HP's new densely packed low-power Moonshot server has finally come out of the company's labs and is available to customers in the US and Canada starting at $61,875 (£40,500).
This will be the first time commercial users will get a full view of HP's Moonshot hyperscale class of servers, which are for data centres that handle large volumes of fast-moving social networking, mobile and internet activity. After more than a year of experimentation and multiple delays, the first Moonshot server was released yesterday.
The new Moonshot system includes a chassis that will accommodate up to 45 Proliant servers - also called cartridges - based on Intel's Atom S1200 x86 low-power processors. The company did not immediately announce a Moonshot system based on ARM processors, but has left the door open for such a server in the future.
The server system, which includes the chassis with a switch and fabric, is shipping now in the US and Canada and will ship in other parts of the world at a later date.
There is a growing interest in low-power servers as companies try to squeeze more productivity and power efficiency out of servers. HP first announced Project Moonshot in November 2011 with a dense server running ARM processors, and later added a new design called Gemini with Intel's low-power Atom processors. While Gemini started off with Intel, HP said the server would be architecture agnostic so that ARM and Intel cartridges could be swapped out easily.
The server is for data centres in which performance can be quickly scaled to handle larger volumes of internet or cloud workloads, said Meg Whitman , CEO of HP, during a webcast to announce the server.
HP portrayed Moonshot as a new server type that could save energy, space and cost compared to a host of traditional 1U or 2U servers. One 4.3U Moonshot system can save 89% energy, 80% of space and 77% of cost. The baseline for measurement is racks of HP's Proliant DL380 server, but the company did not provide exact details on the number of servers.
The proof-of-concept Moonshot servers until now were available to 50 customers for testing and benchmarking, said Mark Potter , senior vice president and general manager, Industry Standard Servers and Software at HP.
Beyond the initial offering, future iterations of Moonshot servers will be targeted at applications such as gaming, financial servers, databases and video analysis, Potter said.
The Atom S1200 chip, code-named Centerton, is 64-bit, has an Ethernet controller and supports virtualisation. For specific server workloads, the chip is viewed as being more power-efficient than traditional x86 server chips such as Intel's Xeon or Advanced Micro Devices' Opteron.
The first Moonshot system will support Linux and Microsoft's server operating systems, Potter said.