MSIs B850MPOWER Motherboard Unveils Innovative PinSafe Design: Say Goodbye to Sharp Contacts and Hello to Safety

At the Computex 2025 exhibition, Taiwanese company MSI showcased its B850MPOWER motherboard featuring the PinSafe Design. This innovative option aims to prevent cuts and scratches to fingers caused by sharp contacts on the back of the board by replacing them with flat pads.

MSI emphasizes that protecting fingers from injuries is not the sole benefit of the PinSafe Design. The company claims that this feature enhances system stability and minimizes the effects of static electricity. Furthermore, the absence of protruding contacts reduces the likelihood of foreign objects getting stuck, thereby decreasing the risk of short circuits.

The PinSafe Design makes its debut on MSI POWER motherboards targeted at enthusiasts and overclockers, with the B850MPOWER based on AMD being the first to utilize this technology.

While the concept of using flat pads may not represent a technological revolution, its execution required a reevaluation of the approaches to soldering components. Sharp contacts have often been deemed essential for securing parts, yet MSI asserts that the integrity of the connections remains intact with the PinSafe Design.

The B850MPOWER motherboard includes two DDR5 slots for stable overclocking and an EX Dashboard module with control buttons and error indicators. Additionally, the motherboard has been optimized for memory from Dragon Alliance partner companies.

At the end of last month, Raspberry Pi announced a halving of product returns and a 15% reduction in production time due to changes in their soldering processes. Prior to the launch of the Raspberry Pi 5, the manufacturer collaborated with Sony on implementing a technique known as intrusive soldering by melting. This initiative has led to a reduction of carbon dioxide emissions by 43 tons per year.