Not Quite

Not to sound contradictory, but researchers have not tested the material at room temperature yet. From reducedmass.com,

"What they did was follow up on a suggestion made in 2004 by Prof. Ashcroft of Cornell, that suggested that if high enough density of hydrogen could be prepared in a solid, it might exhibit superconducting properties. He suggested using Hydrogen rich compounds, which is exactly what they did (Silane). They did indeed achieve this high density hydrogen state in silane, and subsequently detected superconductivity. The temperature they found it to superconduct at was actually 16K (around 280K would be room-temperature), at a pressure of 120 Giga-Pascal, and as Dr. Tse said, 'A good understanding of the mechanism may lead to the design of materials with even higher T_c'."