Gigabyte Reinforces GeForce RTX 40-Series Printed Circuit Boards to Prevent Breakage Under Their Own Weight

Gigabyte has fortified the printed circuit boards (PCBs) of its GeForce RTX 4080 and 4090 GPUs, and the new RTX 40 Super models, in response to past issues. Last year, some owners of Gigabyte’s GeForce RTX 30 series encountered cracking in the PCB where it is held in the PCIe socket.

Graphics card PCBs consist of many layers of conducting paths. Even slight bends can cause problems. Repairing damaged PCBs is possible but requires skilled professionals, and the venture is not cheap.

According to VideoCardz, the first versions of the GeForce RTX 40 series cards also had cracking issues around the holder that keeps the accelerator in the PCIe socket. The damage could occur from installation, removal, or even from the weight of the graphics card itself.

Importantly, this problem with cracking PCBs was not specific to Gigabyte, but also affected accelerators from other manufacturers. However, Gigabyte received attention as it was among the first manufacturers to face this issue. In some cases, owners of the affected cards were denied warranty repair, attributing the problem to user error.

A Reddit user noted in the new 1.1 versions of the RTX 4080 and 4090 Gaming series graphics cards, the PCB area near the PCIe slot is reinforced with an additional layer of laminate.

This update affects not just previously released Gaming models but also the newest Super cards. As seen below, the Super models (second image) have a notably different, lengthier PCB compared to their predecessors. Furthermore, the PCIe socket cutout in the new PCB is considerably smaller, which should significantly lower the risk of cracking in that area.

This post was last modified on 02/11/2024

Julia Jackson: Hey there! I'm Julia Jackson, your friendly neighborhood tech geek, always navigating the exciting realms of technology with unbridled enthusiasm. Born and raised in the digital age, I've been on a relentless quest to understand and unravel the intricacies of the ever-evolving tech landscape. Hailing from a generation that witnessed the meteoric rise of the internet, I've been a digital native since the dial-up days. From the nostalgic hum of connecting to the World Wide Web to the lightning-fast speeds of today's fiber optics, I've witnessed and adapted to the digital evolution with a keen eye and a passion for all things tech. My love affair with technology goes beyond just using gadgets; I'm driven by an insatiable curiosity to understand the nuts and bolts that power our digital world. Whether it's coding languages, emerging technologies, or the latest in artificial intelligence, I'm always eager to delve deeper and unravel the mysteries that make our digital existence possible. Beyond my personal pursuits, I'm deeply committed to fostering a sense of community in the tech world. Whether through sharing knowledge on online forums, attending tech meetups, or mentoring aspiring techies, I believe in the power of collaboration and knowledge sharing to propel us all forward.