LiquidCool launches 8kW edge appliance
23 June 2017 By Peter Judge
Micro data centers go well with fluid
LiquidCool Solutions has launched a sealed appliance that provides 8kW of computing power in a compact liquid cooled casing, for data-intensive edge computing applications.
LCS Edge uses LiquidCool’s proprietary liquid cooling technology, using off-the-shelf components and needing no air conditioning or raised floors. Units holding four, eight or 16 servers are available.
LCS Edge HPC Anywhere 8kW rack
Where do you want it?
“Sending data to the cloud for processing and bouncing information back to the local device is slow and unproductive,” said Herb Zien, CEO, LiquidCool Solutions. “The LCS Edge, which does not require air conditioning and literally can be located anywhere, provides an efficient, cost effective interface between the Internet of Things and the Cloud.”
The module gives all the operational and environmental benefits of liquid cooling, but is cheaper than comparable air-cooled servers and, as an appliance, it can be set up simply, :the release says: ”add power and fiber, attach the radiator, and turn it on.”
The sealed unit isolates the electronics so the unit can operate in harsh environments, where there might be sand, dust, factory waste or pollution in the air.
There are nine standard configurations of LCS Edge, and the appliance can be further customized for different processor, memory, storage and I/O requirements.
Liquid cooling uses a fluid to cool systems, instead of a flow of air. This enables IT equipment to be operated at a higher density, which has led to its use in high performance computing. Immersion cooling in particular submerges the whole IT rack, or parts of it in coolant.
lcs edge rack stack 002
LiquidCool has been in operation for some years, and offers immersion cooling for high density IT components. The system places each server blade in a sealed module, and circulates coolant fluid through the module. It has similarities to the UK’s Iceotope, but circulates the coolant outside the blade, instead of using a secondary water circuit.