HPE ProLiant m510 - Server - cartridge 1-way - 1 x Xeon D-1587 / up to 2.3 GHz - RAM 0 GB - no HDD - no graphics - 10 Gigabit Ethernet - monitor: none - CTO

The HPE ProLiant m510 Server Cartridge with the Intel Xeon D processors are here! Intel Xeon processors bring performance and advanced intelligence into a dense, lower-power system-on-a-chip. The ProLiant m510 Server is helping Hewlett Packard Enterprise lead in the move from the data center to the edge and enabling a wave of technologies that have not been possible before - things like machine learning at the edge, automated maintenance records and augmented maintenance support technologies. There is value to processing these data streams real-time, gaining insight and the ability to act upon that insight long before the data transmitted to and stored for batch analysis at a datacenter or cloud.

• The HPE ProLiant m510 Sever Cartridge offers most of the benefits of the more expensive 1P and 2P servers for a fraction of the power and cooling costs
• The HPE ProLiant m510 Server Cartridge iLO enables reliability which is essential for your system health. iLO provides the automated intelligence to maintain complete server control from anywhere

• Sometimes thinking big means thinking small
  The HPE ProLiant m510 Sever Cartridge offers most of the benefits of the more expensive 1P and 2P servers for a fraction of the power and cooling costs.
• Powerful management and serviceability
  The HPE ProLiant m510 Server Cartridge iLO enables reliability which is essential for your system health. iLO provides the automated intelligence to maintain complete server control from anywhere.

The HPE ProLiant m510 Server Cartridge with the Intel Xeon D processors are here! Intel Xeon processors bring performance and advanced intelligence into a dense, lower-power system-on-a-chip. The ProLiant m510 Server is helping Hewlett Packard Enterprise lead in the move from the data center to the edge and enabling a wave of technologies that have not been possible before - things like machine learning at the edge, automated maintenance records and augmented maintenance support technologies. There is value to processing these data streams real-time, gaining insight and the ability to act upon that insight long before the data transmitted to and stored for batch analysis at a datacenter or cloud.