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  • Easy troubleshooting steps to resolve PCIE 4.0 connection issues.
  • Step 1: Update BIOS on both Motherboard and GPU
    Update to the newest firmware / BIOS/software for the motherboard and GPU. The newest update can be obtained from the manufacturer's website.

    Step 2: Set BIOS to optimal default
    Overclocking is the main reason for the system to become unstable in Gen 4 setting. Reset BIOS to optimal default may resolve the issue and allow the system to run under Gen 4 without issue.

    Step 3: Try to boot without the riser cable
    Make sure the system can boot properly without the riser cable.

    Step 4: Clean the connector contacts on the riser cable and GPU
    Cleaning the connector contact (Gold Fingers) on both GPU and riser cable with rubbing alcohol to remove possible particle build-up.

    Step 5: Ensure the cable is fully and securely inserted into the socket
    Please make sure the male connector (Gold Fingers) is fully inserted into the motherboard’s PCIe socket. Our riser has a very short pin designed to provide better insertion loss. The pins may not be in full contact with the PCIe socket pins resulting in signal lanes dropping from x16 to x8, or worse at x4 speed. Make sure you choose the right length of cables. Too long or too short may both result in performance loss.

    Step 6: Try a different PCI-e slot (Always choose the PCIe slot closest to the CPU)
    If the motherboard has multiple Gen 4 PCIe slots, try to install the cable on a different slot.

    Step 7: I have done all of the above and I’m still having trouble with the riser cable
    PCI-E specifications do not regulate the use of a riser cable. As a result, Gen 4 motherboards are designed to connect the GPU directly. Hence leave a limited headroom for the use of a riser cable, and the use of a riser cable may fail when the insertion loss is over the limits due to poor components used in motherboards. Not all motherboards and GPUs are manufactured to the same quality, some have higher headroom than the other.

    In these rare cases, the easiest ways to resolve the problem are:
    Exchange another riser cable to try. (If shorter length works, always choose a shorter length) Exchange another motherboard of the same brand. Exchange motherboard for a different brand. (99% of the customers have completely resolved the issue at this point) If none of these works, please get in touch with us directly and provide us with your system information (model/make of MB, CPU, GPU, PC case). We are happy to provide a solution.
  • Easy troubleshooting steps to resolve PCIE 3.0 connection issues
  • Step 1: Update BIOS on both Motherboard and GPU
    Update to the newest firmware / BIOS/software for the motherboard and GPU. The newest update can be obtained from the manufacturer's website.

    Step 2: Set BIOS to optimal default
    Overclocking is the main reason for the system to become unstable in Gen 3 setting. Reset BIOS to optimal Gen 3 or 3.0 may resolve the issue and allow the system to run under Gen 3 without issue.

    Step 3: Try to boot without the riser cable
    Make sure the system can boot properly without the riser cable.

    Step 4: Clean the connector contacts on the riser cable and GPU
    Cleaning the connector contact (Gold Fingers) on both GPU and riser cable with rubbing alcohol to remove possible particle build-up.

    Step 5: Ensure the cable is fully and securely inserted into the socket
    Please make sure the male connector (Gold Fingers) is fully inserted into the motherboard’s PCIe socket. Our riser has a very short pin designed to provide better insertion loss. The pins may not be in full contact with the PCIe socket pins resulting in signal lanes dropping from x16 to x8, or worse at x4 speed. Make sure you choose the right length of cables. Too long or too short may both result in performance loss.

    Step 6: Try a different PCI-e slot (Always choose the PCIe slot closest to the CPU)
    If the motherboard has multiple Gen 3 PCIe slots, try to install the cable on a different slot.

    Step 7: I have done all of the above and I’m still having trouble with the riser cable
    PCI-E specifications do not regulate the use of a riser cable. As a result, Gen 3 motherboards are designed to connect the GPU directly. Hence leave a limited headroom for the use of a riser cable, and the use of a riser cable may fail when the insertion loss is over the limits due to poor components used in motherboards. Not all motherboards and GPUs are manufactured to the same quality, some have higher headroom than the other.

    In these rare cases, the easiest ways to resolve the problem are:
    Exchange another riser cable to try. (If shorter length works, always choose a shorter length)
    Exchange another motherboard of the same brand.
    Exchange motherboard for a different brand. (99% of the customers have completely resolved the issue at this point) If none of these works, please get in touch with us directly and provide us with your system information (model/make of MB, CPU, GPU, PC case). We are happy to provide a solution.
  • PSU Custom Cable length
  • Environment:
    ASROCK Z490 ITX
    EK-Vector Strix RTX 2080
    CORSAIR SF600
    tested on CORSAIR SF600
    SFX Cable
    1 x 24 Pin Cable (300mm)
    1 x 4+4 Pin CPU Cable (400mm)
    2 x 6+2 Pin PCI-e Cable (300mm)
    1 x Dual SATA Power Cable (150mm)
  • What are the size / spec differences between the Meshroom S and the original Meshlicious?
  • There is a slight size difference between the Meshroom S and Meshlicious.
    1. Meshroom S: 247 x 167 x 362 (L x W x H, mm), 14.93 liters
    2. Meshlicious: 245 x 166.5 x 360 (L x W x H, mm), 14.67 liters
    Meshroom S includes a new fan bracket to add up extra radiator/ fan on GPU side (depends on GPU height). On the other hand, the front I/O module changes to 2 usb type-A and 1 usb type-C ports. Power button is moved to the rear bracket. Panels for Meshroom S and Meshlicious are also different, new panels are fully mesh without fringes. In addition, Meshroom S also features ATX and MATX motherboard mode.
  • What is the spec for using ATX or MATX Motherboard in Meshroom S?
  • 1. ATX & MATX Motherboard Spec:
       SFX Power Supply
       27cm PCIe riser cable for ATX motherboard
       17cm PCIe riser cable for MATX motherboard
    2. Radiator: 240mm Radiator ( 120mm x 53mm, W x H)
    3. Gpu:
       Regular: 316mm x 124.7mm x 58mm ( L x W x H)
       Front I/O Removed: 330mm x 124.7mm x 58mm ( L x W x H)
  • Is the older PCIe Cable from Meshlicious able to be used on Meshroom S?
  • Yes, Meshlicious PCIe riser cable is compatible with Meshroom S, including the default 14cm cable and 18cm, 20cm cables.

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