A pair of metal levers (one of which is obscured by the fan baffle in
this image) retain the heatsink in its place on top of the CPU.
The notches on the bottom of the heatsink are there to ensure that it is installed with the correct orientation. You can also see the copper heatpipes within the heatsink in this image. The Intel Xeon processors used in this server utilise a Socket J CPU interface featuring 771 pins similar to the 775-ping Socket Tinterface used on desktop systems.
To remove or install a CPU the lever must first be unlocked and raised and then the CPU retention cover must be raised.
Much like Socket T systems Socket J systems also feature a land-grid array (LGA) design. This processor package also features two notches again to ensure that the CPU is installed with the correct orientation.
Some servers feature internal USB headers. It’s not uncommon to see USB keys installed within servers as this provides the means to
remotely update server firmware during the boot process or to install updated drivers during remote installation.
A number of fan trays are installed in the front of the server in order to provide cooling to the components that reside behind. A total of six
fans are installed here in redundant pairs.
Each fan tray can be removed simply by lifting it off the main board. This image also shows the fan headers on the main board that owers each pair of fans.
The Full Tour
The HP DL360g5
Looking inside the server
Heatsink CPU and fans
Memory slots and graphics card
Identifying the server USB and LEDs
Other storage options
Managing the cables
Managing the server