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You’ve got 41 days before chip prices skyrocket

If you read my post from a few days ago, you know I’ve been sounding the alarm about how Operation Epic Fury and the closure of the Strait of Hormuz are going to wreck your tech budget. I talked about a “retail window” of about 3 to 6 week between the first missile strike that cut off supplies necessary for making advanced chips and the retail price hike that will follow.

Well, the clock just got a lot more specific.

Nate B. Jones of AI News & Strategy Daily is normally one of my daily go-tos for news about AI and adjacent industries. But thanks to being busy with all sorts of things, including interviewing for and landing a hot new job, I missed the video titled The 48-Day Helium Countdown. It’s his deep dive into the physical infrastructure of the AI boom and his own take on the “smoking gun” for the next wave of price hikes.

Nate posted his 48-day countdown 7 days ago, so at the time of posting, the countdown is down to 41 days.

By the way, this post is dated Monday, April 6, 2026. 41 days from now is Sunday, May 17th.

The Qatari connection

While the fighting is centered on Iran, there’s a “splash zone” in the surrounding area:

In response to the attacks by the U.S. and Israel, Iran hit Ras Laffan Industrial City in Qatar. Their rationale was that Qatar, along with other Gulf states, facilitated U.S./Israeli airstrikes on Iranian energy sites.

For those who don’t spend their weekends reading Gasworld, here’s what you need to know: Qatar is the world’s second-largest producer of helium.

As I wrote in my earlier post:

Helium on Earth is the result of radioactive decay.

As radioactive elements in the earth’s crust decay, they release alpha particles, which are made up of 2 protons and 2 neutrons.

An alpha particle is a helium nucleus, and because it’s positively charged, it picks up stray electrons and becomes helium gas.

Helium gas gets trapped in the same rock structures that hold natural gas, and ends up mixed with it.

Helium is the “Unicorn Blood”of computing

Nate B. Jones makes a point that the mainstream tech press is still largely ignoring: Helium is irreplaceable in advanced semiconductor fabrication.

1. Thermal Conductivity: Chips are made by using ultraviolet light to “draw” circuitry on silicon treated with a light-sensitive material.

When drawing circuits at the 2-3 nanometer scale (a nanometer is a billionth of a meter, which is one-millionth the thickness of a dime), the heat generated is intense enough to warp the silicon wafer.

That’s where the helium comes in. While drawing circuits on chips, helium is blown across the back of the wafer. Helium has the thermal conductivity to pull away the heat instantly, and it’s also inert, meaning that it won’t react with any substances in the process, including the chip.

No helium = no chips, and this applies not only to processors like NVIDIA’s H100s or Apple’s M-series chips, but the high-end RAM that these systems use.

2. The “Priority” Problem: Helium’s used for all sorts of things, and fortunately MRIs and chip fabs are at the top of the list for the current supply. But as Nate points out, “first in line” doesn’t matter if the warehouse is empty. China is currently sitting on a strategic helium reserve that the West simply doesn’t have, giving them a massive geopolitical advantage as the 41-day countdown ticks away.

41 days until the “ratchet”

According to Nate’s analysis of current global stockpiles and burn rates at major fabs (TSMC, Samsung, Intel), we have roughly 48 days (at the time he published his video; it’s 41 days as I publish this post) before the strategic reserves hit “critical low” levels.

When that happens, we aren’t just looking at expensive chips. We’re now looking at unavailable chips.

The hyperscalers (Google, Microsoft, AWS) will use their trillions to buy up every available (and increasingly expensive) chip to keep their datacenters running, and…

The consumer market (you and me) will be left with the hyperscalers’ table scraps.

The bottom line for nerds

If you’ve been vibe coding or running local models and are waiting for the next big release to upgrade your workstation, stop waiting. Your window of opportunity is closing faster than we thought.

Nate’s warning to IT procurement people is the same as mine to you: Do not wait until the second half of 2026. The structural costs are about to ratchet upward. Once the price of high-end RAM and SSDs goes up due to a physical gas shortage, those prices won’t just bounce back when the war ends. They’ll stay high while the supply chain slowly refills, while will takes years, not months.

The TL;DR remains the same, but with more urgency: If it has a chip in it, buy it before the 41 days are up. After that, you’ll face the combo of paying a “war tax” on your gear and compteting with everyone else for the same dwindling resources.

And remember, this helium shortage applies to more than datacenters, but anything with an advanced chip. That includes laptops and phones. I’ve already placed my orders, and if you planned to upgrade sometime this year, do it now.

Good luck out there.

Here’s Nate’s video, The 48-Day Helium Countdown. And remember, it’s 41 days now:

# contentMap.en
You’ve got 41 days before chip prices skyrocket

If you read my post from a few days ago, you know I’ve been sounding the alarm about how Operation Epic Fury and the closure of the Strait of Hormuz are going to wreck your tech budget. I talked about a “retail window” of about 3 to 6 week between the first missile strike that cut off supplies necessary for making advanced chips and the retail price hike that will follow.

Well, the clock just got a lot more specific.

Nate B. Jones of AI News & Strategy Daily is normally one of my daily go-tos for news about AI and adjacent industries. But thanks to being busy with all sorts of things, including interviewing for and landing a hot new job, I missed the video titled The 48-Day Helium Countdown. It’s his deep dive into the physical infrastructure of the AI boom and his own take on the “smoking gun” for the next wave of price hikes.

Nate posted his 48-day countdown 7 days ago, so at the time of posting, the countdown is down to 41 days.

By the way, this post is dated Monday, April 6, 2026. 41 days from now is Sunday, May 17th.

The Qatari connection

While the fighting is centered on Iran, there’s a “splash zone” in the surrounding area:

In response to the attacks by the U.S. and Israel, Iran hit Ras Laffan Industrial City in Qatar. Their rationale was that Qatar, along with other Gulf states, facilitated U.S./Israeli airstrikes on Iranian energy sites.

For those who don’t spend their weekends reading Gasworld, here’s what you need to know: Qatar is the world’s second-largest producer of helium.

As I wrote in my earlier post:

Helium on Earth is the result of radioactive decay.

As radioactive elements in the earth’s crust decay, they release alpha particles, which are made up of 2 protons and 2 neutrons.

An alpha particle is a helium nucleus, and because it’s positively charged, it picks up stray electrons and becomes helium gas.

Helium gas gets trapped in the same rock structures that hold natural gas, and ends up mixed with it.

Helium is the “Unicorn Blood”of computing

Nate B. Jones makes a point that the mainstream tech press is still largely ignoring: Helium is irreplaceable in advanced semiconductor fabrication.

1. Thermal Conductivity: Chips are made by using ultraviolet light to “draw” circuitry on silicon treated with a light-sensitive material.

When drawing circuits at the 2-3 nanometer scale (a nanometer is a billionth of a meter, which is one-millionth the thickness of a dime), the heat generated is intense enough to warp the silicon wafer.

That’s where the helium comes in. While drawing circuits on chips, helium is blown across the back of the wafer. Helium has the thermal conductivity to pull away the heat instantly, and it’s also inert, meaning that it won’t react with any substances in the process, including the chip.

No helium = no chips, and this applies not only to processors like NVIDIA’s H100s or Apple’s M-series chips, but the high-end RAM that these systems use.

2. The “Priority” Problem: Helium’s used for all sorts of things, and fortunately MRIs and chip fabs are at the top of the list for the current supply. But as Nate points out, “first in line” doesn’t matter if the warehouse is empty. China is currently sitting on a strategic helium reserve that the West simply doesn’t have, giving them a massive geopolitical advantage as the 41-day countdown ticks away.

41 days until the “ratchet”

According to Nate’s analysis of current global stockpiles and burn rates at major fabs (TSMC, Samsung, Intel), we have roughly 48 days (at the time he published his video; it’s 41 days as I publish this post) before the strategic reserves hit “critical low” levels.

When that happens, we aren’t just looking at expensive chips. We’re now looking at unavailable chips.

The hyperscalers (Google, Microsoft, AWS) will use their trillions to buy up every available (and increasingly expensive) chip to keep their datacenters running, and…

The consumer market (you and me) will be left with the hyperscalers’ table scraps.

The bottom line for nerds

If you’ve been vibe coding or running local models and are waiting for the next big release to upgrade your workstation, stop waiting. Your window of opportunity is closing faster than we thought.

Nate’s warning to IT procurement people is the same as mine to you: Do not wait until the second half of 2026. The structural costs are about to ratchet upward. Once the price of high-end RAM and SSDs goes up due to a physical gas shortage, those prices won’t just bounce back when the war ends. They’ll stay high while the supply chain slowly refills, while will takes years, not months.

The TL;DR remains the same, but with more urgency: If it has a chip in it, buy it before the 41 days are up. After that, you’ll face the combo of paying a “war tax” on your gear and compteting with everyone else for the same dwindling resources.

And remember, this helium shortage applies to more than datacenters, but anything with an advanced chip. That includes laptops and phones. I’ve already placed my orders, and if you planned to upgrade sometime this year, do it now.

Good luck out there.

Here’s Nate’s video, The 48-Day Helium Countdown. And remember, it’s 41 days now: