Over the years, I have ended up with way more computers than any sane individual should have. This is my page to show you my system specs, screenshots, and thoughts as I've ventured up and down the timeline of computing history.
This isn't an exhaustive list - I have a lot of partially complete systems and random spare parts builds with no real purpose that aren't set up, so this is really focused on anything interesting, noteworthy and/or in active use, including previously-owned systems that I have since parted with. I will try to keep this up to date, but since I'm always messing with my machines this page may deviate from reality now and then.
And yes, I know it's (still) unfinished. It's a lot of freakin' data to go through!
PC Compatibles (Custom)
PC Compatibles (Branded)
PC Laptops
Handhelds/Personal Digital Assistants
Apple
Atari
Commodore
Hewlett-Packard
Motorola
NEC
NeXT Radio Shack
Raspberry Pi
Sharp
Silicon Graphics
Sony
Sun Microsystems
Texas Instruments
aranea
Custom
2019-Present
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My main workstation, and a big (VERY long-awaited) upgrade from my old FX-8350 system... I was very happy to go all-SSD this time around too! The CPU was originally a Ryzen 3700X, but when I needed to build a new workbench computer I took the opportunity to put a 5800X in and reuse the old CPU for that. Gigabyte X570 Aorus Pro WiFi
AMD Ryzen 5800X @ 3.8 GHz
32GB DDR4-3200
Nvidia GeForce RTX 2070 Super, 8GB
Realtek ALC1220-VB (Onboard)
Corsair Carbide Air 540
Corsair Force MP600 NVMe SSD, 1TB
Intel 660p NVMe SSD, 2TB
Rosewill 5.25" bay card reader
Fedora Workstation
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solara
Custom
2021-Present
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I built this machine to serve as a new workbench system for my basement, where all my retro tech is. I also used it as an opportunistic reason to upgrade my main workstation and move some old parts here :) Gigabyte B550 Aorus Pro AC
AMD Ryzen 3700X @ 3.6 GHz
16GB DDR4-3600
AMD Radeon RX 580, 8GB
Realtek ALC1220-VB (Onboard)
Cooler Master N400
Samsung 970 EVO Plus NVMe SSD, 512GB
Lite-On iHES208 Blu-Ray
Rocketfish 3.5" bay card reader
Fedora Workstation
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rei-iv
Custom
2023-Present
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I decided to merge my servers down into a single machine to save space and (hopefully) power. So I figured "go big or go home" and grabbed some used server-class equipment! Oh boy, did it cost a lot, but I think it'll last a good while. I am using virtualization more than before, including multiple instances of PCIe passthrough. My NAS used to be a separate box but is now a SATA HBA passed through to a VM and has its own dedicated 10 gigabit NIC, and I have a personal Jellyfin server working using the Intel Arc GPU for encoding. There are other VMs providing services for retro PCs and even a Minecraft server. The Epyc CPU is a good fit for this kind of workload and has plenty of cores and RAM capacity for the VMs. Given the BS with Broadcom and VMware these days, I do want to migrate over to an open-source platform like Proxmox, but figuring out how to migrate the VMs without a spare system as well as working out some of the more complicated items like the passthrough setup looks pretty daunting so I haven't quite worked up the courage to do it yet. This is the fourth machine to use the name rei, as it is always used by my VM host. Supermicro H12SSL-i
AMD Epyc 7402 @ 2.8 GHz
128GB ECC DDR4-3200
Intel Arc A380, 6GB
Sliger CX4712
Samsung 980 PRO NVMe SSD, 1TB (x2)
LSI 9300-8i SATA/SAS HBA
Seagate Exos X20 SATA HDD, 20TB (x4)
in RAID-10 configuration Mellanox ConnectX-3
VMware ESXi 8.0
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tvbox
Intel 7th Generation NUC Model NUC7i3BNH
2017-Present
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Just a tiny, power-efficient system for playing video. A word of warning: If you have one of these make sure to use two DIMMs to get dual-channel memory. Otherwise it will be starved for memory bandwidth. Example: Going dual-channel took my GPU load from 100% while playing a video down to 15-20%! Now it can handle even 4K no problem. Intel Core i3-7100U @ 2.4 GHz
16GB DDR4-2133
Intel HD Graphics 620 (Onboard)
Realtek (Onboard)
Samsung PM951 M.2 NVMe SSD, 256GB
Ubuntu Linux
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cady
HP Pavilion m8430f
2013-Present
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It's my MAME cabinet! This old OEM box is good enough for the job. It's a simple cabinet design built around the parts I had on hand. Whenever I upgrade the cabinet hardware, I'll probably put this system back to the way it was originally. The analog tuner is useful, but unfortunately only has Vista drivers. Asus IPIBL-LB "Benicia"
Intel Core 2 Quad Q6600 @ 2.4 GHz
4GB DDR2-800
ATI Radeon 4670, 512MB
Realtek ALC888S (Onboard)
Sandisk SATA SSD, 128GB
Asus NTSC/ATSC/FM Tuner
X-Arcade Controller
Windows 8.1
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haruka
Framework Laptop
2022-Present
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In searching for a new laptop, 5 years after my disappointing XPS 9560, I stumbled upon Framework and their mission to create a modular, repairable, upgradable laptop. Given my poor experiences with the last few laptops I've had, I decided to get one as I deeply support the concepts the Framework Laptop is built on. While Framework is a new company and it's not yet clear how things will pan out, I'm hoping that this gamble will pay off in the long run. So far, I really like it! The interchangable I/O cards are a genius idea that is great for someone like me who needs a varying range of connections. The overall build quality seems good to me and it is comfortable to use. Literally my only real issue with it has been the screen. A 3:2 display is great, but operating systems STILL struggle with DPI scaling for these small-size, high-resolution screens, especially when it's not a simple 200% scale (like this one, where 125%-150% is ideal). Not much Framework could do about that - just going to have to wait for OS vendors to figure things out. They've only had years! That said, there's a newer display option now that is ideal for 200% scaling, which may work better, but I haven't put down the cash to upgrade yet. Framework 11th-Gen Core
Intel Core i5-1135G7 @ 2.4 GHz
16GB DDR4-3200
13.5" IPS, 2256x1504
Intel Iris Xe (Onboard)
Intel HD Audio (Onboard)
SK Hynix Gold P31 M.2 NVMe SSD, 1TB
Fedora Workstation
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bessie
Custom
2016-Present
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Not originally mine -- never saw it in action in its heyday, but it would've been a respectable rig. Surprisingly, in 2016 it was still limping along running modern games, somehow. It's been reverted back to XP for old games now, with the PAE patch to enable the full 8GB of RAM. Gigabyte GA-EP45-UD3R
Intel Core 2 Duo E8500 @ 3.16 GHz
8GB DDR2-800
Nvidia GeForce 9600GT, 512MB
Realtek ALC889A (Onboard)
Cooler Master Centurion 5
Western Digital SATA HDD, 250GB
SATA DVD-RW
Windows XP Professional
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blake
Custom
2020-Present
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The best of WinXP's glory days, or least the way I remember it-- right down to the choice of case :). It gradually transformed from a very basic Athlon XP build into this. It's also used for writing floppies and other media (thanks OmniFlop!), so I've stuffed it with as many drives as possible. I am using the Promise SATA card to bypass the onboard SATA because the chipset has very poor support for newer drives. MSI K8T Neo-FSR
AMD Athlon 64 3200+ "Newcastle" @ 2.2 GHz
2GB DDR-400
ATI Radeon X800XL, 256MB
Sound Blaster Audigy
Antec SX1030B
Silicon Power SATA SSD, 64GB
Western Digital Blue SATA HDD, 1TB
IDE Hot-Swap Bay
IDE DVD+RW
Iomega Zip-250 IDE
Teac FD-55GFR 5.25" Floppy
3.5" Floppy
Promise SATAII150-TX4 PCI SATA Controller
USB 2.0 Multi Card Reader
Windows XP Professional
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cammy
Custom
2022-Present
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This started as a 486 for running OS/2 Warp 3, but I needed to pilfer the CPU so I put in a different (much faster) board. Now it's for running OS/2 Warp 4 and trying to figure out what exactly makes it tick. I know way too many people that claim they loved OS/2 back in the day but looking at it from a modern perspective, it just comes off as eccentric and temperamental. It was hard to install, is disorganized and it constantly feels like it's going to break. This machine in itself was already a struggle, having to swap hardware till I found a combination that didn't cause random TRAP errors. And that's WITH hardware that is apparently well-supported! PC Chips M537
Cyrix MII-333GP @ 263 MHz
64MB 72-pin EDO
Matrox MGA Millennium, 4MB
Sound Blaster 32 (CT3600) w/ 8MB RAM
Generic Baby-AT Tower
Quantum Fireball, 6.4GB
IDE CD-ROM
3.5" Floppy
3Com Fast Etherlink XL 3C905B-TX
OS/2 Warp 4.5
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rei
Custom
2015-2020
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I was in college and doing some classes involving virtualization when I received this spare box. I decided to make it my own home virtualization playground so I could do some more learning. There wasn't much RAM to play with, so it wasn't particularly serious, but I had some small VMs running and tried serving some stuff to my home off it. It got replaced quickly with better (or maybe just bigger) hardware, and was then relegated to being hooked up to a TV to play media. By 2020, having gotten new hardware and wanting to reuse parts, it was partially torn down, some bits were transferred to another case, and it basically was no longer the same system. Intel DH55TC
Intel Core i7-870 @ 2.93 GHz
8GB DDR3-1066
Intel HD Graphics (Onboard)
Apevia X-Dreamer3-BK
??? - I forget...
VMware ESXi 6.0
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rei-iii
Custom
2017-2023
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The third iteration of the rei virtualization server was a hodgepodge of junk parts, meant to curtail the absurd power costs and heat output of the "free" rackmount server that was rei-ii. The motherboard was from a box of untested boards I bought at VCF Midwest one year, and the case was one I bought from a guy in my old apartment complex just to get the Blu-Ray drive he left in it - it was missing most of its front panel covers. If you look back at it, it's basically similar hardware to the original rei, but that had way too small of a RAM ceiling and by this point was being used for other purposes. Still, this thing soldiered along for years, doing what I needed - but eventually had to be retired as the CPU became a limitation. It has since been torn down and many of the parts distributed to other systems, or the storage bins. Supermicro X8SIE
Intel Xeon X3470 @ 2.93 GHz
32GB ECC DDR3-1066
Intel HD Graphics (Onboard)
Thermaltake Commander MS-I Epic Edition
(Well... bits of one) Crucial MX500 SATA SSD, 500GB
Seagate Barracuda SATA HDD, 2TB
VMware ESXi 6.5
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dell8250
Dell Dimension 8250
2003-2017
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I was just entering adolescence when this computer showed up in my house. It was a massive upgrade from the old Pentium II and had that newfangled Windows XP! I spent many hours on it in those formative years, surfing the web with the new DSL connection, playing Star Wars Battlefront, and messing around with different emulators that the old PII couldn't handle. However, time was not kind to this machine. The Dells of this era were, frankly, complete garbage. The plastic creaked and groaned with the slightest touch, the power supply was woefully underpowered and had to be replaced under warranty, and the decision to use RDRAM killed any chance of upgrading it affordably ($200 for an extra 512MB... in 2009, six years later!?!?). It started to struggle under the weight of later XP service packs and a huge amount of bloatware which I was powerless to remove at the time since it was a shared family computer. I eventually drifted away from it towards my Athlon 64 system once I was allowed internet in my room, and it ended up in the original Basement Lab(tm) in 2009. At that point, I was messing around with Hackintoshing and turned it into a respectable OS X 10.4 system (10.5 didn't support the Radeon 9700 on Intel). That was fun! (Note that the weird "Dell OEM" Sound Blaster Live, which is a kneecapped version of the card that doesn't work with normal SBLive drivers, never worked in OS X, but a $5 USB audio adapter did the trick) Over the years though, the thing really started to fall to bits. The fans stopped working, the front USB ports died, and the optical drives seized up. And I STILL couldn't stand that creaky plastic. I ended up scavenging the useful parts and took the rest down to electronics recycling. The CPU is in my spare CPU drawer and the Radeon got flashed to a PowerPC ROM and went into my G4 MDD. Anyone need some RDRAM? Dell proprietary, Intel 850E based
Intel Pentium 4 HT "Northwood" @ 3.06 GHz
512MB PC1066 RDRAM
ATI Radeon 9700 Pro, 128MB
Sound Blaster Live! Dell OEM
Western Digital IDE HDD, 200GB
IDE DVD+RW
IDE CD-RW
3.5" Floppy
Mac OS X 10.4 "Tiger"
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delphine
Packard Bell Legend 406CD
2021-Present
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I have a long history with Packard Bells, and so I have a soft spot for these FrogDesign 3x3 cases. Thus, it was inevitable that I would end up with more than one of them. This one was supposed to have a Pentium 75 in it, but I was pleasantly surprised to open this one and find that the stock 75MHz Pentium had already been replaced with a 133. I decided to keep pushing and use some adapter magic to get a 233MMX going - this machine needs all the help it can get as there is no L2 cache on the motherboard. While it is never going to be a speed demon, the 233MMX gets it up to a speed that suits my needs just fine. Packard Bell "Hillary" Series
Intel Pentium MMX @ 233MHz
ia Powerleap ProMMX adapter 80MB 72-pin EDO
Cirrus Logic GD5430, 2MB (Onboard)
Pine Technology PT-230X (ESS ES1868-based)
Seagate IDE HDD, 40GB
K Hypermedia 52x IDE CD-ROM
3.5" Floppy
Zynx ZX312 PCI Ethernet (DEC 21040-based)
MS-DOS 7.1
Windows for Workgroups 3.11
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edward
Tandy 1000 RL
2021-Present
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Always wanted a Tandy ever since I saw the "Tandy graphics" option in Lemmings and wondered what the hell it was. Now I have one! This thing is so tiny and adorable, and the enhanced graphics and sound over the standard PC make it a real winner. It had a 40MB "IDE-XT" drive installed when I got it, which was unsurprisingly dead. I opted not to replace it and go with the CF card which works wonderfully. AMD 8086 @ 9.54 MHz
768KB
Tandy Video II (Onboard)
Tandy PSSJ (Onboard) (SN76489 compatible + DAC)
Industrial CompactFlash card, 256MB
3.5" 720K Floppy
XT-CF Eco-Lite IDE Controller
MS-DOS 5.0
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faye
Sony Vaio PCV-RX650
2021-Present
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This was my grandmother's second PC, once upon a time- a follow up to her old Packard Bell now that the Internet was more of a thing. I actually used it when it was new, around late 2001 or 2002 until 2006ish, and had some files and stuff on it. I think it was actually the first Windows XP computer I ever saw. It ended up in my possession almost 20 years later, and to my surprise... all my stuff was still there. Downloads, save games, chat logs, even a hidden Linux install... perfectly frozen in time. Talk about a nostalgia trip :) I'm working on enhancing it a bit, for instance removing the RIVA TNT2 M64 video card (I can't believe it shipped with one of those in 2002!), but I'm not sure exactly what I want to use it for yet. Fun fact: These machines will not boot if the CMOS battery is dead. I don't mean they'll power up and nothing will happen - I mean pressing the power button will do absolutely nothing. I actually thought the motherboard had died before someone tipped me off to try putting a new battery in. I've never seen that on a PC! Asus P4B266-LM
Intel Pentium 4 "Willamette" @ 1.6GHz
512MB DDR-266
Nvidia GeForce 3 Ti 200, 64MB
Sound Blaster Live! Value (CT4670)
Seagate IDE HDD, 80GB
CD-RW
DVD-ROM
3.5" Floppy
56K PCI Winmodem
Memory Stick reader
Windows XP Home
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kathryn
Digital Equipment Corporation DECpc 466d2 MT
2017-Present
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DEC's PC line doesn't seem to be very common but I ended up with one. It has some benefits for the era, such as onboard PS/2 ports, nice industrial design and an interesting CPU board design, but it also has many downsides: weird 4.5V CMOS battery, ISA slots only, and onboard video that performs extremely poorly in DOS - we're talking half the framerate in Doom compared to other 486DX2s I have used. So, might as well do something different with it. Now it's running OS/2 2.11! I put in an ATI card that has IBM 8514/A compatibility which provides a nice high-resolution experience. It's still just as slow, though, it just matters less when you're not gaming. The Pro Audio Spectrum 16 was a lucky find but is also great in OS/2 since it can be used for both the main OS/2 and Win-OS/2 audio at the same time. Intel 486DX2 @ 66MHz
32MB 72-pin FPM
S3 924, 1MB (Onboard)
ATI Graphics Ultra
(VGA Wonder 2, 512KB + Mach8, 1MB) Media Vision Pro Audio Spectrum 16
Seagate SCSI HDD, 4GB
IDE CD-ROM
3.5" Floppy
Linksys Ether16 (NE2000 compatible)
Adaptec 1540C SCSI controller
OS/2 2.11
MS-DOS 6.22
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maki
Leading Edge Model D
2017-2023
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It's an XT clone, yay. Nothing really standout about it, but it worked well. It was superceded for "really old DOS stuff" by my Tandy 1000 RL though. What impressed me most was the ST-225 hard drive. These drives are just absolute tanks -- The drive was 35+ years old and I was able to low level format it with zero bad sectors! Not having an affinity for such a bare bones 8088/CGA PC, I sold it to a new owner. Intel 8088 @ 4.77 MHz
640KB
CGA compatible (Onboard)
PC speaker
Seagate ST-225 MFM HDD, 20MB
5.25" 360K Floppy
Adaptec ACB-2010A MFM Controller
MS-DOS 5.0
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maria
Packard Bell Legend 204CD
2021-Present
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Ah, the Legend 204CD. Literally the first PC-compatible I ever used, as my grandmother owned one. I spent many an hour playing games, drawing, listening to MIDIs, and breaking Windows. Unfortunately, this isn't the exact same unit I used as a kid, but it's close enough to make me feel nostalgic. Packard Bell has a bad reputation among folks, but I've never had a problem with them. They may not have been the best choice compared to the competition at the time, but the computers have seemed solid enough and the parts are a good combination for retro fun. The only downside I can think of for this system in particular is that the CMOS battery is a soldered on BR1225. My preferred fix for this is to remove it and attach an external 2xAA battery pack. These provide the same 3V required, are easily replaced, and the holder can contain any potential leakage. I have gone kind of nuts with upgrading the system. The PB450 motherboard at first glance appears to support both 5V and 3.3V CPUs, but the actual parts to use 3.3V CPUs are not on the board. I rigged up an external voltage regulator to provide 3.3V, adding support for those later 486s (alongside the Micro Firmware BIOS upgrade for this board). I also added 512KB of L2 cache on the motherboard (still looking for the right chips for a VRAM upgrade, though!). Oddly, the AMD 5x86-133 I tried causes issues with the board, namely problems with the keyboard controller resetting constantly. I narrowed this down to 5x86's with the "25544" package code printed on them, which I believe is basically all the 133 MHz models so that sucks. I went for my next fastest 486-class CPU, an IBM/Cyrix 5x86-100, and that works great. The rare 133 MHz model would be even better, but good luck getting one of those! You may see this one out in the wild sometimes - I use it as a demo unit for showcasing music from The OPL Archive! Packard Bell PB450
IBM 5x86C @ 100 MHz
64MB 72-pin FPM
Cirrus Logic GD5428, 1MB (Onboard)
Voyetra Sound144AM (Aztech AZT2316A-based)
PicoGUS
WaveBlaster X2GS
Samsung High Endurance microSD card, 32GB
Goldstar 8X-Speed IDE CD-ROM
3.5" Floppy
Linksys Ether16 (NE2000 compatible)
MS-DOS 7.1
Windows for Workgroups 3.11
NetBSD 10
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mitsuru
Gateway G6-450
1999-Present
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Literally the first computer I ever went online with. Once it became outdated, it was the first PC I personally owned... and I upgraded the hell out of it over the years. I've jammed in more drives, more cards, a series of increasingly faster CPUs and GPUs-- anything to push it to its limit. To think that it started as a Pentium II 450, with 64MB of RAM and a Riva TNT based card. These days it's my default Win98 computer and still sees a lot of use. I just absolutely love this machine and don't plan to part with it, ever. Gateway Tabor 2 (Intel WS440BX)
Intel Celeron "Tualeron" @ 1.4GHz
Voltage-modded CPU via generic "370 PGA/FC-PGA Card" Slotket 320MB PC100 SDRAM
Nvidia GeForce 3, 64MB
Ensoniq AudioPCI ES1371 (Onboard)
Sound Blaster Vibra 16 (CT4180)
Kingston A400 SATA SSD, 128GB (x2)
via StarTech IDE-SATA adapters Memorex 52MAXX IDE CD-RW
Matsushita IDE DVD-ROM
3.5" Floppy
Netgear FA311 Fast Ethernet
Adaptec 2940U2W SCSI adapter
NEC USB 2.0 PCI card
Apacer 3.5" USB Multi Card Reader
Windows 98 SE
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rei-ii
Dell PowerEdge 2970
2016-Present
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"Hey, I have some servers I'm trying to get rid of. Want them?" Desperate for beefy hardware of any kind, I gladly accepted. A real server, to do real virtualization, replacing the original rei! Not sure I should have taken that offer... These big bulky 2U servers had okay hardware to use for hobbyist purposes in 2016 (twelve cores across the CPUs felt insane, plus a whole 32GB of RAM!), but they had absurd electrical costs and produced so much heat in the tiny room that I called my lab at the time that I kept the window open all winter. I kept one running and used the second one for spare parts. This was quickly decommissioned once I realized my mistake and had something to migrate everything over to. Now I have two of these damn things in my basement and haven't been able to get rid of them. AMD Opteron 2435 @ 2.6 GHz (x2)
32GB ECC DDR2-667
ATI ES1000, 16MB
Seagate Cheetah 15K.5 SAS HDD, 146GB (x6)
DVD-ROM
VMware ESXi 6.0
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wafflehouse
HP Pavilion a1130n
2005-Present
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The first PC that was wholly "mine" from the very beginning, and a big upgrade from the Gateway G6-450. I did a LOT with this computer- light gaming, development, music, mid-2000s web goodness, trying many, many operating systems... the list goes on. I upgraded it a bit over time, such as replacing the original Athlon 64 3500+ with an Opteron for dual-core (required a BIOS flash if I recall), bumping up the RAM, and adding the 8400GS to desperately escape the horrible integrated graphics. After it got replaced as my daily driver, it did Linux duties and hosted a Minecraft server for several years until increasing server requirements finally caught up with it. Unfortunately, this system has not only fallen into disuse but apparently also disrepair; last time I tried to boot it, it wouldn't POST at all. Given the manufacturing timeframe... probably capacitor plague. A sad end for a legend... until I recap it myself. MSI MS-7093 "Ahi"
AMD Opteron 175 @ 2.2GHz
2GB DDR-400
ATI Radeon Xpress 200 (Onboard)
Nvidia GeForce 8400GS, 512MB
Realtek AC'97 (Onboard)
Western Digital SATA HDD, 250GB
16X-Speed IDE DVD-RW with LightScribe
16X-Speed IDE DVD-ROM
3.5" Floppy
Linksys WMP54GS PCI 802.11g
Integrated USB Multi-Card Reader
Apacer 3.5" USB Multi Card Reader
Debian Linux 7.0 "Wheezy"
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lenna
Lenovo ThinkPad T530
2019-Present
|
A semi-modern laptop for experiments. Can you believe I only paid $35 for this!? (Thanks office surplus recyclers!) It's still capable enough, too. It came with the i5-3320M and I replaced the CPU with the 3720QM for a little more breathing room. I could probably stand to swap to the heatsink from the dGPU version of the laptop though, as the fan kicks on a lot now. Intel Core i7-3720QM @ 2.6 GHz
8GB DDR3-1333
15.6" TFT, 1600x900
Intel HD Graphics 4000 (Onboard)
Realtek ALC3202 (Onboard)
Intel 330 SATA SSD, 240GB
Western Digital Blue SATA HDD, 1TB
via UltraBay adapter |
purah
Dell XPS 13 (9350)
2018-Present
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A total Frankenstein monster - it is an XPS 13 9350 that had a broken screen in the case of an XPS 13 9343 that had a dead motherboard. And, for whatever reason you have to use USB-C Power Delivery to charge it because the actual charging port doesn't work. What a mess. Intel Core i5-6200U @ 2.8 GHz
8GB DDR4-1866 (Soldered)
13" IPS, 1920x1080
Intel HD Graphics 520 (Onboard)
Realtek ALC3246 (Onboard)
Cruical MX300 M.2 SATA SSD, 525GB
Windows 10 Pro
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ritsuko
Dell XPS 15 (9560)
2017-Present
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Getting this laptop, I was just happy to have a modern PC laptop again... but it really turned out to be a disappointment. It has some serious heat issues, and is notorious for throttling HARD, which dampered my enthusiasm for it from the get-go. I could potentially do a bit of work to mitigate this, but haven't gotten around to it apart from trying to band-aid the issue with some undervolting. Will I bother, though? Just like the XPS 9350 I have, the charging port failed on it, and even after a replacement it still doesn't work right so I'm stuck with USB-C Power Delivery again. Linux can't even save this thing unless I want to deal with the pain that is Optimus switchable graphics. Honestly glad it's not my main laptop any more. Intel Core i7-7700HQ @ 2.8 GHz
16GB DDR4-2133
15" IPS, 1920x1080
Intel HD Graphics 630 (Onboard)
Nvidia GeForce GTX 1050
Realtek ALC3266 (Onboard)
Lite-On M.2 NVMe SSD, 512GB
Windows 10 Pro
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(unnamed)
Compaq Presario 2100
2009-2012?
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This laptop was an early failure of mine, and I have few details on it now. I got it for free but it was missing a hard drive... and the entire hard drive sled with the proprietary adapter attached to it. Damn it. I could not find one affordably at the time-- probably cause I was too young and dumb at the time to figure out a good search term to turn one up on eBay. So, it never really got used and eventually was tossed out as far as I remember. I also recall it being really picky about RAM as I tried to stick 512MB in it to run a LiveCD or something, and it wouldn't boot at all. Looking back, I probably could have figured this one out if I'd put more time into it-- what a shame. AMD Athlon XP-M @ 1.8? GHz
128MB DDR
14.1" TFT, 1024x768
ATI Mobility Radeon
Conexant (Integrated)
Optical Drive (probably DVD)
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(unnamed)
Sony Vaio PCG-F480
2017-Present
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I got this for free some time back. Never got around to testing it until more recently, but it turns out the keyboard barely works. Most keys don't do anything-- a few work, but not enough to be usable. It wasn't an easy case of a poorly connected keyboard and I couldn't see an obvious way to get a look at the actual keyboard matrix without damaging it. Given its poor cosmetic shape I didn't want to bother putting money into finding a replacement keyboard. It's still hanging around, though-- I'm merely using it as a stand to boost a Commodore 1084S monitor up a bit. :) Intel Mobile Pentium III "Coppermine" @ 600 MHz
192MB SDRAM
15" TFT, 1024x768
NeoMagic MagicMedia 256AV, 2.5MB
Yamaha DS-XG
IDE HDD, 12GB
4X-Speed DVD-ROM
3.5" Floppy
Windows 2000 Professional
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(unnamed)
Atari 1040STE
2018-Present
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This was a kind gift to me from a friend! I admit, when I was offered an "old computer" I just expected a PC. My eyes might have bugged out a little when I saw an Atari instead. I did have to swap another drive into the MegaFile 30 (it takes standard RLL drives), as the original would spin up but not format properly. Everything else worked even after it being in a closet for years. I need to find a monochrome monitor for this to use some more software, and a hard drive bigger than 30MB would be great, but this is a good basic setup. I'm not really that big of an ST guy - I think it's rather uninteresting apart from the MIDI support - but still cool to have one here! Motorola 68000 @ 8 MHz
4MB 30-pin
Atari Shifter/Blitter
Yamaha YM2149 (GI AY-3-8910 compatible)
DMA DAC
Atari MegaFile 30 ASCI HDD, 30MB
Gotek Floppy Emulator
TOS 1.06
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chasey
Commodore Amiga 1200
2016-Present
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Because I definitely have my priorities in order, one of my first missions after getting a "real job" was to get a better Amiga. My Amiga 500 was great as a starter system, but it had limitations and was a bit finicky. I wasn't going to plop down the mad cash for a full desktop system, but the Amiga 1200 had what I needed - better expandability and AGA. I imported this one from the UK, fully recapped and ready to go. Over the years I've kept expanding it to be the Amiga of my dreams. It's seen a number of expansions come and go - I did have an Individual Computers ACA1221 board with a 28 MHz 68020 in there, but later upgraded to a 42 MHz 68EC030 with the Tsunami 1230 board. I also have an Individual Computers Indivision AGA MK2cr scandoubler, which helped me hook the system up to modern monitors, but I have it removed for now because I finally have a proper 15/31 KHz switchable CRT monitor (Commodore 1960) that provides considerably smoother motion and fast mode switching. Despite a lot of effort with the Indivision, it's tough to perfectly adapt the Amiga's 50 Hz video modes to natively 60 Hz LCDs... you'll always get some lag or tearing. I also added networking via PCMCIA, a TechnoSound Turbo sampler cartridge to make tracker music "the old fashioned way", and swapped the yellowing case for a sweet new transparent red one from A1200.NET - plus sweet black keycaps! Now if only I can get a new keyboard PCB with modern switches - I still find the A1200's keyboard a little mushy. Motorola 68EC030 @ 42 MHz
via Tsunami 1230 accelerator 2MB ChipRAM (Onboard) + 64MB FastRAM
via Tsunami 1230 accelerator Amiga Advanced Graphics Architecture (AGA)
Commodore "Paula"
New Dimensions TechnoSound Turbo sampler cartridge
A1200.NET Asahi Series Limited Edition (Akuma Red)
Topram 16GB CompactFlash card
Gotek Floppy Emulator (FlashFloppy firmware)
D-Link DFE-530TX PCMCIA Ethernet
AmigaOS 3.2.2
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(unnamed)
Motorola StarMax 4000/160 DT
2019-Present
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I find Mac clones fascinating, as they look like normal PCs, but surprise, there's a PowerPC inside! This one mostly works, but it has one quirk... it only boots if you press the CUDA reset button on the motherboard. The power button doesn't do anything. I have not yet figured out why this is the case (yes, I checked and it's not the PRAM battery!). If you have any ideas on diagnosing this, please reach out! Apple LPX-40 "Tanzania"
PowerPC 604e @ 160 MHz
96MB
ATI Mach64 GT, 4MB (Onboard)
Apple AWACS
IDE HDD, 4GB
IDE CD-ROM
Mac OS 8.1
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feena
NEC PC-8801mkIIFR
2021-Present
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As you may have seen, I have an interest in Japanese retro computers and games. So I guess it's no surprise I woke up one morning and decided I wanted to get a PC-88 series machine. I find these interesting because they are wildly unbalanced computers - slow business-oriented graphics which are a poor fit for games, but they still fit the later models with high-quality FM audio. Somehow, though, it works and makes for a very different and interesting experience. While my system works, it was subjected to a hell of a lot of abuse during the shipping process, with a LOT of broken plastic-- including critical tabs used for mounting the power supply properly. I've spent some time attempting to superglue it back together, and I think I've succeeded although I worry it may be more flimsy than I think it is. Due to poor supply of 360k disks, I replaced the drives with Gotek floppy emulators with FlashFloppy firmware. This is a great solution and very convenient, but does require a specific type of adapter to work properly. I also put in a modern clone of the YM2608-based Sound Board II, created by Enhanced Ethylene Technology and Flyingharuka's Retro, and it sounds absolutely incredible in action! NEC μPD780C @ 4MHz
(Zilog Z80 compatible) 64KB
PC-8801 V1/V2 compatible, 48KB VRAM
Yamaha YM2203 "OPN" (Onboard)
Yamaha YM2608 "OPNA"
(Sound Board II clone) Gotek Floppy Emulator (x2)
(FlashFloppy firmware) N88-BASIC v2
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rusty
NeXTstation Turbo Color
2022-Present
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NeXT systems are incredibly cool - sleek, advanced for their time, and historically important as they formed the basis for pretty much all of "modern" Apple. I finally look the plunge in 2022 when a buddy cut me a deal on a fully loaded unit. This is truly a system that punches above its weight, and it's far more enjoyable using the actual "black hardware" instead of trying to just run the x86 version of the OS on a PC. I'm sticking to NeXTSTEP 3.3 on here as it's more contemporary and a bit less heavy than OPENSTEP 4.2. Motorola 68040 @ 33 MHz
Motorola DSP56001 @ 25 MHz
128MB 72-pin
4096-color onboard graphics
NeXT "Sound Box"
4GB microSD
2x2GB partitions via SCSI2SD v5 External SCSI CD-ROM
3.5" 2.88MB Floppy
NeXTSTEP 3.3
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asuka
Sharp X68000 XVI
2017-Present
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This is it -- the pinnacle of the collection. I wanted one ever since the mid 2000s when I first saw a picture. There wasn't a lot of English language information back then, just tales of excellent arcade ports and, well, Castlevania. But damn did it look cool. Years later, I was finally able to make that dream a reality! IT WAS WORTH IT. This is such a fun machine to work with, and still feels like an unexplored frontier. I continue to enjoy the games library and the huge variety of MDX music, which is a chiptune nerd's dream. The XVI model is great for its additional functionality over the original X68000, and is probably the most verastile model in the series. I did encounter some technical struggles early on - after a few months of ownership the onboard RAM started to go bad. I had a hard time diagnosing this but eventually figured it out by effectively manually testing the RAM using the extremely minimalistic ROM monitor over a serial port. From there, I sought some assistance in removing the soldered-on chips and replacing them with equivalent ones from an old 30-pin SIMM. Ever since, it's been smooth sailing. I have sought out some upgrades to give myself a better experience. The first order of business was a RAM expansion. I initially found a relatively cheap 2MB card, but was later able to replace it with a newly made Galspanic 8MB board. This I/O slot memory is not quite as good as the XVI-specific internal boards which are considerably harder to source (due to lower memory speeds which can cause issues in a few titles at 16 MHz) but it's good enough for me. I also added a Midiori which is a modern MIDI card for the system. Now I can attach my Roland SC-55mkII and rock out! Motorola 68000 @ 16 MHz
(switchable 10/16 MHz) 2MB (Onboard) +
8MB (Galspanic RAM expansion) Sharp CYNTHIA/VICON/VIPS/CATHY
Yamaha YM2151 "OPM" (Onboard)
OKI MSM6258 (Onboard)
Roland SC-55mkII
via Midiori MIDI expansion 4GB
via external BlueSCSI v2 5.25" 1.2MB Floppy (2)
Human68K 3.02
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iris
SGI Indy
2015-Present
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My first SGI machine! I wanted one of these for a very long time, and won this one cheaply at an auction. It's not much, and it's an odd configuration (R5000 + XZ graphics are not recommended) but introduced me to the world of Silicon Graphics. I consider it a gateway drug! SGI IP24
MIPS R5000PC @ 150 MHz
256MB 72-pin parity FPM
Express Graphics (XZ)
Iris Audio Processor
SCA HDD, 9GB
IRIX 6.5.22
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rulue
SGI Octane 2
2017-2021
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I took a big gamble on a suspiciously reasonably priced lot of SGI gear on the former Nekochan forums. I drove two hours to a rather sketchy apartment and actually emerged not only with my life and wallet intact, but with multiple SGI Octane systems, IRIX media, and more. Of these, only a single Octane 2 was fully working, but suddenly I had a very powerful SGI workstation on my hands. Sadly, after moving houses, I went to power it on and it claimed all the RAM was bad. I tried every slot and every spare DIMM I had, and none of them would allow it to power on. I tried the CPU boards from the other Octanes I got as well, and they didn't work either. My best guess is something happened in transit that damaged the system's XIO crossbar or the compression connector for the CPU board (though it looked fine to me). Not wanting to continue dumping money into such an expensive system to maintain, I sold it to someone more knowledgable than me. Hopefully it's been revived... SGI IP30 (030-1467-xxx)
MIPS R12000SCA @ 400 MHz
1GB
vPro V8, 128MB
Iris Audio Processor
IBM SCA HDD, 72GB
IRIX 6.5.30
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violet
SGI Indigo2 IMPACT
2019-Present
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Personally, my favorite looking SGI machine. With its vertical stand, it's an imposing monolith of a system, and that purple is just sublime. The weird thing is that this is an R4400 system, but it came in a case with the IMPACT10000 badge on it. Eventually, I hope to able to swap the board for the R10000 one, but for now, the R4400 will do. It's actually the fastest R4400, so that's special. SGI IP22
MIPS R4400 @ 250 MHz
272MB 72-pin parity FPM
High IMPACT, 1MB
Iris Audio Processor
IBM SCA HDD, 36GB
Toshiba SCSI CD-ROM
Archive Corporation 4320NT SCSI QIC Tape Drive
IRIX 6.5.22
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arle
Sony HB-F1XDJ
2017-Present
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This MSX2+ system was one of the first Japanese computers I imported. I am very impressed with the community surrounding the system to this day, as they continue to release amazing new hardware and software to keep it alive. Of particular interest to me is the wide range of audio hardware available - with my expansions this thing has basically 4 different sound chips! The MegaFlashROM SCC+SD cartridge is also a great all-in-one device for memory expansion, mass storage and flash cart support. The bad news is that after a few years of fun, the computer became increasingly inoperable. It seems to be some kind of power delivery issue, as the system cuts out and/or reboots soon after booting it up. After checking suspect capacitors and finding nothing, I suspected a bad voltage regulator but my repair attempts have not helped and in fact have just made things worse. It may very well be the main power supply portion in need of a full replacement or rebuild, but I can't figure out where the problem is. At this point I'm just leaving it be and looking for another MSX rather than continue to try my luck with it. Zilog Z80A @ 3.579 MHz
64KB +
512KB (MegaFlashROM SCC+SD) Yamaha V9958, 128KB VRAM
Yamaha YM2149 (Onboard)
Yamaha YM2413 "OPLL" (Onboard)
Yamaha YMF278 "OPL4"
via OPL4 Shockwave 2 cartridge Konami SCC+
via MegaFlashROM SCC+SD cartridge microSD card, 4GB
via MegaFlashROM SCC+SD cartridge 3.5" 720K Floppy
MSX-BASIC
Nextor (MSX-DOS)
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guiltysparc
Sun Ultra 5
2016-2019
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When I was starting to get into SPARC machines for a bit, I grabbed an Ultra 5 very cheaply to play around with. Easy to find, standard PC components, cute design, what's not to like? A lot, apparently! It didn't exactly turn out as I expected, and was overall a disappointment. The Ultra 5 uses IDE unlike most other Unix workstations of the time, and the disk performance suffers as a result. The implementation is really poor, and CPU-intensive. It was buckling under the weight of contemporary operating systems for like Solaris 7 or 8. I tried upgrading the CPU from 270mhz to 360mhz, doubling the RAM, and adding a PCI PGX64 framebuffer instead of the onboard chipset. I later tried a ton of different Linux and BSD variants and they all had varying issues with hardware compatibility-- often I could not get a working install, and if I got that far usually the PGX64 would not work properly (if it all) leaving only the onboard 8-bit video. That was surprising for me, considering it was a standard Sun part with a well known ATI Rage based chipset. The closest I got to anything working well was Debian 6.0 (see the screenshot) but honestly I felt "why bother with a SPARC machine when you're just running old Linux just like you could on a PC?". So I sold it. There are better SPARC machines to mess with Solaris on, and there's no use wasting time on one of these if I'm not enjoying it. UltraSPARC-IIi @ 360 MHz
256MB
Sun PGX24 (Onboard)
Sun PGX64 PCI
Crystal CS4231A (Onboard)
National Semiconductor DP83840A (Onboard)
IDE HDD, 40GB
IDE CD-ROM
3.5" Floppy
Solaris 8
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sherry
Sun SPARCstation IPX
2016-Present
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This was my first SPARC machine, because I could not resist the adorable little "lunchbox" design. This is also the origin of the cute little silkscreened cat picture I use as an avatar on a lot of social media - it's right on the motherboard! Funnily enough, I basically haven't used it because I got the more full-featured SPARCstation 10 just a few minutes later. This machine has had a dead clock chip from the start and I have never gotten around to doing the replacement "the hard way" (soldering directly to the battery contacts inside the chip), as apparently the modern replacements for the Dallas chip actually don't work right on an IPX. It's basically still in "that's a project for another day" status... perpetually. Fujitsu MB86903 (SPARC V7), 40 MHz
64MB 72-pin
Sun GX (CG6) (Onboard)
AMD Am79C30A DSC (Onboard)
AMD Am7990 "Lance" (Onboard)
SCSI HDD, 2GB
3.5" Floppy
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sparcster
Sun SPARCstation 10
2016-2021
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This was my second SPARC machine, obtained just a few minutes after the first one. I wasn't planning on coming home with two, but you know, that's how it goes sometimes. I spent a lot of time learning the ins and outs of Sun hardware on this, and constantly ran into struggles with just not having the right stuff for the job, from video cables to a good external SCSI CD-ROM drive. I never did get the audio dongle this thing needs! Anyway, once I had my fun, I passed it on to a new owner. Sun SM61 (SuperSPARC), 60 MHz
128MB 200-pin
Sun GX (CG6)
AT&T T5900FC DBRI (Onboard)
AMD Am7990 "Lance" (Onboard)
Quantum Fireball SCSI HDD, 3.2GB
3.5" Floppy
Solaris 2.6
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