News

• RAM pricing in Germany has suddenly gotten a lot steeper
• The price of DDR5 memory is now 448% more costly than a year ago
• On top of that, TSMC is reportedly set to increase its chip production prices by up to 10% next year, which will mean more expensive CPUs

The RAM crisis appears to be getting considerably worse right now, based on memory pricing in one country anyway — and we've also had some bad news from a big chip maker.

First off, RAM pricing in Germany is what's been under the microscope courtesy of 3D Center (via Wccftech), which regularly takes the temperature of the market in the country, finding that July has seen a notable price hike.

This is for DDR5 RAM at retailers in Germany, and prices are now at an incredible 448% more costly than a year ago (before the memory crisis kicked off). Pricing had been at 440% at the start of 2026, but then dropped to 408% in March, and stayed at that level in April, before climbing back to 419% in June.

However, this latest move to 448% represents a bigger leap, and an all-time high for the German market.

As for the bleak news from the chip maker, that's TSMC which is going to raise the cost of its chip production by up to 10% next year, according to a report by Nikkei Asia (as flagged by PC Gamer).

The reason for TSMC having to hike prices is said to be the rising cost of materials and the equipment for manufacturing chips, as well as the need to fund expansion plans for more fabrication facilities (or fabs, as they're known).

Bigger premiums will be lumped onto those ordering high-end chips (high-performance computing or HPC silicon) from TSMC off the cuff (on top of existing orders), and in these cases there could be up to a 15% hike.

The good news here, such as it is, is that TSMC is reportedly waiting until 2027 before implementing these price hikes. They could have come in sooner given the climate we're currently facing, although we should remember, this isn't official, and it's just based on what Nikkei Asia has heard from its sources. But it's all too believable, and indeed arguably inevitable that further chip price hikes are coming.

What this means is that the likes of processors – or anything with a CPU in it – are likely to get pricier next year, because manufacturers who are getting their chips from TSMC will, naturally enough, pass any cost increase (or most of it) on to the consumer. And TSMC supplies a lot of the tech industry's needs, Apple and Nvidia included (as well as AMD and Qualcomm).

Regarding the RAM situation in Germany, this is just one country, of course, but it's generally reflective of what a lot of chatter is saying – that the second half of 2026 is going to bring further price rises, and that next year is likely to be even worse. That's the broad theory floated by analysts and chip makers themselves in many cases, and the German market is simply backing this notion up.

Of course, there's not much that can be done about this, except perhaps to consider buying now rather than next year. Or at this point, you may want to look at Black Friday as a good upcoming opportunity to pounce on a hardware purchase like a PC or laptop, and that's the other thing to bear in mind here: how you proceed depends on what hardware you're looking at purchasing. I've discussed this recently in some depth, after Nvidia's CEO commented on the RAM crisis and how it's not going to be over until perhaps 2030.

• An amateur astronomer has discovered a meteorite crater on Google Maps
• The crater is thought to be 390 million years old
• The finding was verified when a scientists visited the site and found telltale rock formations

Sometimes, I find myself idly browsing Google Maps, marveling at the wondrous locations I can spy from a satellite’s vantage point. Sadly, though, I’ve never discovered a 390-million-year-old meteorite crater while enjoying my nerdy pastime — but one clever Canadian has just managed to do exactly that.

Speaking to The Canadian Press, amateur astronomer Joël Lapointe said he was plotting a summer hiking trip in Québec when he spied a strange ring-shaped indentation in the ground spanning some 15.5 miles across.

The circular pit fired up Lapointe’s Spidey-Senses, but he kept telling himself that it was unlikely to be an actual meteorite crater: “I told myself, ‘You haven’t discovered anything, Joël, it’s not possible, they must already know about this.’” Yet, when the formation did not appear in any of the crater databases Lapointe searched, he decided to submit his finding to the experts.

Although Lapointe spotted the geological anomaly back in 2023, his hunch wasn’t confirmed to be correct until October 2025. That’s when planetary geologist Gordon Osinski of Canada’s Western University conducted a field survey at the location, and discovered impact melt-rock and shatter cones, both rock formations caused by a meteorite impact. The findings — which dated the crater as around 390 million years old — are due to be presented at the 88th Annual Meteoritical Society Meeting in Germany in August this year.

If you want to view the impact crater for yourself, it can be found at the following coordinates: 51°13'57.3"N, 64°39'53.0"W. Zoom out a little and the circular nature of the crater is clearly visible, with Lake Marsal located at its center.

Lapointe was delighted with his discovery, telling Radio Canada that: “It’s not every day that an ordinary citizen finds a 390-million-year-old crater. I encourage everyone to not ignore intuition or an observation, even if it isn’t part of your field of expertise.”

He’s not the first person to notice something strange depicted within Google Maps’ extensive imagery. Past explorers have found shipwrecks in shallow waters, and discerned commercial aircraft mid-flight, and even what appeared to be a B-2 Spirit stealth bomber, although neither of those aircraft can be viewed today, as Google has updated its satellite imagery.

Still, Lapointe’s story shows that sometimes, idly scrolling around Google Maps can lead to impressive discoveries. As Osinski — who often gets erroneous reports of possible craters — put it, “It just goes to show, while 9 out of 10 or 99 out of 100 might not be [impact craters], there could always still be that one that will surprise you.”