Intel CPU-dispensing vending machine game spotted in Japan — one user got a Core i7-8700 for $3

Core i7-8700 gacha edition
(Image credit: Sawara-San on YouTube)

There are capsule toy machines in Japan that dispense Intel CPUs. As tweeted by @LaurieWired, one user who goes by the handle Sawara-San acquired an Intel Core i7-8700 CPU after inserting 500 Yen (around $3.25) and twisting the customary knob. The 'prize' CPU did appear to have some flaws, however.

The capsule toy vending machine is an example of a gacha or gasha machine, which are incredibly popular in Japan and other far-eastern countries (though you can also find them elsewhere). Normally, these machines contain small plastic toys, which are dispensed after the user inserts some cash and turns a knob. Machines typically have a theme like Hello Kitty or toy cars, so you know what kind of prize you'll receive but not the exact item.

In this case, the gacha machine is filled with Intel CPUs. It's not clear what other types of CPUs might be present, but presumably these could date back a decade or more. Or perhaps they're all parts that are not fully functional?

(Image credit: Sawara-San on YouTube)

The CPU gacha machine seems to be located in front of or inside a computer store called 1’s PC, which appears to sell a wide range of new and used PC parts as well as cameras, media, software, and so on. The gacha machine may be a cool way to provide a bit of fun for store visitors, perhaps also serving as a way to get rid of old or broken CPUs.

In the Japanese language video, you can see that the gacha 'player' appears to strike lucky. Clearly happy with their luck, getting an Intel Core i7-8700 for a little over $3, Sawara-San scuttles home to install and test the processor. (The YouTuber appears to like buying old 'junk' PC parts.)

We reviewed the Intel Core i7-8700 back in 2018 and found it performed almost as well as the unlocked 'K' edition in real-world tests. Moreover, in 2024, its 6C/12T configuration, 4.7 GHz boost clock, and Windows 11 compatibility mean it's still a respectable performer.

Five cores and ten threads? No iGPU?

Every silver lining has a cloud, and Sawara-San’s luck in the gacha-powered silicon lottery indicates they weren't quite as lucky as originally thought. After putting together a test system built around the i7-8700, the CPU booted into the BIOS fine but seemed to have some other issues.

There was some display corruption initially (after switching display inputs), and the Windows installation process failed. After some additional troubleshooting, Sawara-San decided that perhaps something was wrong with one or more of the CPU cores. As you can see in the Windows Task Manager screenshot, the gacha-dispensed CPU apparently worked with five cores and ten threads.

(Image credit: Sawara-San on YouTube)

Despite issues with one of the cores (or perhaps something else), the CPU still seemed to be able to run Windows, survive system information tool probing, and complete benchmarks like Cinebench R15 and R23.

It's worth noting that this 5-core/10-thread sample achieved 992cb in Cinebench R15 nT tests, but our fully working sample scored a significantly better 1,420cb. That's also with a different motherboard and other components, not to mention half a decade later, so it's possible various Windows security patches just slowed the chip down a bit. Perfect scaling of our original score suggests a 5-core variant should be able to do around 1,183cb.

Still, a used Core i7-8700 from the same 1’s PC store in Japan is listed at 13,800 Yen ($90) with a three-month warranty, and Sawara-San appears to be happy with their 5C/10T gacha prize. We can only wonder what other CPUs might be lurking within the machine.

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Mark Tyson
News Editor

Mark Tyson is a news editor at Tom's Hardware. He enjoys covering the full breadth of PC tech; from business and semiconductor design to products approaching the edge of reason.

  • artk2219
    Nice, even if its got a gimpy core, its still a very decent cpu for 3 bucks. I'd throw that into a cheap nas, media center pc, or a computer for a relative for sure.
    Reply
  • JamesJones44
    I'm impressed that it works with a dead core. I would have figured something in the interconnects would cause some kind of an issue with a non-responsive core. However, it makes sense Intel (and likely others) would design it to be dead core tolerant, that way they can sell bad parts as lower variants without having to do much beyond changing the firmware (disable one working core and sell it as a i3-8300 for example).
    Reply
  • m3m7uk
    and my main rig is running an i7 8700. perhaps it's time to upgrade.
    Reply
  • m3m7uk
    JamesJones44 said:
    I'm impressed that it works with a dead core. I would have figured something in the interconnects would cause some kind of an issue with a non-responsive core. However, it makes sense Intel (and likely others) would design it to be dead core tolerant, that way they can sell bad parts as lower variants without having to do much beyond changing the firmware (disable one working core and sell it as a i3-8300 for example).
    that's pretty much how it's always been done. processors are made in sheets, then separated and tested. the ones that work but start to return errors at a certain speed, are ranked accordingly.
    meaning, they always knew a lot of them weren't going to work completely, and had plans to use the ones that only partially worked.
    Reply
  • alixzibit
    For 3 dollars you don't even get a decent MCU let alone a CPU with 5c10t. That is a steal and makes me envious, as I look at my current available options for used CPUs
    Reply
  • JarredWaltonGPU
    m3m7uk said:
    that's pretty much how it's always been done. processors are made in sheets, then separated and tested. the ones that work but start to return errors at a certain speed, are ranked accordingly.
    meaning, they always knew a lot of them weren't going to work completely, and had plans to use the ones that only partially worked.
    The curious bit to me is that normally you'd have to test disabling each core individually. It's not clear whether the person actually did that, or just used the BIOS to set it to five active cores. Any one of the six cores could be faulty, and not all motherboards even let you specify which core(s) get disabled. But, working at all is nice.
    Reply
  • vree
    m3m7uk said:
    and my main rig is running an i7 8700. perhaps it's time to upgrade.
    Im still using a 10700k on my main, imo the single core performance still holds up rather well. But ye I slowly look forward to upgrading aswell
    Reply
  • OneMoreUser
    A Core i7-8700!!
    Am I the only one who thinks winning a piece of candy is better?
    Reply
  • artk2219
    OneMoreUser said:
    A Core i7-8700!!
    Am I the only one who thinks winning a piece of candy is better?
    Hah, im sure you're not, but you could definitely spend 3 dollars and get much worse.
    Reply
  • OneMoreUser
    artk2219 said:
    Hah, im sure you're not, but you could definitely spend 3 dollars and get much worse.
    The thing is, how much use is an old CPU.
    Sure, if you're for some reason building a discount build only how often do you do that. While it was once so that not everyone had a computer, so putting old parts together to decent systems was once very welcome - but now nobody is really interested.
    Same thing we when do a generational upgrade at work, everyone once loved being allowed to buy the old gear for pennies. Now, it is rare to being able to offload things - the only exception being old work stations that sees a few being interested.
    Reply