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Showing content with the highest reputation on 03/26/16 in all areas

  1. 3 points
    Hello fellas. This is my 3rd eGPU setup. I had an Akitio and Sonnet III-D setup before. By far, I think this is the easiest setup I had compared to the previous two. Maybe because I am not just too adventurous of adding extra effort with creating or dealing with molex-barrel plug and riser. That is just me. Again, it will be to someone's preference towards their eGPU setup. Got a last pair from a certain seller of this Rocketstor TB2 at Amazon for 218$ two weeks ago. Current price right now is around $234 +/- The setup is pretty straight forward similar to @Scooter's setup. I removed the 2 molex cables from the two board and replace it with the molex cables from the PSU. I bent the fan section of Rocketstor to accommodate the length of my GTX 970. For the reason that I don't have to remove the board from the case. I'll look for some small and clean enclosure in the future to house my setup. The Hardware Mac Mini Late 2012 on OSX El Capitan 10.11.4 GTX 970 SC 4GB Highpoint Rocketstor 6361A Corsair CX500 (80) Paper clip method Shitty monitor for now After putting the hardware together, I just have to run @goalque's automated eGPU script and everything went smoothly!
  2. 1 point
    Hi all! Figured since there aren't many avenues out there as of yet that properly show how to dissect your phoenix, I'd try to take up the mantle with my own experience in upgrading the LCD panel from FHD 1080 to the 4K panel. Before we get started, I'd like to present a list a useful tools to have beforehand if you intend to pursue this endeavor. I'll be providing pictures of my own tools as well as links to various components you need for purchase if you intend to follow-suit: MOD EDIT: ATTENTION HUGE PICTURE LOAD AHEAD!
  3. 1 point

    Version 1.0.0

    1787 downloads

    Files contained in this download: Asus 770m (G750JX) - 80.06.54.00.13 'OC edition' rev02.zip Clevo 670mx - 3GB - 80.04.58.00.03 - 'OC edition'_rev02.zip Clevo 675mx (4GB) - 80.04.58.00.05_'OCedition'_rev00.zip Clevo 680m - 80.04.29.00.01 'OCedition' revised_01.zip Clevo 680m - 80.04.33.00.10 'OCedition' revised_01.zip Clevo 680m - 80.04.33.00.10_'OCedition'_revised_01 - OV 1000v.zip Clevo 680m - 80.04.33.00.10_'OCedition'_revised_01 - OV 1025v.zip Clevo 680m - 80.04.33.00.10_'OCedition'_revised_01 - OV 1050v.zip Clevo 680m - 80.04.67.00.01 'OCedition' revised_01.zip Dell 680m - 80.04.5B.00.02_'OCedition'_revised_00.zip Dell 680m - 80.04.33.00.32__'OCedition'_revised_00 - OV 1000v.zip Dell 680m - 80.04.33.00.32__'OCedition'_revised_00 - OV 1025v.zip Dell 680m - 80.04.33.00.32__'OCedition'_revised_00 - OV 1050v.zip Dell 680m - 80.04.33.00.32__'OCedition'_revised_00.zip Dell 765m - 80.06.61.00.01 - 'OC edition' (AW 17) - v00.zip Dell 765m - 80.06.64.00.01 'OC edition' (AW 14).zip Dell K4000m - 80.04.33.00.34_'OC edition'.zip Dell K5000m - 80.04.33.00.05 'OCedition' rev00.zip HP K3000m - 80.04.33.00.2E - 'OC edition'.zip MSI 670mx (1.5GB) - 80.04.5B.00.A5 'OCedition' rev00.zip MSI 675mx (2GB) - 80.04.58.00.14_'OCedition'_rev00.zip MSI 675mx (4GB) - 80.04.58.00.0E_'OCedition'_rev00.zip MSI 680m - 80.04.33.00.24_'OCedition'_revised_02 - OV 1000v.zip MSI 680m - 80.04.33.00.24_'OCedition'_revised_02 - OV 1025v.zip MSI 680m - 80.04.33.00.24_'OCedition'_revised_02 - OV 1050v.zip MSI 680m - 80.04.33.00.24_'OCedition'_revised_02.zip MSI 770m - 80.06.54.00.11 'OC edition' - rev02.zip Nvidia 770m - 80.06.51.00.0F 'OC edition' - rev02.zip Nvidia GTX 780m - 'OC edition' - rev02.zip Nvidia GTX 860m (Kepler) - 'OC edition' - rev00.zip Nvidia GTX 870m - 'OC edition' - rev00.zip Nvidia GTX 880m - 'OC edition' - rev00.zip Nvidia K3000m - 80.04.3A.00.07_'OCedition'_rev00.zip Instructions on how to use these files:

    Free

  4. 1 point
    My eGPU requirements are solely for daVinci Resolve on OS X to boost render times and size of files that can be rendered without the dreaded GPU Is Full message. No gaming, no monitor. Can’t get any simpler. The eGPU is to run on either a MacBook Pro Retina, 15in Mid 2015, AMD Radeon R9 M370X, and a iMac 27in Late 2013, Nvidia GeForce GTX 780M. Parts EVGA GTX 980 Ti Hybrid - Wanted a quite card and the Hybrid is spec’ed a little higher than a standard GTX Ti. Highpoint RocketStor 6361A - have had some success with Highpoint in the past and liked the neat power hook up via molex connection. Price was the same for me as the AiKiTo. And the finished results with the parts supplied looks very neat. Silverstone SFX-L 80+ Gold 500W Modular Power Supply - got it because I new it would fit and the modular cables keep the case neat. Silverstone Milo ML08-H - looks like its about the smallest case to fit a 10.5” card, ridiculously oversized cooling system, PCIe card and power supply. Comes with handle for and extra $10. The handle is not very comfortable. Not carrying to work on the bus any time soon. Build (in pictures)........ First up are some images of the Highpoint card with visual measurements. I had to make some educated guesses about dimensions and only just got it right. Hope these help. Test build and connected to the MBP. Downloaded the latest CUDA drivers for the laptop and ran goalque’s installation script https://www.techinferno.com/index.php?/forums/topic/7989-script-automating-the-installation-of-egpu-on-os-x-inc-display-output/. Rebooted the laptop and there was the 980 ti in the OS X systems report. Ran Resolve and it recognised the card and rendered at approx 3 times the speed of the non eGPU render. Sweet! Initial test fit. Tried to work out the best place to feed hoses through the space that is usually occupied by the motherboard. Little guy is Danbot. He pops up occasionally to give you a size reference. Stripped down Highpoint with modular molex connected. PCIe riser from Silverstone case and BONUS thunderbolt end plate from Highpoint. Riser attached to card. Note pen marks for cut out. And the flip side with riser poking through. Test fit of Highpoint. Pop rivet near the Made in China prevented me from test fitting it fully. Also, I removed the USB, audio and switch loom from the bottom centre of case. They were never going to be needed! Case cutting. Weapon of choice. You can see I wrapped the whole thing in plastic to try and contain the spread of metal filings. Waste of time - they go everywhere! Blew it all out with an air compressor. Okay now that pop rivet is gone - final test fit prior to case cut part 2. Note the markings for the Thunderbolt cut out. Do not do this! You will see why at the end. Case cut, and bracket for the cooling fitted. It was just 2 bits of aluminium bent at 90 degrees and pop riveted to the case. Sounds simple enough but took a while to get the 105mm x 105mm hole pattern all lined up for the fan. Aluminium is quite flexible. Splashed a bit of matte black paint on to stop the rust. My version of the paperclip trick. Soldered and heat shinked a couple of female pins I had lying around. Power supply in Highpoint card in. Nice fit. Everything lines up. With Highpoint card in place there is a roughly 12mm gap between the card and case. If I was not going to be moving the case around I would have let it float but as it might take some knocks I wanted to screw it to the case. So found some card risers (think that’s what they are called) and screwed them into two holes I drilled into the case. Now I know the gap - some precision engineering. And fitted to the Highpoint first, then screw to the case. Card in. Note the 4 pins for power. They just stuck out a little too much for me to leave alone. So I cut the hole in the case to make some room and (maybe) help with airflow to keep the card cool as it has no direct fans. Top view. Everything lines up. Card in. You can’t see it easily but I decided to secure the riser to the GPU with a bit of wire and a cable tie because every time I removed the card the riser was left in the Highpoint, which then had to be removed to take out the Highpoint . And they all came in and out a lot. The first casualty. Stupid fabric hose. Hooked it on the case in one of the early fits and they NEVER slide back down again - only up. The fraying is from my many attempts to push it back down. The radiator fan. Flipped. Took me a while to work this out. You want cool air sucking in to the case through the filtered side panel, and no matter how I tried, there was just not enough length on the hoses to fit the radiator with the fan on the filter side. Also with the radiator in the middle of the case the hose bends were too tight. Solution, take the fan off and put it on the other side of the radiator so it sucks air through instead of blowing it, as is the EVGA default set up. Protection for the hoses as they are hard against the metal edge. Its filed smooth but just to be safe. Used some 15mm irrigation hose slit down the middle and cable ties. Everything in. Cable tied the hoses to the case to clear the fan. I’ll never need to open this case again. Yeh, right! Finished. Well kind of. Just took this picture. What you don’t see are any pictures of the complete strip strip down when I discovered that my really neat cut out for the Thunderbolt connections prevented them seating properly (by the thickness of the case). Obvious in hindsight. Also, as I had it apart, I decided to put the LED’s back in and power them off the PSU in series with a 560 Ohm resistor. 1/. they look cool and 2/. they let me know that I have left it on. Again in hindsight, I should have powered 1 off the Highpoint fan so I would know when the card itself was on. Left the case open where the motherboard sits to let as much air out as possible. And the revised Thunderbolt opening Benchmarks. I don’t think that they are that different to what others are reporting. I have 3 computers that I have access to. iMac Late 2013 27" GTX 780M (4 G RAM) MacBook Pro Mid 2015 R9 M370X (2 G RAM) iMac Late 2012 27" GTX 680MX (2 G RAM) Octane Benchmark Trench (Standard System) faster is better. MBP N/A (no CUDA), iMac 2012 3'48", iMac 2014 4'25" Octane Benchmark Trench (eGPU Headless) The results are the same with a monitor attached. MBP 1'13", iMac 2012 56", iMac 2013 57" Heaven (Standard System/eGPU Headless) Score/FPS MBP 311/12.3, iMac 2012 555/22, iMac 2013 540/21.4 Heaven (eGPU) Score/FPS MBP 1770/70.3, iMac 2012 1413/56, iMac 2013 1638/65 FurMark 2560x1140 (Standard System/eGPU Headless) Score/FPS MBP 1536/25, iMac 2012 1798/29, iMac 2013 1579/16 FurMark 2560x1140 (eGPU) Score/FPS MBP 6841/114, iMac 2012 3647/60, iMac 2013 6521/108 Resolve 12.3 (Standard System) FPS* MBP 2.57, iMac 2012 5.04, iMac 2013 5.63 Resolve 12.3 (eGPU Headless) FPS MBP 8.01, iMac 2012 6.12, iMac 2013 6.06 *Rendering 4992x2496 cineform to 4992x2496 ProRes 4:2:2HQ (7Nodes, 3 Keys with Blur and 3 windows with Blurs). The iMacs are Thunderbolt 1 and the MBP is Thunderbolt 2 so that probably goes some way to explaining the difference in the results. Its taken a bit of research and some advice from Blackmagic to come to the conclusion that the lower CUDA results on the iMacs on Resolve, are a result of lower bandwidth and not a conflict with the internal NVIDIA GPU’s. Note that the Octane benchmark is faster on the iMac. Is it leveraging both the internal GPU and the eGPU? Thanks to all that have posted before me and special thanks goalque. That script makes this whole process very simple.
  5. 1 point
    So this is my detailed description how I managed to mod and overclock my GTX 960M in my Lenovo Y50-70. Please note: it is very dangerous to play with the BIOS, so you need to be very careful! I take NO RESPONSIBILITY for any damage or misuse of the information below! Use it AT YOUR OWN RISK! ------- Necessary tools: A. Fptw64 from Intel (9.5 or above) http://forum.hwbot.org/showthread.php?t=75024 B. PhoenixTool (2.50 or above) https://www.bios-mods.com/tools/index.php?dir=Andy+P+(MDL)+Phoenix-Insyde-EFI+SLIC+Tool%2F C. Maxwell II BIOS Tweaker (1.36) https://www.techpowerup.com/downloads/2562/maxwell-ii-bios-tweaker-v1-36/ ------------------------- How to flash Modded BIOS: 0. Flash the latest (3.03 now) official BIOS 1. From Windows, start 'cmd' as Administrator and read your your BIOS via Fptw64: Fptw64 -d BIOS.ROM -bios 2. Reboot, enter your BIOS and check "Enable downgrading BIOS" feature (we need to downgrade first in order to flash the modded BIOS) 3. From Windows, downgrade to 1.13 (this is necessary because the newer BIOSes have protection against mod-ding) 4. After reboot & reflash, start Windows, then enter standby, wait a bit, then wake up the machine 5. Create your modded BIOS, see separate list below 6. Start 'cmd' as Administrator and write your _modded_ BIOS via Fptw64: Fptw64 -f BIOS_MODDED.ROM -bios ------------------------- How to create modded BIOS (point 5 above): 5.1 Start PhoenixTool.exe from Phoenix Tool 2.50 and open your previously saved original BIOS.ROM from point #1 above .2 The tool analyses it and shows some messages, click OK .3 Now you can find your vBIOS in the "DUMP" subfolder in the folder containing your BIOS.ROM, with the file name: BE13645B-2C2C-44D2-A64F-0EA052C34597_1796.ROM .4 Create your modded vBIOS, see separate list below -> let's call it 960M_OC.MOD .5 Click on "Structure" .6 Open "EFI BIOS" tag .7 Open second "File Volume {7A9354D9-...}" tag .8 DXE Core -> Compressed Section -> Raw section -> File Volume {7A9354D9-...} .9 In the very long list, find the following tag (usually displayed at around 80% of the list): Freeform {BE13645B-2C2C-44D2-A64F-0EA052C34597} This is the item containing the latest vBIOS .10 Open the tag, then "GUID defined section", then click on Raw section. "Internal number" (in the top right corner) should be 1796 for BIOS 3.03. .11 Click on "Replace" and select your modded vBIOS (called 960M_OC.MOD above) .12 Click exit "Exit" and say Yes to "Save changes?" .13 Close the Phoenix Tool; now you should have your BIOS.ROM updated (the original will be saved as BIOS.ROM.OLD for safety) ------------------------- How to create modded vBIOS (point 5.4 above): Use Maxwell II BIOS Tweaker to change BE13645B-2C2C-44D2-A64F-0EA052C34597_1796.ROM; 5.4.1 Open the ROM .2 Change "Boost Clock" on "Common" tab to the new boost-ed maximum value .3 On "Boost table" tab, use the slider in the right bottom corner to increase your max boost-ed value to the same number .4 On "Boost states" tab, at P00 profile, change the MAX values in the GPC, L2C and XBAR fields to the same max boost-ed value .5 Save your modified BIOS and rename it to 960M_OC.MOD (My boost-ed max value was 1359 MHz. I could then use MSI Afterburner's software tuning -> my 960M could reach 1454 MHz without voltage increase.)
  6. 1 point
    Yes, unfortunately I saw some power limit related throttling, but not too much. I guess I would need voltage OC, but I have no idea how to do that. The temps were also a bit high, max. 75 degrees Celsius, and it is not yet summer here in (East-)Europe... We will see, I guess I will need a notebook cooler. So my final numbers are: Core - 1454 MHz, VRAM - 6000 MHz. In my next post I will write down the detailed steps how I mod-ded my BIOS.
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