This video from Snazzy Labs argues that Apple Macs, particularly the Mac mini and MacBook Pro, are currently the best value in computing due to an unprecedented global memory (DRAM) shortage and rising PC component costs.
Key takeaways:
DRAM prices have surged by 175-300% due to high demand for HBM from the AI industry, diverting manufacturing capacity.
PC manufacturers like Dell, HP, and Framework are raising prices (15-50%) and passing costs to consumers, impacting the entire industry.
Apple's long-term supply contracts and vertically integrated Apple Silicon, with on-die LPDDR memory, insulate them from immediate price hikes.
Apple's historically overpriced RAM upgrades are now competitively priced, even cheaper than buying equivalent DDR5 DIMMs on the open market.
The base Mac configurations now offer 16GB RAM as standard, providing better value without a price increase.
Apple's SSD pricing remains significantly higher than market alternatives, even with rising NAND flash costs.
Upcoming MacBook Pro redesigns and M6 chips are expected to incorporate OLED, touchscreens, and other features, likely accompanied by price increases of $300-500.
A rumored sub-$600 "budget" MacBook with an A18 Pro chip could soon hit the market, competing with mid-range PCs and higher-end Chromebooks.
Apple will likely use these new features and redesigns to quietly absorb component inflation and maintain profit margins on premium products.
Macs are objectively the best deal in computing [0:00]
The presenter, a self-proclaimed Mac fanboy, asserts that for the first time, Macs offer the best dollar-per-dollar value in computing across most of their product line.
This favorable position is largely due to external market forces impacting the broader PC industry.
There's a severe global memory (DRAM) shortage, sometimes dubbed "RAMageddon" or "RAMpocalypse."
DDR5 RAM prices have surged by an average of 175-300% in the last six months.
A 32GB DDR5 kit costing $90-120 in mid-2025 now costs $310-450.
Single 16GB DDR5 DIMMs are pushing $200.
This is primarily driven by the insatiable demand for High Bandwidth Memory (HBM) and advanced LPDDR5 from the Artificial Intelligence (AI) training hardware sector (Nvidia, Samsung, SK Hynix, Micron, OpenAI).
HBM is different from consumer laptop RAM but shares the same wafer fabrication process.
Manufacturers are reallocating production capacity towards high-margin AI chips, creating scarcity and price increases for commodity DRAM used in PCs and smartphones.
Data centers are projected to consume over 70% of top-tier memory chip production by 2026.
Memory shortages are forecasted to persist through at least early 2028, leading to continuously increasing memory costs.
Apple has historically charged premium prices for memory upgrades ($200 per 8GB tier since 2016).
With current market prices, Apple's $200 upgrade from 16GB to 24GB of unified memory is now cheaper than buying a 16GB DDR5 stick ($230) on the open market.
Dell, in contrast, charges $700 for a 16GB to 32GB upgrade on some select models.
Apple's unique advantage in weathering the component storm is due to its distinct business model.
They design their own custom Apple Silicon chips (System on a Chip - SoC) with integrated LPDDR memory directly on the die.
They secure long-term, multi-year supply agreements directly with memory manufacturers (Samsung, SK Hynix, and sometimes Micron) at prices negotiated when memory is cheap.
This strategy provides price stability, unlike PC assemblers (Dell, Lenovo, HP) who buy commodity DDR5 DIMMs on quarterly contracts that track spot market prices.
Apple's immense financial scale supports this strategy.
In 2025, Apple reported $56.2 billion in manufacturing purchase obligations, with $55.4 billion payable within 12 months.
Apple holds approximately $145 billion in cash and marketable securities.
Apple consumes 20-25% of the global smartphone memory market alone.
Tim Cook's long-standing strategy treats supply chain deals as competitive weapons.
This resulted in minimal impact on Apple's gross margins in Q1 2026, while PC OEMs typically operate with much lower margins (e.g., 20-30% for Dell vs. 48.2% for Apple).
A retail Samsung 990 Pro 2TB SSD, which costs around $218 (February 2026), is still less than half of Apple's price, despite NAND flash prices also rising (5-10% in 4Q25).
Apple's SSDs are bare NAND chips on a PCB, lacking the controller and DRAM cache of full retail SSDs, which should theoretically make them even cheaper to produce.
Third-party upgrade kits for Mac mini M1/M2 offer 2TB SSD expansion modules for around $380 with identical NAND and performance.
For over a decade (from 2012 to 2024), Apple sold entry-level Macs with only 8GB of base RAM, which was increasingly insufficient.
In late 2024, Apple finally made 16GB the minimum RAM standard across all Macs, including legacy models, without a price increase.
This effectively represents a $200 value bump for consumers.
This shift was partly driven by the demands of Apple Intelligence features requiring 16GB of RAM and partly by competitive pressure from PC manufacturers.
The base configurations of Macs have historically been their most competitively priced offerings.
Apple is expected to release two MacBook Pro updates in 2026.
The first, expected early 2026 (e.g., March), will feature M5 Pro and M5 Max chips, offering spec bumps (faster silicon) within the current chassis and display design.
The second, a major redesign with M6 Pro and M6 Max chips, is targeted for late 2026 (Q4).
This redesign is rumored to include tandem OLED displays (8th gen Samsung panels), a thinner chassis, cellular connectivity, a Dynamic Island replacing the notch, and a touchscreen.
These new MacBook Pros are estimated to be $300-$500 more expensive than current models.
The strategy is to leverage these significant feature upgrades to justify price increases, thereby quietly folding in component inflation (like OLED panel costs) rather than directly attributing higher prices to the memory crisis.
Apple's M4 iPad Pro, released in 2024, set a precedent with a $200 price bump across the board for its shift to tandem OLED displays.
The new M6 chips are also anticipated to be built on TSMC's 2nm process, promising significant performance leaps.
Apple has not raised the prices of its MacBook Pro lineup since 2021.
This period has seen considerable inflation, tariffs, and surging component costs.
While Apple benefits from parts prices typically decreasing over time, the current market conditions (especially for memory) mean this buffer has its limits. Sooner or later, Apple will need to adjust prices to account for these rising costs.
A new “budget” MacBook will be a paradigm shift [17:47]
Rumors suggest Apple will release a new low-cost "MacBook" (not an Air or Pro) in early 2026, starting at around $600 in the US.
This MacBook is expected to be powered by the A18 Pro chip (the same chip found in the iPhone 16 Pro).
The A18 Pro offers a 6-core CPU, 6-core GPU, and 16-core Neural Engine, built on TSMC's 3nm process.
Benchmarks show it significantly outperforms the M1 chip in single-core performance and compares favorably in multi-core performance.
It's highly efficient, with a Mac mini M4 (a comparable desktop chip) consuming only 3-4W at idle and 33W under load during video export, compared to 600W for a comparable Intel/Nvidia PC.
This $600 price point is less than most mid-range PC laptops and positions it just above Chromebooks.
Retailer discounts could push the price below $500 within months of release.
This low-end MacBook would effectively serve as the new "entry point" into Apple's laptop lineup, allowing the MacBook Air to potentially move up in price and features.
This strategy, common for Tim Cook, is about maximizing supply chain efficiency and profitability through high-volume sales and ecosystem lock-in (iCloud, Apple TV+, App Store revenue).
This new "budget" MacBook will likely not "conquer education" (K-12 market).
Apple lost the K-12 market to Chromebooks in the late 2010s due to Mac's high price and a push for iPads instead of real computers in classrooms.
The pandemic further solidified Chromebooks' dominance in education due to their web-based platforms and Google's ecosystem integration (Canvas, Google Classroom).
The new MacBook will instead target high-end Chromebook users, mid-range Windows laptop buyers, corporate purchasers, and college students who need a capable but not necessarily powerful computer.
The current market situation makes Macs the best value in computing.
Apple's RAM pricing is temporarily fair, but SSD storage remains extortionate.
This unexpected shift in value is due to Apple's long-term supply agreements and vertically integrated silicon, which protect them from the industry-wide component inflation.