Today, the winners of the esteemed COMPUTEX Best Choice Awards are announced. MSI X99A GAMING 9 ACK & MSI X99A XPOWER AC Motherboards proudly stood out from over 450 competitions and won the Best Choice Golden Award & Best Choice Award, confirming MSI's leading position in Gaming and Overclocking.

Recognized for its extraordinary ingenuity and outstanding design, the MSI X99A GAMING 9 ACK Motherboard receives the Best Choice Golden Award in the Gaming & Entertainment category. The MSI X99A XPOWER AC Motherboard receives the Best Choice Award in the Computer & System category for uncompromising Overclocking capabilities. MSI offers the best Gaming and Overclocking motherboards and was the first vendor to introduce a full range of USB 3.1 featured motherboards on the market.

Ted Hung, MSI Vice President of Motherboard Sales Division, gladly responded, "For years MSI has been pushing the boundaries of technology, going all out to deliver tech products that meet the needs of global users. This time around, MSI's effort in developing overclocking technologies has received recognition from COMPUTEX. It's absolutely a great honor and an affirmation toward MSI's technical innovation and design capabilities."

With each model built using Military Class 4 components and specifically tuned for an overclocking segment, MSI's OC Certified models deliver stability and top overclocking performance with the latest Intel HEDT CPUs. Clever solutions are once again handed to devoted overclockers to help break world records. DirectUSB is available for easy USB flashing and saving scores. The latest series features a new OC Backplate, a smart solution for overclockers to mount their LN2pot, and Xtreme OC Kit to make mounting a cooling solution easier, safer and to help squeeze every last MHz out of an unlocked CPU. The next generation OC Engine offers a dedicated Clock Generator for more flexible BCLK adjustments, from 100/ 125/ 167 MHz straps. Using these straps prevents system crashes while overclocking on the edge and opens doors to achieve the absolute maximum.