Jump to content

Search the Community

Showing results for tags 'overclocked'.

  • Search By Tags

    Type tags separated by commas.
  • Search By Author

Content Type


Case Mod World Series Worklogs

  • #CMWS22
    • 📢 Announcements
    • 🖥️ Tower Mods
    • ⚒️ Scratch Builds
    • 🖱️ None PC Mod
    • 🙋 Q&A Thread
  • PREVIOUS EVENTS
    • #CMWS20
    • #CMWS19
    • #CMWS17
    • #CMWS16
    • #CMWS15
    • #CMWS14
    • #CMWS12
    • #CMWS11
    • #CMWS09
  • OTHERS
    • Mod Worklogs

Find results in...

Find results that contain...


Date Created

  • Start

    End


Last Updated

  • Start

    End


Filter by number of...

Joined

  • Start

    End


Group


AIM


MSN


Website URL


ICQ


Yahoo


Jabber


Skype


Location


Interests

Found 13 results

  1. This pc mod is inspired by the upcoming video game GOD of WAR ragnarok
  2. INTRODUCTION My target was to create a small, quiet, powerful and beautiful computer for work and gaming. I decided to use the CoolerMaster NR200P case. The problem was that I wanted to use the glass window, place the RTX 3080 at the bottom, place the water cooling on top, make the case quiet and cold. It was impossible to do all this at the same time in the current version of the case. In the first attempt, I completely destroyed the case while modifying. Then I bought another new case and found this solution with a minimum of modifications. HARDWARE Processor: AMD Ryzen 9 3900X, 12/24, 3.8-4.6GHz, AM4, 105W, DDR4 3200MHz -> Overclock +13% Watercooling: ASUS ROG Strix LC 240 RGB White Edition, 2500rpm, 37.4dBA, 81CFM Motherboard: ASUS ROG CROSSHAIR VIII IMPACT, X570, 2xDDR4, 2xM.2 Memory: G.Skill Trident Z Royal 32Gb 3600MHz, 16-19-19-39, 1.35V, F4-3600C16D-32GTRSC, 2x16 SSD: Samsung 970 PRO 1Tb MLC 2-bit 1200TBW 3500/2700, MZ-V7P1T0BW SSD: Samsung 860 PRO 2Tb MLC 2-bit 2400TBW 560/530, MZ-76P2T0BW OS: Windows 10 Pro Videocard: MSI NVIDIA GeForce RTX 3080 10Gb, 1440/1710MHz, 750W PSU: Corsair SF750 SFX Platinum 750W Case: Cooler Master MasterBox NR200P, Mini-DTX, MCB-NR200P-WGNN-S00, White Fan: ID-COOLING NO-9215 PWM 92x92x15, 2500rpm, 33dBA, 44CFN, 0.16A, 9215M12S x2 Fan: Be Quiet Pure Wings 2 PWM 92x92x25, 1900rpm, 19.6dBA, 33.1CFM, 0.32A, BL038 SPONSORS - none INITIAL PROBLEMS 1) if use glass window GPU can be placed only on the bottom; 2) NR200P not fit water cooling on the top - need modify top; 3) RTX 3080 require PSU minimum 750W and on market exists only one SFX PSU with 750W; 4) GPU and PSU produce hot air that must be vented from the case - need to place additional fans, and turn PSU direction to hot air out; ACTION and FINAL SHOTS I uploaded all shots at the same time, becouse my build is already finished. There is final shots and detailed shots of modified parts. Also shots of temperature meterring while gaming Crysis Remastered - that loads RTX 3080 very havy. CREATION PROCESS DESCRIPTIONS 1) Remove redundant plastic from the top panel. See images with top panel. 2) Remove one of the four fan mounts for each water cooling fan. The mount that is above the memory. This will allow you to place the fans above the memory. 3) Move the PSU so that hot air is blown out towards the side panel. Trim the PSU holder slightly to fit into the holes on the case. Fix PSU on fron panel. See picture _AZ73759_.jpg 4) Put two thin fans 92mm on side panel for output air; 5) Put one fan 92mm ob back panel for input air; 6) configure processor for overclocking = +13%, PWM managment for all fans = silent; Its all. See results. Small ITX case with glass window, RTX3080 inside, completly silent and cold. Thank you.
  3. Hello, my name is Yuri, I am from Moscow. My job is building and customizing computers at ‘Man-Made’. I first got interested in computer hardware at the age of 12. This is my first modding contest. This computer is designed as a knights armor, plated with 24K-gold and leather. Naturally, completely water-cooled. I was designing the project, I was inspired by the knightly armor of the Middle Ages. But real armor doesn't have to be glossy; it protects the body in battles. But the inner filling must be powerful and glossy, cooled by the blood of a dragon! Case: Cooler Master sl600 (sposored by CM Russia) PSU: Cooler master 750 gold(sposored by CM Russia) CPU: AMD Ryzen R7 5800x VGA: MSI RTX3080 Ventus RAM: 16gb G.Skill TridentZ 4000Mhz MB: MSI MPG X570 Gaming Plus Another hardware: Cooler master MASTERLIQUID MAKER 240 Cooler master UNIVERSAL VERTICAL GPU HOLDER KIT VER.2 Alphacool Eisblock Aurora Plexi GPX-N RTX 3090/3080 Ventus EK-CoolStream Classic SE 240 EK-Vardar EVO 120ER RGB x2
  4. My name is Nick Van Guth AKA Termuda Square, I was one of last years apprentice league winners and I’m back for a second year.... but this time I’ve came more prepared then last year, as I’ve been planning in my mind and with cad modeling since the end of last years event. As well as a few things I will be unveiling later, but keeping private for now. One rule in modding I’ve always stuck to is remake it till it’s perfect, if it doesn’t look good from 1mm away it’s not worth showing. So this year my build will still be focused on details, but new details ! This years Mod will be 80% tower mod as 20% scratch Mod, I will be changing up my style from sleek and minimal to dark and creepy and mysterious. Main themes - Dark Magic, Gold, Dark, Experimental, greek statues, Along with all new frame parts to cut weight, while maintaining strength of the rebuilt Sl600m chassis. - Main tools used - - Cnc/auto cad used - 3D Resin printer - Nova3D - co2 laser - Paint booth & paint guns - airbrush - & more -Products & Sponsors- - CoolerMaster Sl600m - CoolerMaster V850 - Alphacool : Liquid cooling - ModMyMods : Liquid cooling - Gscustomz : Cables - HyperX : Memory, Ssd’s - Kingstontechnology : m.2 drives - Peripherals - CoolerMaster - 3D printers and resin ( all supplied by Nova3d ) Social media’s -Facebook’s- https://www.facebook.com/people/Nick-Van-Guth/100008128274557 https://m.facebook.com/TermudaSquareTech/ Instagram https://www.instagram.com/termudasquare/?hl=en And thank you for reading my log, I look forward to seeing what everyone creates.
  5. Mod: Tower, Overclocked In short: A passively water cooled build in a small form factor case. Quick guide 1. Intro and basic project design. – 28-09-2020 2. Attaching hardware to its new bracket - 30-09-2020 3. Getting the (paint)job done - 11-10-2020 4. Sleeving the cables - 15-10-2020 5. Figuring out the loop(hole) - 25-10-2020 6. Technical background: The radiator - 6-12-2020 7. Taking the radiator for a spin (ish) - 24-12-2020 8. Finalizing, booting and test results Intro Hi boys and girls, a newcomer to the scene. I am very excited to be here and to take you on my journey through modding. My name is Yorick de Ron and I’m a Dutchie. 30 years old atm (pfff). I started modding around the year 2018, which obviously got totally out of hand. I started modding under the name Quantum Systems in 2019 after redoing my own build over and over again to practice. I’m a mechanical engineer in my daily work I’m always around big factories and that knowledge I intend to use in this build. This worklog is going to evolve around the technical aspect of passively cool a water cooled PC. I did my calculations, but the final result will actually show me if the idea works yes or no. Makes me very curious, excited and extra motivated to get this done before January and see it boot with maybe an OC ? I hope u guys enjoy it as much as I do, happy modding! Project design Sitting next to your PC which would be entirely quiet… That’s what got me thinking, what options do we have which makes a PC silent? - Passively cooled PC’s.. But those chunky aluminum blocks? Big nope! - Water cooling is pretty silent, without the fans, also looks nice? - How to create a radiator which doesn’t require fans? - Radiator: Water transports the heat to a different location where it can disperse. - Can I combine this? Water cooling and a passively cooled radiator? - One way to find out! I’m going to mod on a CM Q300P which is a small-form factor case (approx. 24L excl. panels). This case is very modular, which allows me to use the case in different angles. It also looks very nice, but I will have some work to improve the air contact. ⚙Hardware & Sponsors Maingoodies: MB ASrock X299M Extreme4 – micro-ATX CPU Intel Core i5-7640X - Quad core, 4GHz-4,2GHz, IHS sanded, delidded, OC t.b.d. RAM Corsair Vengeance Led – 3000MHz 2x16GB GPU Asus ROG Strix Radeon RX5700 XT O8G Gaming PSU Seasonic Prime Titanium Fanless 600W CAS Cooler Master Q300P – Small form factor STO Samsung EVO 860 – M.2, 500GB Sponsors: None Peripherals Cooling GPU EK-Qauntum Vector Strix RX5700XT D-RGB – Nickel + Plexi Cooling CPU Bykski - CPU-XPR-A-MC-V2 RBW – Nickel + Plexi Cooling M.2 EK-M.2 Heatsink - Black Pump EK-DDC PWM i.c.w. FLT120 Radiator Custom {not sure of the name yet} Tubes Barrow – Copper 16mm, Chromed Fittings EK-HTC Classic 16mm – Nickel Cables Seasonic PSU cables, custom length and sleeved. Creation process I did the designing of a custom passive heat exchanger in 4 weeks (not full time). Building up the design step by step, to make sure I wouldn’t make mistakes in my model, which the CNC would follow as I program it to do so. Redrawn the entire layout 5 times, but this was my final drawing which eventually would be molded into a 3D model. I’m using an Acrylic block 349x359x30mm to make water channels with a CNC machine. The counterpart will be made out of copper as one big cool block, which creates a surface area where the heat spreaders will be soldered on. A local middle-age school allowed me to use their CNC machine for my operations, fantastic! Action shots Hardware to be used Assembled to try some different set-ups, rotations of the case, and planning for the cooling I have a small video of the CNC in action milling the Acrylic block, but can't upload that here. So you can check it out on Facebook and here are some pictures ROG Strix RX 5700XT with the EK waterblock: Final result of the acryllic part of the heat exchanger. Here you can get an idea already of the flow directions. I will share a deeper insight of the cooling solution later in the build log on how it works.
  6. Here we gooooooo. I have a lot of plans for this case, but I want the pictures of the build process to do all the talking. :^) Plans right now are full loop water-cooling with a custom back panel to move some component mounts around. Specs so far: Ryzen 5 5600x G.Skill Trident Z 3600 CL16 16GB Gigabyte Aorus B550i Intel 665p 1TB NVMe SSD Corsair Hydro X Series XC7 Waterblock
  7. Hey, people. First, I just want to say thanks for taking a look at this worklog. I'm new to this competition as this will be my first year competing, but I do have a reasonable amount of experience as a boutique builder. Because of this, I believe, first and foremost, a system must be easy to work with and function focused. I like to make things that look good and work well too. Aesthetically, material choice and finish quality are very important to me. CM 2020 Cobalt Weald (aka Smurf's Got Wood) This mod is based on the greatest game to have ever existed. You all know which game I'm talking about. Obviously, it's Lumber Tycoon 2. https://media4.giphy.com/media/MqxZxTlvcY5BS/200.gif Case: Cooler Master NR600 Power Supply: Cooler Master Silent Pro Hybrid 850w CPU: I suppose Motherboard: See "CPU:" RAM: You Betcha Graphics Card: GTX 1080 Fans: I would assume between 0 and 97 included Water-cooling gear: Assorted Alpha cool, Barrow, Hardware labs, Magicool, and EKWB gear. Materials: Maple, Aluminum, MDPC-X cable sleeve, other junk and such. Sponsors: RAID Shadow Legends - they said no Norton Antivirus - gave me a virus, my computer got one too Raycon Earbuds - Apparently you need at least 2 youtube subscribers My Wallet - the real MVP. Gave 110% but now it's done. It's got nothing left. Unfortunately, I will not be able to really update progress for several weeks as I am in the middle of a move. I am also extremely limited on my usual tools for this mod and that won't really improve until after I'm mostly done with it. It's forced me to be extremely careful about everything. I will update with some pictures soon once I have taken all of my measurements and then nailed down all the components. There are a lot of things that I plan to do with this mod that I really want to talk about but I will hold back. Enjoy more soon.
  8. Hi folks! I'm bugslunchbox, I live in Germany and this is my first time participating in the CoolerMaster Case Mod World Series. I'll be doing a SFF aluminum scratch build with watercooling. The name will make sense towards the end, in the painting phase, I hope. Before starting the design I set some targets for myself: - smallest dimensions possible (I ended up at 410x204x203mm, so that is just under 17l) - easy to build, without complicated tools (so no CNC) - both motherboard and GPU should be visible from one side - cool and quiet (there are 2 x 360 slim rads and a d5 pump) - easy loop maintenance (fill and bleed ports) - minimize dust (positive pressure and dust filters on all intakes) This is what I came up with: The corners are 15x15mm aluminum L profile, top and bottom are 3mm alu sheet, the sides and back plate are 2mm alu sheet, al connected with modding cubes and M3 screws. The front panel will be glass. Loop order: pump -> rad -> CPU -> GPU-> rad -> pump Please ignore the HW in the images, this is what I could find on 3dwarehouse. The HW I have now is: Asrock z390 itx + i7 8086k + 32 GB DDR43600 and a R9 Nano. But I am hoping for an upgrade to a Z490 + 10700k (or maybe x570 + Zen3) and a RTX 3070, maybe I'll find a sponsor BTW, GPUs up to 190mm long could fit in this design, so that could also mean a RTX 3080 FE with a waterblock. Also I've been trying to find a Coolermaster V850 SFX GOLD, but it is not available in Germany (yet?), maybe Coolermaster could help me with that Watercooling parts are: - 2x Magicool G2 360 rads - D5 pump and reservoir - Watercool Heatkiller CPU block - AquaComputer GPU block - probably gold fittings - probably satin hard tubing That's about it for now, next update will have some actual work.
  9. Special thank you to my sponsors ASUS Republic Of Gamers EK WaterBlocks Cablemod ADATA AMD UK Jack Daniel's Tennessee Whiskey Project Background During Lockdown, i got a little bored. Contacted Jack Daniel's UK and asked about a possible partnership on a new build. We spoke a little back and forth, they agreed to send out some empty bottles, bar matt, glasses and some other merch. I got to work on the design of the case + The Way it will loop. I think the main feature will be the JD bottle, pouring liquid into the tumbler in the centre front of the case. When designing the case, i wanted to leave enough space on the rear, to allow for an open back. Showing the loop, cables, and GPU which will be mounted on the back. Once i had the case done, i reached out to my usual partners and showed them the progress and things just took flight from there. Parts? At this moment in time, i'm not able to share the full parts list. WIll update as they come in. MEMORY: XPG Spectrix D60G DDR4 @3200mhz SSD: XPG Spectrix D40G M.2 SSD 512GB Cablemod: Custom made to order cables. AMD CPU: AMD Ryzen 3800X Cooler Master: MasterFan SF360R ARGB 360mm ASUS ROG STRIX X570-E Gaming ASUS ROG STRIX RTX 2080 ALL OUT EK WB Cooling
  10. Hello folks, This build will be powered by some of the high-end components on the market to make the build more powerful not just the look but what's inside the system too, basically my entry will be built on CM Cosmos C700P Black Edition where interior and Exterior will be having some modification but not totally renovation. The Concept will be simple with some color tone combination of Gold and Silver chromes and more. Hardware: ASUS ROG Crosshair Formula VIII Ryzen 9 3900x Asus ROG GTX 1080ti Platinum Poseidon Patriot Viper Steel 32gb 3200mhz NVME/SSD - To be announced Coolermaster Cosmos C700P Black Edition Cooler Master V750 Gold Formulamod Argb 120mm Fans 7x All Watercooling Parts Provided by Formulamod Thanks to all the sponsors of the project :
  11. Greetings, The project is a dual atx system, one for general purposes and gaming and the other for work in 3d projects. As for now I´m finishing the 3d model before the fabrication stage, to make sure that will be no delays or big mistakes until the end of the project. Thanks.
×
×
  • Create New...

Important Information

By using this site, you agree to our We have placed cookies on your device to help make this website better. You can adjust your cookie settings, otherwise we'll assume you're okay to continue..