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This computer is free or well it costs

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money to buy one but the idea behind it is free. Free from patent restrictions,

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licensing fees and all other manner of innovation crushing limitations. And it

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actually works today. Look at it go. I

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can run regular old desktop Linux with a regular old keyboard and mouse. I can

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even browse the regular old internet. But can I play a regular old 3D

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accelerated game? Yes,

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even a few short years ago, the idea of risk 5 displacing or even competing with

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established architectures like x86 or ARM seemed like a pipe dream. But it's

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amazing just how much can be accomplished by a team of highly

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motivated industry giants like Google, Tencent, and Qualcomm. But the question

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is, why are they so motivated? What's wrong with x86 and ARM anyway? And why

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is US Senator Marco Rubio over there in the corner?

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I'm just here to segue to our sponsor, Odo. Their free, easyto use website

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designer, online sales tools, and new integrated AI copywriter can help you

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find a voice for your small business. Click the link below or keep watching

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till the end of the video to learn more. This is the Milk 5 Pioneer and most of

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its specs are pretty normal. It has 128

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gigs of DDR4 memory, a 1 TBTE NVMe

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solid-state drive, and a Radeon R5230 graphics card. We're going to have it

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linked down below. What isn't normal is the 64 core Risk 5 processor. Risk 5 or

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reduced instruction site computer 5 is an open standard instruction set. That

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means that anyone can build a processor using it without any licensing fees or

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even permission. The one in here was built by actually. Okay, that's a little

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bit complicated. We're going to get to that later. First, let's fire it up and

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see how she works. Oo.

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You know, this isn't actually the first time that we've looked at a Risk 5

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machine. That honor goes to the High-5 unleashed way back in 2018. But I think

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that you're going to see that things have progressed quite a lot since then.

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Let's see if we can get into the BIOS on this bad boy.

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Spoiler, we can't. While it is expected to arrive sometime in the next month or

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so, at this time there isn't a BIOS or UEFI in the traditional sense. [music]

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You just press the button and then wait for it to boot, which takes a couple of

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minutes. So, while we wait for that, let's talk a little bit about risk. As a

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bit of a refresher from our previous videos on the topic, an instruction set

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refers to the collection of the most basic functions that all other programs

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are built upon. Things like adding, subtracting, writing to memory, or

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reading from memory are all things you might find in a CPU's instruction set.

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The idea of a processor with a minimal or reduced instruction set started in

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the late 1970s with the experimental IBM

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8001, and it stuck around pretty much since then in some form or another.

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Power PC processors like those found in old Macs and ARM processors like those

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found in new Macs, not to mention your cell phone, are both examples of risk

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architectures. ARM even used to be called advanced risk machines. Though of

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course, Risk 5 is not ARM, even if they

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share some heritage. So don't expect to just throw macOS or Windows for ARM on

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this thing. Thankfully, Linux exists, specifically Fedora 38 for our demo

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today. Start by loading up Firefox then.

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It's taking a while. Oh, wow. It's really slow. I feel like

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that's a bit of a spoiler for later in the video, but uh

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yikes. What other software have we got on here? Libra Office. Can we word

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process? Yes.

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buddy. Oh, she crashed. Give it another shot.

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Okay, let's Hey,

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what about spellch check, though? Yes. Pretty exciting. Time to try some free

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open source games like Open Arena.

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Come on, Tony. Come at me, bro.

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Oh, jeez. Where'd you go? Whoa. Hey, Yumi. Oh, wait. I got a rocket launcher.

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Oh, this is good. This is very good. No, I'm on my rocket launcher. What the heck

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is this? She teleports. What the What

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just happened? Come [laughter] on. How did that not

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count? I don't have a single kill yet. You know what? I'm going to blame that

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on the low frame rates, though. Those make sense given that the system is only

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drawing about 90 watts from the wall right now. So, at least you can't fault

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the efficiency. Remember, that number includes our GPU as well. But we've

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glossed over a pretty important detail so far. The R in risk is for reduced.

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Sure. Okay. But reduced from what? CISK

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or complex instruction set. Computer processors like the x86 chips made by

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Intel or AMD have much more robust

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instruction sets. This allows them to complete complex operations with fewer

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inputs. something that used to be used to reduce both development time and the

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amount of disk space needed to store a program. Except the thing is modern

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development tools are nothing like what they used to be. And your typical dev no

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longer needs to worry about whether the CPU will perform one complex operation

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or if it will achieve the same result with half a dozen simpler ones. And

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Apple proved with the launch of their M series silicon that risks traditional

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role as an efficient but low performance alternative could be left behind. This

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new level of acceptance is a huge shot in the ARM, pun intended, for risk 5.

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You see, porting to risk 5 from some

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other risk ISA is much simpler than porting from x86, which has resulted in

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a much larger software library than the last time that we checked in. But that's

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not even the coolest part. The special sauce that made Apple's M1 launch so

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successful was Rosetta 2, a translation layer that allowed x86 applications to

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run on Apple's new ARM risk chips. And I

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bet you probably see where I'm going with this. Box 64 is a super cool piece

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of software that should allow us to run x86 64-bit applications on risk 5

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without recompiling them up front. Let's go ahead and try and install Steam,

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which isn't in our package manager. And we did find a Debian version of, but

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this is a problem. Unfortunately, unless you're on Apple, Steam is only 32-bit

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and Box 64 doesn't work with 32-bit

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applications. So, maybe there's another

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way for us to install Stardew Valley. The answer is obviously yes, because

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Petite Seb got it running here. But, we ran into an issue with GG's Mojo

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installer that we weren't able to get past, at least at the time of filming.

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So, in a nutshell, it's kind of like the early days of the Proton translation

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layer for gaming on Linux. There's clearly a lot of work to be done, but

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the bones are there, and that is really, really exciting. A big question we

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haven't touched on yet, though, is why not just use ARM? The truth is that the

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risk 5 instruction set is pretty similar, but there's a big difference,

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and that is that ARM is licensed. You see, even though Apple manufactures

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their own M3 chips with partners like TSMC, and they've modified them quite a

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bit compared to the ARM chips that are produced by other manufacturers like

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Qualcomm or Marll, they still have to pay ARM some kind of licensing fee,

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which is often a function of how many units they sell, which in Apple's case

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is a lot. And while they won't move nearly as many of these things, there's

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still a lot to be learned from poking at it a bit more because it's sort of half

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PC and half development kit. Starting with the front IO, this type-C port, for

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example, doubles as a debug console connector. Then there's the fact that it

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runs quad channel memory. That's something I've not seen on the desktop

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in quite some time. There's two PCIe 16X

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slots that seem to operate at Gen 4 speeds. Though it should be noted that

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one of them is only a by8 connection and then we've also got an M.2 and another

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M.2 meaning there's a fair bit of PCIe on this thing. The SATA ports are weird.

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There's five of them which is an odd number [music] literally and

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figuratively. And the fact that they've all got these little covers on them,

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right? Like what is up with that? According to Milk 5, these are dust

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covers. And that's not the only odd thing that we asked them about. There's

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an MCU on here which is an ARM chip. And

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according to Milk 5, they have no intention of replacing it with a Risk 5

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equivalent in the near future. And the same can be said about the PCIe

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controller in the top left of the board that is also an ARM chip and actively

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cooled by a super annoying little fan. If you guys heard that earlier in the

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video, I unplugged it. That's why it hasn't been making noise anymore.

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[snorts] Oh wow, this is funky. It only uses a 24 pin power connector. No

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additional four pin or 8 pin or anything for the CPU. That's pretty cool. These

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banks of pins along the bottom are apparently for USB debugging, UART, and

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JTAG connections. And then the cooler is a really interesting one. You can see

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here, this has been modified to fit an Intel LGA1 1150 cooler with a bracket

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that's included. So, theoretically, you could use any 1150 cooler you wanted,

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but that's not what we're interested in. We want to take a look at what exactly

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it's cooling. It turns out it's a Sophon

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SG2042 made by Sofco, a subsidiary of

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Bitmain. Now, Bitmain's major product up until this point has been the Ant Miner,

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a crypto mining machine that accounts for over 70% of all the processing power

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on the Bitcoin blockchain, but Sofco didn't design the actual cores that

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they're using. The C920 core comes from

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Tad Semiconductor Limited, the chip division of Alibaba, the owner of

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AliExpress, not to mention a vast number of other companies. This chip then could

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be described as a collaboration between arguably the most powerful company in

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crypto and arguably the most powerful company in China. It's not exactly high

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performance at the moment, but it does work. And if you think this has some

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folks scared, you are right. SCI5, maker

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of the original Risk 5 computer, has laid off roughly 20% of their workforce

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recently. Now, they claim that this is a restructuring, and it likely is, but

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there could be more to this story. After the United States government announced

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the ban on exporting RTX490s to China,

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several senators wanted to take it a step further with Marco Rubio, oh,

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that's why we [music] had him in the background, quoted as saying, "Communist China is developing open-

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source chip architecture to dodge our sanctions and grow its chip industry."

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[music] He's referring to risk five here. And he's not entirely wrong. Even though

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[music] in typical politician fashion, his solution is more of a self-own than

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a clever maneuver. The idea of banning US companies from working on risk 5 with

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Chinese companies. Kind of makes sense on the surface. I mean, why export your

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technological innovation to a foreign adversary? But in practice, it's not

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going to hurt China nearly as much as it's going to hurt US companies like

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Sci-Fi as we hurdle towards a risk five future. And I cannot overstate the pace

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at which this is happening. During the writing of this video, Sci-Fi and SoftGo

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announced two new desktop chips that are slated for release in 2024. This could

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be a big moment for Sci-Fi's continued growth, particularly in the widescale

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adoption sense. But Sofco, they've already got competing products on the

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market. Of [music] course, you might be wondering at this point with our

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mentions of Steam and Proton. What does all of this mean for gamers for now?

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Probably not much. Not only will you not be buying one of these and throwing the

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latest GPU hotness into it, you won't even be throwing last gen GPU hotness

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into it. We tried an AMD 6000 series card and uh no bueno. No drivers. But

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that doesn't mean that you'll be limited to the best that Milk 5 certifies the

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system for, which is the RX 550. We found that it would work with any 500

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series card as long as you have a beefy enough power supply and went with an

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RX580 to see how things would go. Just uh note

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though that you might need an upgraded power supply in order to get this working cuz normally the system ships

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with a 350 W power supply. But with that

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said, with how little power draw we had before, maybe that would work fine anyway. I don't know.

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Oh, sick. Zenotic is working. Wait a

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minute. Am I in an actual game? Oh, shoot. This is Oh, my mouse is only

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sporadically working. Are these bots or what? I can't I have no idea what's

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happening here. I believe those are bots. Okay, good. Now I have a chance. Let's

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go. Uh, where's my FPS? Oh, there it is

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down in the bottom court. Hey, that's way better. And these are better

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graphics than we had last time. Hey, fragged airhead. Let's go.

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There's no way any human could be beaten by me right now. The best gaming

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computer ever? Certainly not. My mouse just stopped working. But if things

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continue to improve, this could be a viable option

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very soon. The biggest organization likely scared of risk 5 is obviously

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ARM. But the story goes a bit deeper than most people realize. ARM is owned

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by SoftBank. SoftBank CEO Masayoshi Sun

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was one of Alibaba's first investors and until this past year, SoftBank owned up

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to 24% of Alibaba. Jack Ma, co-founder

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of Alibaba, sat on the board of directors for SoftBank for 13 years

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starting in 2007. These two companies then were more than just close. [music]

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But that has changed drastically in the past 2 or 3 years when Jack Ma said some

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things then disappeared until he didn't. But then did he? [music] And regardless

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of all of that, under the new jackless leadership of Eddie Woo and Josai,

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Alibaba's various entities seem to have doubled down on producing their own

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chips separate from ARM in line with the

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Chinese government's made in China 2025 campaign. And Risk 5 is a key part of

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that strategy, allowing the Chinese government to be free of any foreign

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interference in their tech development, at least at some point. Based on the

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benchmarks, there is um still a lot of work to be done.

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All right, so it's been a few days and I think I've got something really exciting

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going. Wait, we already did the MIL 5? Yes, but I'm I I went back and did it

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better. Yeah, it's running. [laughter] I I am the first person on Earth to get

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Euro Truck Simulator working on a Risk 5 CPU.

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I mean, [laughter]

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no, you know what? Yeah, let's go.

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[laughter] Okay, shut up. Really? We're going to be standing here for a

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minute. It's slow, but it actually does like load and you can almost drive a

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truck. Good. Holy.

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All right, I did crash the truck in the last game. So, that he may have done.

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Let's see if I can crash the game. It's running at about 4 FPS, which means the

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physics and inputs are a little funky. But are you guys seeing this? Running

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poorly is a big step toward running

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well. That's why I passed gym class. Okay. What happens if you hit a gas

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station? How is the destructibility of the environments?

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Not so good. [laughter] The growth of Risk 5 then is all but set

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in stone at least for the next few years. Qualcomm and Google have

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announced that their next line of wearables will use Risk 5. Manufacturer

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Ventana claims that their upcoming Veyron V2 CPU is the most powerful Risk

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5 processor ever and they intend to roll it out to data center. Imagination

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Technologies is beginning to roll out their new line of Risk 5 GPUs that can

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do DirectX11. So, these are still early days, but it is a heck of a start. If

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you remember back to 2012 with the first release of Windows RT for ARM, it was

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notoriously fairly crap. But then Apple released the

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M1 in 2020 and people were shocked at how competent it could be [music] at

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such a low power level. Well, if you ask me, Risk 5 is a lot closer than you

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would think to its M1 moment. With a solid backer deciding they are done

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paying Intel ARM for licensing fees, it could be your next desktop or laptop

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processor virtually overnight. All it takes is one company [music] like a

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Google, a Huawei or an Apple that implements it into their ecosystem and

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boom, you've got a risk 5 processor right there beside you. Just like right

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beside me is this segue to our sponsor, Odo. Want to create a website for your

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with ODU. If you guys enjoyed this video, check out our first look at Risk

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5 and a little history lesson from 2018. [music]