During the development of Spectre we even traveled to HP headquarters in the US. Our R&D and design experts are always by your side to solve the most difficult technical problems. Working Side-by-Side to Make Your Vision a RealityĬompal takes pride in its ability to work as a team player. The Spectre offers more power than many competitors and a slimmer, sleeker design. Instead of the traditional heat pipe design, our revolutionary cooling system funnels cold air over the processers while fanning hot air out. We created the first hyperbaric cooling chamber to allow for faster processing speed rather than sacrificing performance for lower temperatures. However, it takes years of experience and knowledge to find the right design required to meet the performance needs of the world’s thinnest laptop.Ĭompal developed a rightful technical solution to fit HP’s objective. The trend in ultrabooks is thin, light, and powerful. As a result, after over 50 tests Compal achieved the first piston hinge in the ultrabook market.
We spent our time thinking about how to make the hinge work instead of all the ways it could fail. The hinge needed to be frictionless and soundless with the durability to open and close countless times. Designing the first piston hinge presented a number of technical obstacles. Spirit for Design and Passion for InnovationĬompal believes the most challenging projects can also be the most rewarding.
For their latest groundbreaking product, HP teamed with Compal to design and manufacture the thinnest laptop ever built with the world’s first piston hinge and hyperbaric cooling system. Since its inception in 1935, HP has been one of the industry leaders in PCs.
Teaming with HP to Deliver Spectre, the World’s Thinnest Artisan Ultrabook
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