"The Mountain" from Game of Thrones sets world record by deadlifting 996 pounds of SSDs

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In context: Game of Thrones was filled with gruesome scenes but one was particularly memorable and disturbing. In the episode aptly named "The Mountain and the Viper," the character known as "The Mountain" engaged in a trial by combat against Oberyn "the Viper," eventually winning by smashing Oberyn's head in. Now, the winner has returned by smashing a new kind of record, deadlifting a colossal 996 pounds of Phison 128TB solid-state drives.

Hafþór Júlíus Björnsson, the actor who played the hulking character "The Mountain" in Game of Thrones, achieved an astonishing feat at the SC24 conference in Atlanta this week. Björnsson deadlifted a staggering 282.624 petabytes of solid-state storage, shattering the "deadlift of data" record in front of an awe-struck crowd.

The total weight of the lift was 996 pounds, including a reinforced metal bar, specially designed silver dollar boxes, and the mammoth collection of Phison's cutting-edge Pascari D205V PCIe Gen5 122.88TB solid-state drives. For most people, even the empty bar would be a struggle.

The deadlift attempt was the brainchild of a partnership between Phison and Vdura, an AI and high-performance computing infrastructure company. The event was part serious lifting and part promotional showcase of Phison's game-changing D205V enterprise drives.

The 996-pound "record" isn't even the heaviest Björnsson has deadlifted. In 2020, he set a world record by lifting 1,104 lb at Thor's Power Gym in Iceland. Still, the accomplishment highlights a different kind of achievement: The fact that those 122.88TB SSDs weigh less than half a pound each - as calculated by the math whizzes over at Tom's Hardware - is a testament to the immense engineering feats behind today's highest-capacity drives.

Beyond massive density and capacity, these Gen5 NVMe devices boast blistering performance fit for the most demanding data-intensive workloads. They offer sequential read speeds up to 14,600 MB/s and sequential writes up to 3,200 MB/s. Meanwhile, the random read performance speed is 3,000K 4K IOPS with 35K random write 16K IOPS.

These figures make them one of the fastest enterprise-grade SSDs in the world, so it's no wonder Phison and Vdura wanted the world to take notice of the PR event.

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This is the most cyberpunk thing I've read all week—dudes lifting literal petabytes of data for sport. Somewhere in the multiverse, a server farm is bench-pressing a Viking in retaliation.
 
C'mon guys that's not even a quarter Deadlift...
That is because that is the Silver Dollar Deadlift, AKA the 18 inch deadlift, which is a specific type of strongman deadlift. In addition to being higher, it uses a more bendy bar, therefore it is much easier than on a standard bar. There are multiple types of deadlift in strongman. The world record on this setup is 580 Kg (1248 lbs) by Rauno Heinla. The record that they mention is in the standard strongman deadlift, which is on a standard deadlift bar, with a suit, with straps. So not comparable to this. This was obviously chosen to be easy for Thor, he can do much more. What I don't get is why they did not go for 1000 lbs, which sounds much cooler for PR.
 
What I don't get is why they did not go for 1000 lbs, which sounds much cooler for PR.
283PB is equivalent to 283 * 1024 = 289,792TB. Dividing this by 128TB gives approximately 2,264 SSDs. Each SSD weighs 80 grams, so the total weight is 2,264 * 80 = 181,120 grams, which converts to 181.1 kilograms or about 400 pounds. This is significantly less than the claimed 996 pounds. In reality, I can count 25 SSDs on the top layer of the box. The box's depth suggests it can accommodate up to 20 layers, though it might realistically hold 15 layers. Calculating the total number of SSDs: 2 boxes multiplied by 20 layers, with 25 SSDs per layer, results in 1,000 SSDs inside those boxes. Each SSD weighs 80 grams, totaling 80 kilograms or approximately 176 pounds. If the total weight was indeed ~1000 pounds, that means each box's bottom SSD layer would bear a weight of around 500 pounds or 227 kilograms. That's equivalent to a stack of 12 of the heaviest disks in the gym. Imagine placing an SSD under this stack of 12 metal disks. It's clear that the thin aluminum box wouldn't be able to withstand such weight. That's why.
 
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283PB is equivalent to 283 * 1024 = 289,792TB. Dividing this by 128TB gives approximately 2,264 SSDs. Each SSD weighs 80 grams, so the total weight is 2,264 * 80 = 181,120 grams, which converts to 181.1 kilograms or about 400 pounds. This is significantly less than the claimed 996 pounds. In reality, I can count 25 SSDs on the top layer of the box. The box's depth suggests it can accommodate up to 20 layers, though it might realistically hold 15 layers. Calculating the total number of SSDs: 2 boxes multiplied by 20 layers, with 25 SSDs per layer, results in 1,000 SSDs inside those boxes. Each SSD weighs 80 grams, totaling 80 kilograms or approximately 176 pounds. If the total weight was indeed ~1000 pounds, that means each box's bottom SSD layer would bear a weight of around 500 pounds or 227 kilograms. That's equivalent to a stack of 12 of the heaviest disks in the gym. Imagine placing an SSD under this stack of 12 metal disks. It's clear that the thin aluminum box wouldn't be able to withstand such weight. That's why.
The boxes and bar are the majority of the weight…
 
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