Powered PCIe Riser Cable 1x to 16x Standard Length with molex is for sale on cryptothrift.com for Bitcoin and Litecoin https://cryptothrift.com/auctions/crypto-mining-accessories/powered-pcie-riser-cable-1x-to-16x-standard-length-with-molex/
Powered PCIe Riser Cable 16x to 16x Extra Long with Molex is for sale on cryptothrift.com for Bitcoin and Litecoin https://cryptothrift.com/auctions/crypto-mining-accessories/powered-pcie-riser-cable-16x-to-16x-extra-long-with-molex/
Bitcoin Mining: Difference between Pcie 3.0 vs Pcie 2.0
I heard there is a 30% transcoding difference between pcie 2 and 3, but would it justify the cost difference of the mobos? Mobo : Sabertooth 990FX, $79.99 Cpu: FX8120, 179.99 Psu: COOLER MASTER Silent Pro Gold 1200W, 219.99 gpu: 3x 7970s Generic, HDD, Ram, Case
Lot of 2 Powered PCIe Riser Cable 1x to 16x w/ molex is for sale on cryptothrift.com for Bitcoin and Litecoin https://cryptothrift.com/auctions/crypto-mining-accessories/lot-of-2-powered-pcie-riser-cable-1x-to-16x-w-molex/
Powered PCIe Riser Cable 1x to 16x ExtraLong w/ molex is for sale on cryptothrift.com for Bitcoin and Litecoin https://cryptothrift.com/auctions/crypto-mining-accessories/powered-pcie-riser-cable-1x-to-16x-extralong-w-molex/
I have access to a 6'x10' gantry CNC with a 4.5kW spindle and I'm totally lost on the parts of a CNC machine/I have a super shallow knowledge base about machine in general. My totally wrong look on CNC parts with circuit boards: - Why can't i get a PC with the latest most powerful CPU to control the whole machine? Why do i need 4 big thingies (drivers) to control how the machine move in xyz, what are drivers and why are they so big that they need to be installed on a big pcb and have their own air cooling(i guess the big pcb includes the CNC's main control panel too)? - What's the advantage of a stand alone control panel with it's own OS for a CNC machine? How is it better than a pc that can install any program to control the machine and update frequently? - Are the controls of a CNC machine very complex? Why dont they make 'add-ons' that can be inserted into pcie slot of a pc and make use of its cpu's processing power that's much more powerful and cheaper than specialized pcb? I know specialized pcb/processors are made to run more efficiently/faster on specific tasks, but are CNC operations as complex as bitcoin mining or server os that need their own pcb? -I heard some horror story that CNC machine's that uses a pc as control panel could get nasty viruses and brick the whole mechanical thing and it's other digital parts, which doesn't make much sense, i could just get a new pc n plug in with newly installed control software and the mechanical parts should work. Is there truth to it? - I guess my general feeling is that PC parts are much more accessible and cheaper Thanks in advance for any answer and your patience for reading my stupid questions!
So I first heard about FPGAs from Linus Tech Tips. I've been doing some research and I still don't fully understand how these things work. The way I figure it right now is you program whatever instruction set you want into it and then it runs code for that instruction set. Is this correct? I've seen posts about people using them for gaming and even bitcoin mining. Makes sense for mining, I guess kinda like a virtual ASIC. How does it work with gaming though? Virtual GPU? Virtual CPU cores perhaps? My main interest in them is simulations development. I got simulations that take a long time to compute. Can I just take one of these, stick it in a PCIe slot, create a custom instruction set for my purposes, and then run bytecode on it? If so, how much faster should I expect it to run compared to running equivalent C++ code on a plain ol' CPU? Assuming an average-quality instruction set considering I'd clearly be a noob at this. Thanks for reading!
Hey y'all! So I've been having a bit of an issue with my PC. Throughout windows it seems as though there isn't any anti-aliasing happening. The lines look jagged and sometimes I get these texture waves/shimmer. I've tried so many things. -reinstalling drivers -messing with nvidia control panel -replaced displayport cables/switch to HDMI -messing with monitor settings (2x VG27AQ) -reinstalled windows 10 pro -reseated the graphics card -display settings in windows I had a bitcoin mining virus that I dealt with and removed with malwarebytes. I also had a instance where I case swapped my pc and when removing the graphics card the plastic pcie clip that locks the card came off with it. I was able to put it back on as well as reseating the card with out it and it made no difference. So I'm a bit at a loss. The aliasing is especially noticeable when viewing HD/4K videos in a small windows instead of in full screen. Games seem to be running fine and anti-aliasing works on Warzone for example. Overall the Windows UI seems jagged and not as sharp as I remember. Here's a screenshot: https://imgur.com/a/vEqiaOV Full Specs: Ryzen 9 3900x EVGA 2080Ti FTW3 Ultra 32GB G.Skill Trident Z 3200mhz 750W Corsair PSU Samsung Evo Plus 970 1TB Infinnet DP Cables 2x VG27AQ 165hz monitors
I am looking for a 4U rosewill chassis for my desktop computer. Most rosewills offerings will work for my needs with the exception of the L4000C Bitcoin mining rig which doesn't have pcie lanes on the back. Id prefer one of the long variants. Open to other brands as well. Local is Austin or Houston.
3D Printed Housing for External Vive Wireless Card
Sorry I am not providing details as I want to get this info out quickly. I will respond with info if anyone shows interest, though I might be slow. I'm not sure if anyone remembers the talk about extending the range of their Vive wireless setups. Basically, you can get a PCIe extender (built for bitcoin mining rigs I believe), and use USB 3 to move your Vive Wireless WiGig card 35 ft (CORRECTION: 20ft) to your computer. I have found that it works great for me. But you end up with this exposed computer board just sitting there in your room with nothing to keep the board from sliding out of the extender socket and nothing to protect the board while also allowing cooling. I took enough measurements off of the board to create a 3d model of it that captures the design information needed to create an enclosure. I also created a 3d printable enclosure that is "good enough". I haven't posted it because "an artist's work is never done", but if I don't post what I have, I might never post it. So please let me know if anyone is interested in a model of the card and enclosure. Note that the enclosure is specific to the dimensions of the extender I bought, so minor tweaks might be required if you have a different extender. Here is a picture of the final result (yes I used tape for my prototype that I never developed further) I designed it to be modular (see the joiners I left open in the picture, in case a part of the print fails or needs fixing) and also it does not require supports. (Shakes fist at designs that require supports!) https://imgur.com/a/op35gVL (I would appreciate advice on how to get the image to show up in this post, I don't do this a lot) Answers: Here are the exact two products I bought from Amazon. No guarantees. At the time people were looking into extending the wire from the card to antenna, but my first try didn't work. Beware, the part that you plug into your pci slot can, incredibly, be put in backwards and still fit. Also there is nothing keeping the extender in the slot. https://www.amazon.com/gp/product/B07N38Y799/ref=ppx_yo_dt_b_search_asin_title?ie=UTF8&psc=1 https://www.amazon.com/gp/product/B07G93LTVX/ref=ppx_yo_dt_b_asin_title_o00_s01?ie=UTF8&psc=1 I can't find an exact link that I followed for recommendations, but there are tons of hits here: https://www.google.com/search?q=vive+wireless+extension+reddit&oq=vive+wireless+extension+reddit&aqs=chrome..69i57j0.5679j0j7&sourceid=chrome&ie=UTF-8
I have a lot of parts lying about that I want to use for Bitcoin mining. What are your builds for MAXIMUM Btc Mining? I want to step up my usage of the GTX 1080Ti with the motherboard having 5 PCIe slots, but I'm limited with the best possible power supply.
Hi there, I'm running esxi on my home server and I'm slowly coming to the conclusion that there are more discrete PCIe devices (low-power GPUs, USB-cards, SATA-controllers) that I'd like to pass through to individual VMs than my mainboard can provide PCIe slots for. How would esxi handle PCIe bifurcation or riser systems like this? Could I pass through all PCIe devices connected to these kinds of systems to individual VMs or could I only pass through the "original" slot on the motherboard? To clarify, I'm not worried about bandwidth here since I'm neither using high-power GPUs nor 10Gbit ethernet adapters nor NVMe-storage, so I'd be fine with having 16 PCIe x1 slots instead of one PCIe x16 slot. Thanks!
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Raspberry Pi 4 Bitcoin Mining For 24 Hours! - YouTube
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