The Best Value Gaming PC I’ve Ever Seen

Tech for Change
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15 Video Views·Sep 7, 2026
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AI Generated·May contain errors
Video Summary
AI GeneratedThe video explores the BC250, a budget-friendly \"system on a board\" created from salvaged PS5 processors originally intended for cryptocurrency mining. While it offers incredible performance-per-dollar for gaming, it requires significant technical effort, Linux expertise, and hardware modifications to be viable.
Okay, picture this.
It's 2021.
It's the height of the pandemic crypto boom.
Computer silicon is worth more than gold.
And AMD is just gonna throw away
thousands of PlayStation 5 chips
that don't meet Sony's strict requirements
for performance and power consumption?
I don't think so.
And thus, the BC250 was born.
This blade-style system on a board
was originally created as a way
to salvage semi-functional PS5 processors
for large-scale cryptocurrency mining.
But now that that's no longer profitable,
these cast-off machines can be found easily
for around 200 US dollars.
And for that low price,
you get just about everything you need
for a fully-functioning gaming rig.
Basic Ion cooling, a six-core AMD CPU,
a decent 1080p-class GPU
with support for hardware ray tracing,
and, perhaps most importantly,
16 gigs of GDDR6 memory.
Just add a fan, storage, and a decent power supply,
and you're gaming, bud!
What's the catch, Linus?
Linus, what's the catch?
What are you saying?
I'm saying there is a catch,
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Probably the most important distinction
is that while the BC250 uses PS5 Silicon,
it is not a PS5.
Sony's proprietary technology,
including their system software
and their hardware video encoding and decoding,
are non-functional.
Even the core system specs
are actually substantially lower.
I already mentioned a reduction
from eight Zen 2 CPU cores to just six,
but the GPU is cut down as well,
from 36 compute units in the PS5
to just 24 in the BC250.
But remember, guys, the PS5 targets upscaled 4K,
so if we set our sights a little lower,
there's a whole world of games
that can run on this thing at 1080p high
or, for older and lighter titles,
even higher resolutions.
Cyberpunk, for instance, manages around 50
to nearly 100 FPS,
depending on the exact detail levels
and whether you enable ray tracing,
and Batman Arkham City was butter smooth for me
at 1440p, absolutely cranked.
As for Fortnite,
what?
Zero FPS?
Fortnite's not that demanding, is it?
No, it's not.
But its implementation
of kernel-level easy anti-cheat
does demand that you run Windows,
something the BC250 cannot do.
That's gonna be gotcha number two.
But there's good news.
There's a growing community around these little machines
that is dedicated to making everything easier,
from creating 3D-printed enclosures
and convenient power adapters
to help spread the load across multiple connectors
to creating software patches that improve performance
and even writing detailed guides
that help new users get started
on the Linux distro of their choice.
A more recent development is these convenient scripts
that make the setup process a lot less intimidating
and, maybe more importantly,
make it easier to keep your operating system up to date
without breaking any of the modifications
that you might want to install.
Modifications, you say?
Yes, I do say.
First up is the hackery to first boot your BC250
that is, in my opinion, necessary,
like installing the modified BIOS
that unlocks many additional parameters
and then setting a less obnoxious fan control curve
and fine-tuning your memory allocation.
Just like the PS5, the BC250 has a single pool of RAM
that is split between the CPU and the GPU.
There are settings to fine-tune this split,
but it's a little more complicated
than just set and forget.
Each setting indicates the minimum amount of RAM
that is dedicated to the GPU
and then, out of what remains,
Linux, by default, can borrow up to half of that
for the GPU as well.
If all that sounds complicated,
just set it to 512 megabytes
and then aim for around seven-ish gigabytes
maximum VRAM usage in your games.
That'll give you about a gig of buffer room
before your system will crash.
Then you get into the fun stuff.
Remember earlier when I said the CPU and GPU were cut down?
What I really meant was locked down
and it turns out that, in some cases,
these cores can be unlocked
to meaningfully enhance performance.
We managed to not only increase
the operating frequency of our chip to two gigahertz,
but we also managed to get the full 40 CPUs
of our GPU working.
That's even more than a PlayStation 5.
Let's game.
Ah, the sweet sound of value.
40 FPS, not the most I've ever seen in Cyberpunk,
but like, holy crap.
This board is 200 bucks.
Okay, let's go to a more reasonable 1080p.
Man, with the unlocks, this thing is, flies.
There she is.
1440p, medium, little bit of upscaling,
solid 60 FPS.
That is pretty freaking cool.
As cool as that was, it's worth noting that silicon
is usually discarded or repurposed for a reason.
And even if you do manage to unlock your chip like we did,
or some folks also get the missing CPU cores activated,
there are likely to be consequences.
We were lucky enough on both of our units
that most of our consequences were thermal related.
You probably noticed while I was gaming
that our system is a little noisy.
These two powerful Noctua industrial fans
were necessary to keep this thing
at barely safe temperatures.
And that was outside of our cute little
3D printed enclosure here.
As soon as we put this on it,
those safe temperatures went out the window.
Now backing off our frequency below two gigahertz
would likely resolve this,
but some enterprising users have gone the other route,
Frankensteining power coolers or even water coolers
onto their BC250s.
Which raises the obvious question,
is any of this worth the effort?
I mean, there's no question
the performance per dollar is there.
A BC250 plus a $60 SSD and a doorstop power supply
can be had for around $300
plus the cost of an operating system.
But wait a minute,
no windows support means no windows cost.
So for about 300 bucks,
that is untouchable value right there.
But there are some issues
and I'm gonna start with the smaller ones.
The form factor, not the most convenient thing ever.
I touched on 3D printed chassis options,
but some folks just mount them in computer cases
and then we'll either solder a front power button
onto the rear one
or just give their PC the old reach around
whenever it's time to turn it on and off.
Either of them takes a little bit of redneck ingenuity,
but is not a big deal.
Same goes for the lousy idle power consumption.
Depending on which Linux distro you choose,
this one is kind of solved,
but these boards were not designed
to sit around doing nothing,
which could contribute to your power bill.
The lack of hardware encoding and decoding
is a bigger deal to me.
This makes BC250s basically completely impractical
for streaming and remote play
using applications like Sunlight and Moonlight.
It's really a shame because otherwise
these would be very versatile and affordable thin clients.
And another annoyance is that while standard USB
means that you can kind of plug anything you want into it,
as long as it's supported on your Linux distro,
there's no onboard analog audio.
So you're reliant on the audio stream
that comes over display port,
which would be fine if it wasn't kind of buggy on these.
Remember guys, these were compute boards.
So a high fidelity audio output wasn't exactly a priority.
That means that depending on the cable
you choose to plug in here,
you might run into issues with the audio stream
that's coming over display port.
The one surefire fix is a USB DAC,
but there's only so many ports on this thing
and I don't recommend using USB DACs on a hub or splitter.
Bringing us finally to the big issue.
First is that these machines were almost certainly run hard
and hot for their entire profitable lifespan.
I mean, they were explicitly manufactured for crypto mining,
a use case that is notoriously hard
on every element of a system, especially the GPU memory.
And the other big one,
and this is the one that might doom BC250s
to the hobbyist shadow realm forever is game compatibility.
Some newer games require hardware features
that this clunky sort of a PS5 chip
doesn't support properly.
And I encountered multiple instances of games
that should work with Proton on Linux that just didn't,
at least not for me anyway.
But with that said,
the community hasn't fully given up on those.
In recent months,
community development around these
has moved at a rapid pace.
And it wouldn't surprise me to see them
become more performant, more compatible
and more stable over time.
The only thing to watch out for
is that when things get easier,
the price tends to go up.
These used to be like around 50 bucks or something,
weren't they?
Like 70, 50, 70 bucks or something like that.
Now they're up to 200.
So if you've got the spare cash
and this looks and sounds like a fun little project,
I can wholeheartedly recommend BC250 modding.
I mean, Lord knows the brand new hardware marketing,
what's exciting for hobbyists right now.
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If you guys enjoyed this video,
you might like the one we did recently
or are about to do where we unlocked 56 gigabytes
of hidden secret memory on another mining GPU.
That was pretty cool.
