Monday, February 21st 2022
Gigabyte Launches UD1000GM PCIE 5.0 Power Supply
Gigabyte Technology Co. Ltd, a leading manufacturer of premium gaming hardware, today announced the new UD1000GM PCIE 5.0 power supply, which supports the latest PCIe Gen 5.0 graphics cards. The UD1000GM PCIE 5.0 has a 16-pin connector and comes with a high-quality native 16-pin cable, allowing it to support the latest PCIe Gen 5.0 graphics cards. The 16-pin cable supports up to 600 watts of power to the graphics card making it ready for the future high-end graphics cards. The UD1000GM PCIE 5.0 power supply inherits the spirit of Gigabyte Ultra Durable product design, introducing a variety of high-quality materials and technologies. Not only it is the best choice for high-end gamers and overclockers, but it is also ready for the next-gen graphics card.
The UD1000GM PCIE 5.0 power supply supports the PCIe Gen 5.0 graphics cards and it is capable to deliver the increasing power that the high-end graphics card demand. Traditional power supplies need a three 8-pin to 16-pin adapters to support the latest PCIe Gen 5.0 graphics cards. The new UD1000GM PCIE 5.0 power supply needs only a single 16-pin cable to directly supply power to the PCIe Gen 5.0 graphics cards. Moreover, the PCIe Gen 5.0 16-pin cable provides up to 600 watts of power to the graphics card, but it also simplifies the number of cables, significantly reducing the cable clutter, making the graphics card installation easier and it helps with the airflow in the chassis. In addition, the UD1000GM PCIE 5.0 also provides four PCIe 8-pins for the graphics cards, so it can meet the needs of current or next-generation high-end graphics cards at the same time.
The UD1000GM PCIE 5.0 power supply inherits the spirit of Gigabyte Ultra Durable product design, introducing a variety of high-quality materials and designs. Ultra Durable design combines high-quality main Japanese capacitors, enhanced thermal solution, 120 mm smart hydraulic bearing (HYB) fan, and six circuit protection designs. Moreover, it provides users with high-quality and stable power delivery, and it can be used for a long time. In addition, the UD1000GM PCIE 5.0 power supply also features 80 PLUS Gold certification, fully modular design and compact design. It is the best choice for high-end gamers and overclockers.
Gigabyte launches the UD1000GM PCIE 5.0 to support PCIe Gen 5.0 graphics cards. It meets the needs of current and future high-end graphics cards, but also provides high-quality and stable power in accordance with Gigabyte's quality requirements for UD series products. Users can enjoy a high-quality gaming experience with peace of mind, and it is the best choice for assembling a computer system.
Source:
Gigabyte
The UD1000GM PCIE 5.0 power supply supports the PCIe Gen 5.0 graphics cards and it is capable to deliver the increasing power that the high-end graphics card demand. Traditional power supplies need a three 8-pin to 16-pin adapters to support the latest PCIe Gen 5.0 graphics cards. The new UD1000GM PCIE 5.0 power supply needs only a single 16-pin cable to directly supply power to the PCIe Gen 5.0 graphics cards. Moreover, the PCIe Gen 5.0 16-pin cable provides up to 600 watts of power to the graphics card, but it also simplifies the number of cables, significantly reducing the cable clutter, making the graphics card installation easier and it helps with the airflow in the chassis. In addition, the UD1000GM PCIE 5.0 also provides four PCIe 8-pins for the graphics cards, so it can meet the needs of current or next-generation high-end graphics cards at the same time.
Gigabyte launches the UD1000GM PCIE 5.0 to support PCIe Gen 5.0 graphics cards. It meets the needs of current and future high-end graphics cards, but also provides high-quality and stable power in accordance with Gigabyte's quality requirements for UD series products. Users can enjoy a high-quality gaming experience with peace of mind, and it is the best choice for assembling a computer system.
54 Comments on Gigabyte Launches UD1000GM PCIE 5.0 Power Supply
Also, about those last two lines ... what? Who cares? What's the point your'e trying to make? Last I checked, this discussion wasn't about you.
As for the first, while there are absolutely far more qualified PSU test engineers out there than Patrick at GN, he's still plenty qualified in this case. While they didn't actually identify the root cause of the issue, they still singled out the behaviour and specific misconfiguration of protections that leads to it failing (though it bears mentioning that a lot of users report these failing without ever coming close to triggering OPP). Identifying the root cause design flaw isn't necessary on their part - all that's required is to show that this is reproducible and isn't limited to a few units. Which they did, in a professional and unbiased fashion. (Oh, and AFAIK Steve aka. "the guy wuith the long hair" at GN doesn't have anything to do with the actual PSU testing.)