Corsair CJ

Setting Fan Order and Rotation in iCUE 3.27 Starting with CORSAIR iCUE version 3.27 you can customize the order and orientation of your fans. This allows you to have more fine control over how custom animations are displayed on your system and saves you the effort of physically removing and re-orienting your fans or changing the ports they’re plugged in on your lighting hub should they be in the wrong order for more complex lighting effects. Lighting Setup Tab To get started, go to the lighting setup tab of your iCUE-compatible lighting controller and configure your lighting channels if you haven’t already, for this example, we’ll be using six LL RGB fans on a Lighting Node CORE. You’ll notice that each fan has its own tile in the preview and they’re labeled by the physical port that fan is connected to on your controller. Each fan will light up with a unique color in the same location, making it easy to decide how you need to orient and re-order your fans if they need to be adjusted. By moving your cursor over each fan tile, you’ll be given fan rotation controls to adjust each fan clockwise or counter-clockwise in iCUE. For best results, match the LED position in iCUE in relation to the physical fan. By default, iCUE will always illuminate an LED on the top left quadrant in the UI, so if one of your fans is displaying the LED indicator on the bottom left quadrant of the fan, you should hit the rotate button to match the LED indicator on the fan preview with the physical LED indicator on the fan. You can also change the order of the fans by clicking and dragging each fan tile into the desired position. When looking at the preview window, iCUE lighting animations will go sequentially from ports 1 – 6 (left to right in the preview window). If your fans are displaying animations out of order, simply drag and drop those fans into the correct sequence for your system. Lighting Channel Tab Whatever fan orientation and order you configure in the lighting setup tab will now carry over to the lighting channel tab. And that’s it! Note that fan orientation and order only apply when iCUE is running, if you close out the software completely your fan lighting will revert back to their physical orientation and lighting order. TL;DR, we've now got a video. [ame] [/ame] If you have any additional questions, feel free to reach out to us by making a thread in the iCUE section of the forum.

Thanks, Joltzson, you are correct. This feature was introduced not too long after Vengeance RGB PRO launched (I'm a little fuzzy on the timing in relation to this thread). For reference to anyone else seeing this, here's a quick video I did to explain how full software control works, you can use it in combination with the hardware setting so that your Vengeance RGB PRO displays a static lighting effect or (off) when first booting up your PC, turning off or going to sleep mode that would then switch over to a custom animated effect when iCUE starts up: [ame] [/ame] My suggestion would be to set the hardware lighting first (as mentioned earlier, a static color or simple animation for situations where iCUE isn't running), then tick the box for full software control and setup your complex animation or lighting link effects.

Hi there! That kit is a good fit for that board, TRX40 is a very capable platform and should handle that amount of memory at that rated speed just fine (don't forget to set XMP in BIOS to get the 3200MHz if you weren't already aware). Out of curiosity, how much RAM do your projects typically use when rendering? I've got 128GB (2666MHz) on my first generation Threadripper system and regularly see usage up to about 90GB for my smaller video projects.

As C-Attack said, mixing kits can introduce odd behavior. It should still work in dual channel, however you may run into issues getting the rated speed through XMP for these sticks since you're mixing kits. If you end up having issues, I'd suggest returning the newer stick and trying to get a kit with two modules as already suggested since those modules would have been tested as a pair.

Bulldog should be okay with an air-cooled RTX 2060. The way Bulldog is laid out internally, you may need to tweak your exhaust fan curve to a be a bit more aggressive if using a non-blower style cooler (like FE/Strix/Windforce etc.). Blower style may work better in this situation but will generally be a bit noisier. 2070 hybrid should be fine with the 80+ gold-rated 600W PSU we included Bulldog with, we've used similarly rated PSUs in CORSAIR ONE to power 1080 Ti which is a bit more power hungry.

I agree with DevBiker, there's a chance that it could be a different component in the chain causing this behavior. Let us know what happens when you have just the CPU block plugged into your LED controller.

Thanks for reporting this. Does this behavior continue when FreeSync is off?

Hardware lighting mode kicks in after iCUE stops communicating with the LS100 controller (either when the system is turned off, put to sleep, or the screen is locked). Additionally, if you ever set a different hardware lighting mode that isn't "off" (static color RGB 0,0,0), you can press the button on the controller after iCUE communication has stopped to set the brightness to 0 manually.

Thanks for the feedback. This has been brought to the attention of the product team for LS100 and we are exploring solutions for this. If you have any additional feedback, please continue to let us know here in the forum.

iCUE for macOS is now officially available! Here's a full compatibility list that'll be updated as new devices are validated (please note that iCUE for macOS only supports CORSAIR peripherals). Many of our recent product releases feature out of the box compatibility, however some of our older releases may require a firmware update. Our current firmware update procedure requires Windows 10 either on a separate machine or through a solution such as Boot Camp, instructions for updating your peripherals on Windows can be found on the official iCUE for macOS landing page linked above. iCUE for macOS Device Compatibility [updated 11/20/19] KEYBOARDS K55 RGB K57 RGB Wireless K63 (Wired) K70 RGB MK.2 K70 RGB MK.2 Low Profile K83 Wireless STRAFE RGB MK.2 K63 Wireless* K63 Wireless SE* K65 RGB* K65 RGB LUX* K65 RGB Rapidfire* K66* K68* K68 RGB* K70 RGB* K70 LUX RGB* K70 Rapidfire* K95 RGB* K95 RGB Platinum* STRAFE* STRAFE RGB* K95 RGB Platinum SE* K70 RGB MK.2 IG Series* K70 RGB MK.2 SE* MICE GLAIVE RGB GLAIVE RGB PRO HARPOON RGB HARPOON RGB PRO HARPOON RGB Wireless IRONCLAW RGB IRONCLAW RGB Wireless M55 RGB PRO M65 RGB Elite MM800 NIGHTSWORD RGB SABRE RGB M65 RGB* M65 RGB PRO* DARK CORE RGB* DARK CORE SE RGB* KATAR* SABRE Optical* SABRE Laser* SCIMITAR RGB* SCIMITAR RGB PRO* M65 RGB Elite IG Series* AUDIO HS45 Surround HS60 Surround HS70 Wireless HS60 PRO Surround HS70 PRO Wireless ST100 VIRTUOSO RGB VIRTUOSO RGB SE VOID Surround VOID RGB USB VOID RGB Wireless VOID PRO Surround VOID RGB PRO USB VOID RGB PRO Wireless VOID ELITE Surround VOID RGB ELITE USB VOID RGB ELITE Wireless *Device may require a firmware update before using with iCUE on macOS, current firmware update method requires Windows 10 on a PC or through Boot Camp on a Mac. If you require assistance with getting your hardware working on iCUE for macOS, create a separate thread in the iCUE for macOS section of this forum or contact our support team.

This is a pretty rough guide, but should give you an idea of the process. Be really careful when doing this as your warranty will likely be void if any damage occurs while you attempt this. Open Up CORSAIR ONE by pressing release button on rear of system and lifting the top fan assembly. Disconnect top fan. Remove screws securing side panel to video card side of system. (Side panel has radiator for video card cooling system connected to it, take care to just move this out of the way while you're working on it). Remove video card (this'll involve a number of screws, take note of size and location as you work around the graphics card). Be careful of any cables connected to the GPU cooler. Gently remove graphics card (unplug power/PCIe riser cables). Remove stock M.2 SSD (make sure you backed up your data), keep it safe in case you need to replace the stock SSD for whatever reason. Install new M.2 SSD (note that if it's brand new, you'll need to install Windows 10 and drivers) Reinstall graphics card. Close side panel and secure to chassis. Reconnect and install fan assembly to top of chassis.

There's only one M.2 slot on the underside of the motherboard. You'll need to replace the M.2 SSD that came with your unit.

Before proceeding at all with this, please know that this type of hardware swap will void your warranty. If you're not worried about that, a motherboard swap is possible assuming you're able to source a board that doesn't have any weird space constraints and get the correct mounting hardware for the cooler (hardware would be for Intel 115x, so you'll need AM4 brackets). Cooler has a copper coldplate, so it should be technically okay if you use liquid metal.

Have you tried resetting the CMOS on your Corsair one? Unplug the system from power and press and hold the reset CMOS/BIOS button on the back of your system for 5-10 seconds.

You could, however it'll void your warranty and you'll need an appropriate adapter for the CPU cooler to work with the AM4 mounting on the X470 ITX motherboard. Also, if you do this, you'll want to make sure that the X470 board is flashed with a compatible BIOS to work with the 3900X CPU.

Nothing to report at this time. Thank you for your feedback.

I'd continue to work with the support team for a solution to be honest. Make sure they have this information you provided in your original post so they'll be able to better assist you.

Thanks again for your patience. We were able to validate the new BIOS and have provided an updated installation procedure in a thread I pinned to the Corsair ONE section of the forum, links to download new BIOS are found in that thread as well. Note: Instructions and BIOS files are provided only for the Z270 versions of CORSAIR ONE. Link to thread.

CORSAIR ONE Z270 BIOS 4C3 Update SOP Important Note: This guide ONLY APPLIES to CORSAIR ONE systems equipped with Z270 motherboards and 7th Gen Intel Core i7 processors. Step 1 – Prepare a USB drive with the BIOS update files Download BIOS update from CORSAIR.com (or click here for direct download) and prepare a USB flash drive by unzipping the download file and copying the contents of the unzipped folder to the root of a blank USB drive (formatted FAT32). Step 2 – Boot to BIOS w/USB drive inserted Insert prepared USB drive into your CORSAIR ONE and boot to BIOS by pressing DELETE key until the BIOS screen appears. Step 3 – Disable Secure Boot in BIOS Once in BIOS, hit F7 and go to “Settings” -> “Advanced” -> “Windows OS” -> “Secure Boot.” Ensure that “Secure Boot Mode” is set to “Disabled.” Step 4 – Boot from USB flash drive Change the Boot Priority in “Settings” -> “Boot.” Change “Boot Option #1” to the UEFI USB Key (the prepared USB drive with the BIOS update files). Hit F10 to save settings and restart, the system should now boot from the USB drive. Step 5 – Follow prompts to proceed with initial BIOS flash Note: If the current BIOS is version 4QF, the following prompt will appear: Note: The system will reboot once during this process. Step 6 – Reboot to complete initial BIOS flash and return to BIOS to begin second flash] Press DELETE key as the system boots to return to BIOS screen. Hit F7 to go to “Advanced mode.” Select “M-FLASH”, follow the prompts. Select the “E7A66IZ1.4C3” file on the USB drive. Continue following the prompts, the process may take a minute or so once it starts. Note: The system will reboot twice during this process. Step 7 – Go into BIOS again and apply default settings During second reboot of the BIOS flash, hit DELETE on your keyboard until the BIOS screen appears again. Hit F6 to apply “Optimized Default” settings (this’ll undo the “Boot Priority” and “Secure Boot” changes made previously) Hit F10 to save and exit BIOS.

Sorry it didn't work out! Your feedback is greatly appreciated, we've been looking into adding Thunderbolt in future releases, however we don't have a timeline to share at this point. Thunderbolt 3 on Windows-based machines has largely been in the realm of notebooks, with some recent developments, I personally hope that changes (especially if we see more desktop motherboards include the feature).

Hi there, Unfortunately there isn't an easy way to add thunderbolt to i160 unless you do a motherboard swap. As you stated, this would void the warranty of course. Depending on what you need to connect to over thunderbolt, it's entirely possible that if it's a display you could use an adapter to get it working over a traditional DisplayPort.

Hi there, Corsair ONE systems purchased from our UK website are shipped from either the Netherlands or Taiwan, that said, all customs and duty are handled and cleared on our side, so you shouldn't have to worry about incurring import taxes. Let me know if you have any other questions or concerns and thanks for your interest in the Corsair ONE.

Sorry for the radio silence on this. I do have an update to provide now, there may be a new BIOS to share in the next few weeks containing the more recent microcode fixes to address Intel vulnerabilities, it's currently being validated internally by our team. The update process works a little differently from newer platforms, so I'll have that to share as well when we're ready. Thank you so much for your patience!

It'd require a hardware upgrade. The WiFi module on the first generation CORSAIR ONE systems sits in the motherboard, close to the rear IO. I believe you'll have to remove the motherboard to get access to it due to the placement of screws securing the module in place. WiFi 6 compatible parts like the AX200 should work fine and would require reinstalling BT and WiFi drivers after physical installation.

Unless MSI said this is for your model of CORSAIR ONE, I DO NOT RECOMMEND flashing this BIOS since you'll likely brick your board. The differences between the retail MSI board and the board used in CORSAIR ONE Pro CS-9000011 are significant enough where a BIOS flash will likely fail and risk making the system unusable. I'll check in with our team again for further updates/clarification. :)