Teams?
Direct answer: Enterprise teams face higher per-device costs across Apple, Windows, and mixed-OS fleets, pressure to extend refresh cycles, and a need to reassess total cost of ownership calculations and device mix strategies before year-end procurement cycles.
MacBooks and iPads are standard endpoints in hybrid work environments and are widely used as meeting room controllers, Teams panels, and Zoom Room interfaces. Even modest per-unit price increases scale significantly across large fleets. An 18% increase across a 500-device annual refresh — at an average pre-hike price of $1,099 per MacBook Air — adds approximately $99,000 in unplanned budget exposure per cycle.
RSM UK tech senior analyst James Bull captured the structural dynamic clearly:
“Essentially, the MacBook on consumers’ desks is now competing for the same DRAM as the data centres powering ChatGPT and is losing.”
IDC’s Nabila Popal also raised a supply availability concern that goes beyond price, claiming that smaller organisations face an “absolute existential crisis” because memory suppliers are “only answering calls of the big players.” For enterprise IT teams that rely on mid-market resellers or manage mixed-vendor fleets, that access asymmetry creates availability risk on top of cost pressure.
How Should IT Leaders Respond to Rising Device Costs?
Direct answer: Lock in pricing ahead of further increases, extend refresh cycles where possible, consolidate procurement volume, and evaluate device-as-a-service models that convert unpredictable capital expenditure into stable operational expenditure.
Vendors and procurement analysts are coalescing around a set of practical responses for enterprise buyers. Dell raised prices 15 to 20% from mid-December 2025. Lenovo, HP, Acer, and ASUS have all implemented or signalled further hikes. Mixed-OS fleets are fully exposed because the constraint sits upstream of every brand — it is a memory supply problem, not an Apple-specific one.
Device-as-a-service models are particularly relevant here. Rather than a large capital purchase at a single point in time — when prices may be at or near peak — DaaS converts device spend into a predictable per-seat monthly cost. It also builds refresh flexibility into the contract, so organisations are not forced to make large procurement decisions against a volatile price environment every three to four years. Providers typically include lifecycle management, repair, and recovery within the monthly fee, reducing the total coordination overhead for IT teams.
Micron’s chief business officer Sumit Sadana noted the company has “struck long-term supply agreements with consumer-oriented smartphone and PC companies” to manage allocation of scarce volumes — meaning larger enterprises with direct vendor relationships or high-volume purchasing programmes may be better positioned to secure availability and negotiate pricing than those relying on spot purchasing.
Bottom line: The memory chip shortage is a structural shift in endpoint economics, not a short-term spike. IT and UC leaders should lock in device pricing before further increases, evaluate device-as-a-service to smooth cost volatility, consolidate purchasing to protect supply access, and review whether current device mix strategies still make sense as price differentials between Apple, Windows, and ChromeOS ecosystems narrow.
Frequently Asked Questions: Tech Price Rises and Enterprise Device Strategy
Why Are Tech Prices Rising in 2026?
AI data centre buildouts are absorbing memory chip supply at a scale that manufacturers cannot match. DRAM and NAND flash prices have risen sharply as hyperscalers lock in long-term supply contracts, leaving less inventory available for consumer and enterprise device production.
Which Companies Have Raised Hardware Prices?
Apple has raised MacBook and iPad prices by approximately 18-25% depending on model. Microsoft has increased Xbox Series S and X prices by at least $100. Nintendo has announced global Switch 2 price increases. Valve raised Steam Deck prices by 40% in May 2026. Dell, Lenovo, HP, Acer, and ASUS have also implemented or signalled increases.
How Much Have Memory Chip Prices Increased?
Conventional DRAM contract prices rose as much as 98% in Q1 2026. Counterpoint Research tracked specific 32GB DDR5 enterprise-grade parts rising 122% in the same quarter. A further 58% to 63% increase is forecast for Q2 2026.
How Long Will the Memory Chip Shortage Last?
Gartner forecasts pricing will remain elevated until at least the end of 2027. Micron CEO Sanjay Mehrotra has stated the company has no clear line of sight to when supply will catch up with demand. Building new fabrication capacity takes up to five years and costs approximately $10 billion per facility.
What Should Enterprise IT Teams Do Now?
Lock in device pricing ahead of further increases. Consolidate procurement volume to protect supply access and improve negotiating position. Evaluate device-as-a-service models, which convert large capital expenditure into predictable monthly operational costs and build refresh flexibility into the contract. Reassess device mix strategy across Apple, Windows, and ChromeOS as price differentials narrow.
Will iPhone Prices Rise Too?
IDC analyst Nabila Popal said that iPhone price increases are possible and may be higher than expected, potentially reaching $200 for Pro and Pro Max models when they arrive.
About the Author
Alex Cole is a Technology Journalist and Videographer at UC Today. He has experience reporting on productivity and automation, human capital management and extended reality. Connect with Alex on LinkedIn.
