Chaosfluff

Since I got quite a few PMs on parts, schematics and layouts I used, I decided to actually draw out my layouts. For just the nixies, the following schematics and parts will be sufficient. General Schematics: I designed a PCV Layout for 6 tubes at easyEDA, it looks like this: You can change the design by yourself, just import this file in easyEDA: PCB_nixie_m9_single_2021-09-03.json If you like this design, you can use this finished Gerber-File to order your own PCB (at JLCPCB, for example): Gerber_nixie_m9_single_2021-09-03.zip The parts I had to solder on the PCB: Clamps 1: https://de.aliexpress.com/item/4000901980140.html?spm=a2g0s.9042311.0.0.267c4c4dIctStO Clamps 2: https://de.aliexpress.com/item/4001268228679.html?spm=a2g0s.9042311.0.0.267c4c4dIctStO 15kO-18kO 0.6W resistors (have to be less than 2.54mm in diameter, but rated for more than 0.5W): https://www.conrad.de/de/p/tru-components-metallschicht-widerstand-18-k-axial-bedrahtet-0207-0-6-w-1-1-st-1557081.html Driver for Nixies (K155ID1) (you can buy any variant of the k155id1): https://de.aliexpress.com/item/33024476502.html?spm=a2g0o.productlist.0.0.538f54af7E3Goa&algo_pvid=e083fc43-796f-4c6b-95e8-18f529482763&algo_exp_id=e083fc43-796f-4c6b-95e8-18f529482763-9 IC Socket for the K155ID1 (highly recommended, soldering the k155id1 directly to the pcb is rude): https://de.aliexpress.com/item/32863286734.html?spm=a2g0o.productlist.0.0.460d137dYZv4we&algo_pvid=8e6575b2-0569-4faa-bb7c-2c98b4b58c2c&algo_exp_id=8e6575b2-0569-4faa-bb7c-2c98b4b58c2c-11 PSU if you don't want to piggyback of the PC PSU: https://de.aliexpress.com/item/1005002070095167.html?spm=a2g0s.9042311.0.0.267c4c4dIctStO

I use OpenHardwareMonitor, which, as far as I understood, writes the values in some kind of deep windows storage. Then I use a Python script to read that storage, which in turn sends a string containing all values to an Arduino mega, which translates the string to bcd-coded Driversignals. But yeah, openhardwaremonitor, also because it works fine with amd hardware.

Thank you for you appreciation! The cat has so much fur, that it probably works as an insulator Actually, the switches and the rotary controls all have a function, since I hate building extra shenanigans without a function into a project. The flips are used to control the Nixie tubes, the light, and automatic fan- and pumpcontrol. The fan and the pump speeds are adjustable, if the flip is enabled. Probably was a bad idea, since this theoretically allows no water flow and no fan spin, therefore overheating. But so far, everything works

I think, this might belong here: Some time ago, I fell in love with the look of Nixie tubes. Nixie tubes are the kind of display which was used before 7-segment-displays came into market, so until maybe 1980ish or something. For futher information, go to https://en.wikipedia.org/wiki/Nixie_tube Since I love the aesthetics of these nixie tubes, I wanted them in a Computer for displaying CPU temperature and load, GPU temperature and load, RAM load and Graphic Memory Load. The general idea was to build something, that could have belonged in an old russian power plant, or something that could easily be interpreted as some kind of scientific instrument. So I made this retro looking system, with a custom watercooling. Since in the 1950s plastic tubing wouldn't be a viable option (and it also would have looked like sh!t, in combination with the rest), I used copper, brass and stainless steal fittings and tubes only. But why do I even bother to describe? Just take a look for yourself. A general impression of the build: Actually, it is a terrible design for repairing or modifying something. In order to get to the actual hardware, you have to loosen eight screws, disconnect the fans and the pump, and carefully lift the whole upper part, including the radiator, the pump and the reservoir. It is managable, but it is way more bothersome than just untightening two screws. Here a picture of the opened case: The right section of the PC (here bottom left) is the part, where the whole electronics for displaying the numbers on the nixie tubes is situated. Also, a regular D5 pump is screwed to the lid, you can estimate it's location by following the metal tubes. Here a closeup of the electronics: But I haven't even spoken about the most important part! Actually, since the beginning, I also had another purpose in mind for the PC. It was designed to be a heated surface, right next to where a human would be a great amount of time. In other words, it is a very nice cat resting place. My cat Günter already claimed it. Oh, and I guess you guys also want to know the actual hardware. Here you go: -Ryzen 3800x -Geforce 1080ti -16GB Ram -500GB NVME SSD -1TB S-ATA SSD -2TB HDD -8TB HDD -MB: Gigabyte GA-AX370M-Gaming 3 I hope, you guys like it! If any question remain, I would be happy to answer them. PS: The idea and design for this build was actually created, before ltt created their copper tube build. But since I am a poor student, and all parts together were like 2000€, I had to save quite a while for it. Whatever, I guess neither they nor I were the first ones to actually use copper tubes. So, Whatever.

Hey! I am planning on doing a casemod with a custom watercooling for the GPU and th CPU. At the moment I am trying to figure out the measurements for the case, and I am not sure whether the case I designed fits. So could please somebody who has a custom watercooled GPU give me some the measurements of the card, including the cooling block? I'm especially interested in the height, from the PCIe pins to the Edge of the fittings. I hope you understand what I mean since english is not my mothergongue. Thank you all already! Greetings, Chaosfluff