Crazy! 32GB of RAM jumps from 800 to 3800: revealing why the memory shortage remains unresolved!

Fast Technology, March 23 — If you could turn back time more than a year and be told that memory prices were about to skyrocket wildly, would you stock up in advance? Most people probably wouldn’t have paid much attention back then, but the current staggering price increases have indeed exceeded many expectations.

Recently, a massive wave of memory price hikes has swept across the globe. In electronic markets like Shenzhen Huaqiangbei, the cost of building both ordinary office computers and high-end gaming PCs has soared significantly due to the rising memory prices.

Market surveys show that the prices of mainstream memory modules have multiplied several times. In the first half of last year, a basic 16GB Kingston memory stick cost around 200 yuan, but now the market price has surged to over 800 yuan, more than tripling.

The performance of higher-capacity 32GB memory modules is even more dramatic. Previously, a configuration that could be purchased for about 800 yuan now might cost as much as 3,800 yuan, nearly a 300% increase. This doubling of memory prices has directly caused the overall cost of assembling a computer to spiral out of control.

Faced with these high premiums, many budget-conscious users have started to be more frugal. Due to the high prices of new components, some consumers are forced to turn to the secondhand market for alternatives or delay their upgrade plans. This phenomenon has become particularly common in recent PC building markets.

The reason behind this fierce memory price surge is primarily driven by the current global AI boom. AI servers consume an astonishing amount of memory, with single-machine demand often 8 to 10 times that of ordinary devices. This demand siphoning effect is very obvious.

Currently, the three giants—Samsung, SK Hynix, and Micron—have shifted about 80% of their advanced capacity toward high-margin HBM (High Bandwidth Memory) and server-grade DDR5 chips. This has directly led to a severe reduction in consumer-grade DDR4 capacity, which is now only about 20%, causing a serious supply-demand imbalance.

In addition to capacity shifts, the expansion cycle is also very long. Building a new wafer fab typically takes 18 to 24 months before it can start production. Moreover, HBM, which uses complex 3D stacking technology, currently has a yield rate of only 60% to 70%, making rapid mass production difficult in the short term.

These technological challenges further exacerbate the market shortage. Experts predict that the additional capacity will not be fully released until the end of 2027. For a considerable period in the future, memory prices may remain high.

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Editor: Snowflake