Continuing where we left off in part 2, we changed some things around on the network to hopefully protect the NIC in the new build, we picked out a video card powerful enough to match up with the AMD Threadripper 9980X with its 64 cores, and we got two fast PCIe 5.0 drives in high capacities, one for the OS drive and the other to install games on and to use as a scratch drive. But that’s still not everything needed to get this monster of a build up and running. We still need to figure out the cooling and power, and we did have an unexpected component come in that will be a nice addition as well. So let’s continue where we left off and see what will be cooling that Threadripper 9980X.

Following up on our previous coverage, we have picked out the case for our new project build, which is also part of its namesake. The Fractal North XL Momentum Edition houses the ASUS Pro WS TRX50-SAGE WIFI motherboard. That is loaded up with a monster of a CPU from AMD, the Threadripper 9980X, and is paired up with 128 GB of 6400 MHz DDR5 from G.Skill to top things off. That’s a really good start, but that isn’t enough to finish up our build. So today we are going to dive into what GPU will be paired up with it all, what we are doing for storage, and also a look at a needed network change to hopefully help protect the network card on the TRX50-SAGE WIFI as well. So let’s dive in and continue with our Project Momentum build.

With access to all of our test hardware, you might think that I am running the latest and greatest hardware. But that is never the case. Long-time readers may have seen updates on my main PC as it has evolved over the years, starting with our Crush build 10 years ago and its replacement, the Crushed build, which last saw an update in 2021. That setup is a little long in the tooth, especially after upgrading my main display to a large 4K OLED. I’ve been putting off a replacement for a long time now, and of course, it couldn’t be a worse time to do it. But it can’t wait any longer, so let’s dive into our latest build.

With such a wide range of RAM designs, you can find anything to fit your tastes, especially if you want RGB lighting. If you want something more subtle there are options, but what if you want to build something in black and gold? I’ve been planning on building a new PC and I wanted to do something a little more subtle and the Asus ProArt line has caught my eye. When trying to find memory that might match it, even with a wide variety of options there weren’t many that would match it. Sure I could go with just a basic black, but as it turns out TEAMGROUP has a line that matches it perfectly, their T-CREATE Expert line and they were kind enough to send over the 6000 MHz 32x2GB CL34 kit to check out for our future build and today I’m going to take a closer look at the kit and see how it performs.

Last year I put together a new camera server using Blue Iris along with a few components from companies like Silverstone, Intel, Noctua, Cooler Master, MSI, and Kingston. I skimped out on hard drives at the time hoping to find a deal in the future and over the last year I’ve seen a few areas where we can improve on things. With that, it is time to revisit the Icyu build to give things a little polish, and hopefully finish things off.

The other half of Lexar’s recently announced additions to their gaming lineup comes in the form of their Lexar ARES lineup for RAM. They have introduced new DDR3 and DDR5 RGB memory kits and I’ve got one of each in today. DDR5 prices have come down and both AMD and Intel have support for them but Intel still has the option to run DDR4 with their chipsets and of course, you have all of the older chipsets as well that need DDR4. So it’s great to see that Lexar hasn’t forgotten DDR4 this launch. They have had RGB kits in the past with their Hades lineup that I previously took a look at. Today I’m going to see what the ARES kits have to offer, let’s get to it!

Recently I have taken a look at a few of the stock speed JEDEC DDR5 kits as well as an overclocked 6400 MHz kit as well. With those I was impressed with just how much the memory speeds and timings affected our Z790 13900K test bench in a variety of tests and games. Viper Gaming, Patriot’s gaming brand, must have seen that and thought that 6400 MHz DDR5 were a little too slow for us because they sent over two of their Venom DDR5 RGB kits, one clocked at 7200 MHz and the other at 7400 MHz to check out. So today I’m going to take a look at what the Viper kits have to offer, check out the fancy lighting, then put both to the test in our benchmark suite to see how they compare to the previously tested kits.

In recent years, for a lot of people, one of the biggest go-to suggestions for memory has been the G.Skill brand. They have been reliable, had great compatibility, have a lifetime warranty, and are almost always a reasonable option price-wise. Sadly we haven’t had too many in the office for review other than a few kits sent alongside launch kits. With DDR5 gaining traction and pricing coming down I’m excited to get a look at a kit that G.Skill sent over which is their Ripjaws S5 kit, and the model they sent over is the 6400 MT/s 2x16GB kit. Today I’m going to check out what the Ripjaw S5 kit has going on and then put it through a few tests to see how it performs then we can find out how it fits in the market price-wise. So let’s dive in!

With the initial launch of DDR5, the main kit you could find and what was also sent out from Intel in their launch kits was the 4800 MT/s kit from Crucial. While it isn’t a crazy overclocked kit with crazy looking heatspreaders, it was a simple kit that got the job done. Well, Crucial has expanded that lineup recently with 5200 MT/s and 5600 MT/s kits. They have the same simple styling but have stepped up the speeds while also offering a variety of densities. Today I’m going to check out both speeds in 16GB densities with 2 x 32GB kits to see how they compare with the original 4800 MT/s kit so let's dive in and check them out.

I’m late to the party on this one but late this last fall Kingston expanded their DDR4 lineup of their gaming sub-brand FURY with a special edition to their FURY Beast DDR4 which features a bright white heat spreader and RGB lighting, both of which are now staples in what my niece calls the “streamer” style PC build. While DDR5 is growing in popularity with Intel and AMD's latest CPUs both supporting it. There are still people who are opting to go with DDR4 with Intel builds and older AMD chipsets which are still a much better value. So today I’m going to check out what the FURY Beast DDR4 RGB Special Edition is all about with their 3600 MHz 32GB kit.

This fall I set out to upgrade our now-aged security camera server which over the years we have tripled the number of cameras that we were running and at the same time started upgrading their resolution as well. The gradual expansion and upgrading has pushed our once powerful system to its limits and beyond and has needed an upgrade for a few years now. Over the last few articles I have gone over the specific limitations we found with our old system and our new system that we call Icyu is all together except for one very important aspect, storage. I have been trying to decide what I’m going to go with and my decision paralysis has delayed the already previously delayed build even longer. So today I’m going to talk about what I’m going with, at least for now so I can get the system up and running and finally let our old system have some rest.

That last time we worked on the Icyu project build, which is a rack-mounted upgrade to our Blue Iris security camera server, I put together our cooling and cleaned up our server rack. With that out of the way, it’s finally time to dive into the big hardware. So today I’m going to talk about what CPU I went with, which motherboard, and the memory we are going with and then I get it all installed. So let’s jump in and see what will be powering the new server and get things up and running.

In our first look at our latest project build Project, Icyu which is a rack-mounted upgrade to our Blue Iris security camera server setup I dove into some of the issues that I’ve been running into and some of the goals for the new build. I also started putting the hardware together for the build with the case, hard drive storage, the power supply, and the rack rails and got all of that set up and installed in our server rack. Today I want to continue on that and get into cooling and noise by checking out what I’m going with to keep the CPU cool, the case cool, and hopefully keeping noise levels for the system overall down. To do that I’ve partnered up with Cooler Master and Noctua which we have worked with a lot in the past.

If you have been a reader for a while now you may have noticed that while I do sometimes love smart home products and some of the cloud-based services that go along with them. I have a strong hate for anything that requires a monthly payment and I try to host as much as I can on our own rather than have potentially important data in someone else’s hands. I’ve moved things like Google Photos over to our own storage and even before all of the cloud-based camera services came out we were running our own IP cameras with a basic server running on my main PC. Eventually, to take the load off of that I used a small SFF system that I had to run Blue Iris and then stored the data on a NAS. With me trying to tidy up our server rack I have been hoping to get that server rack mounted but I have also been running into issues with our current setup in just about every way possible so it’s high time that I stop putting this off and rebuild our security server, welcome to Project Icyu.

Maybe it's because I just finished watching the entire Star Wars movie lineup after finishing the Obi-Wan TV series but the name Skywalker evokes a little bit of nostalgia and is the last thing I would see as the model name for memory. But that is the name that V-color went with. We haven’t had anything in the office from V-Color but I have been seeing coverage about them pop up for the last few years and the company itself has been around going back to 2006. The Skywalker Plus lineup features heatspreaders with silver or golden plating on them which isn’t new but is rare to see and always stands out so I’m excited to take a closer look and see how they perform. Let’s dive in.

With Intel’s 12^th generation Core CPU launch alongside the new CPUs, CPU Socket, and Motherboards/Chipset it also brought DDR5 into the mainstream market. Initially, DDR5 was hard to come by, but things have gotten better and along with that we are seeing some of the companies who didn’t have memory available at the launch getting their kits introduced. A good example of that is Patriot with their Viper Gaming lineups first DDR5 kits. They have named the new kits Venom which goes well when you combine it with the Viper branding. They have standard and RGB kits available and the kit that they sent over for us to check out is the Viper Venom RGB in a 2x16GB configuration running at 6200 MHz.

Lexar is well known in the storage market, especially with their flash products and more recently with their SSDs and portable storage. But it was only last year that they jumped into the memory market with laptop memory. Well, this year they are expanding that and are getting into the desktop side of things. They have introduced their first gaming memory with a normal and RGB kit as well as a simpler standard memory kit without a heatspreader as well. Today I’m going to check out both the new Hades gaming-focused 32GB kit with RGB as well as take a look at the 3200 MHz UDIMM kit and see what Lexar has been up to. Let’s check them out!

Late last year I set out to update one of our project builds, specifically the build that I have been using as my main PC. I was fighting performance issues with the latest games. But more importantly, things were starting to break down and I had been ignoring them. I had a hard drive that was making noise and an SSD that was slow compared to modern drives and that wasn’t large enough for my needs. Cooling was noisy and I found out when digging into things that the heat contributed to the hard drive failure as well. I was also dealing with weird network hiccups that seemed to indicate a motherboard issue or a PSU problem so in past episodes I updated the cooling, the PSU, the video card, and all of the storage. But that left the main issues with the CPU performance and the motherboard issues, plus not having as much ram as I would have liked for Microsoft Flight Sim. Well, I’ve put it off a lot longer than I should have, but today I’m going to update those last few areas.

In my previous coverage on our TrueNAS CORE build, I got the entire system together but I skipped talking about how I hooked up the 8 SATA drives to our mATX motherboard. I had a plan when going in, but sometimes things don’t go the way you had planned. In fact, my problems went even beyond that. So today I want to run through what went wrong with our original plan and then our backup plan as well and go over what I ended up doing. When getting things running I also ended up adding an upgrade as well. So let's get up to date on the TrueNAS CORE servers current setup and why!

The last time we took a look at our Project Data Hoarder build I went through what we were using for the CPU and motherboard as well as cooling and ram to get all of that sorted out. We are down to just the last few components to button things up. So today I’m going to talk about what power supply I went with, the rack rails, and getting things installed and set up. So let’s dive into our TrueNAS CORE build as I work out ways to use some older hardware to get an open-source NAS up and running. The goal is to finally condense some of my home and office storage needs down into fewer devices, get them tucked away into my rack, and learn about TrueNAS CORE which was formerly known as FreeNAS.