Expand and Enclose Your New Mac Pro at the Same Time
The new Mac Pro has become the object of desire, but a lustrous finish hides its true beauty—the massive power within. If you're a pro user in the video or audio industries, the Mac Pro offers the power you need, but lacks the built-in expandability you count on. In order to achieve this engineering feat, Apple® designers stripped away components and space to a minimum, taking out PCIe slots and drive bays, and packed the remaining components into a small cylinder. Its compact size makes the new Mac Pro more transportable and rackable, but prevents onboard installation of PCIe expansion cards. In addition, the computer still requires an enclosure to make it road- or rack-ready and provide convenient cable management. Sonnet's xMac Pro Server PCIe expansion system/4U rackmount enclosure addresses these issues and increases a Mac Pro's potential in a big way.
Building on the concept of our award-winning xMac mini Server PCIe 2.0 expansion system/1U rackmount enclosure for Mac® mini, we designed a 4U rackmount enclosure exclusively for the new Mac Pro, and integrated the three PCIe 2.0 slots, 20Gbps Thunderbolt 2 technology, and expandability of Echo Express III-R Thunderbolt 2 expansion chassis for PCIe cards. Like the III-R, xMac Pro Server provides space for you to mount additional equipment, such as storage expansion. To support a wide range of popular mobile racks, carts and portable rack cases, xMac Pro Server is just 16" deep. The xMac Pro Server securely holds the computer and installed cards, making your Mac Pro fully rack- and road-ready.
Connect Up to Three PCIe Cards to Your New Mac Pro
Sonnet's xMac Pro Server supports three full-length PCIe cards. It integrates a universal 300W power supply and includes a 75W PCIe power connector for cards that require supplementary power, such as the Avid® Pro Tools|HDX or the new RED® ROCKET-X. Even with all that power, xMac Pro Server is enviro-friendly; it automatically powers the PCIe expansion system on or off whenever the connected computer powers on or wakes, or powers off or sleeps, respectively.