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Our micro data centers offer a robust and dependable answer to the question of housing and securing your networking and data storage equipment. The facility, in the form of a cabinet, has a host of built-in features, which ensure that your server is secure, accessible and fully portable. Optional extras, such as the Advanced Environmental Monitoring System, are also available to extend the functionality of your unit.
The Zellabox units boast a host of innovative features:
Portability – Compact in design and fully portable.
Fully secure space – A robust construction and dust-proofing for most environments mean that your networking and data storage equipment is safely and securely sealed within the cabinet. Access Control provides higher levels of security, ensuring that only those with authorisation can access the cabinet.
Fully air-conditioned – You no longer need to air-condition a dedicated room for your server; the micro data center’s built-in cooling system gives you a portable, climate-controlled environment for your equipment.
Fire protection – The PyroRack® provides a self-contained automatic fire extinguishing system capable of extinguishing fires within less than 10 seconds of detection.
Environmental Monitoring – Monitors critical environmental conditions, such as temperature, humidity, liquid presence, and intrusion.
Uninterruptible Power Supply – Removes the risk of data loss or error due to power outages.
Power Distribution Unit – A compactly designed PDU which does not require wiring. Simply plug in and use.
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Aug 2010 - Zellabox Releases World First in Remote Server Cooling
The Cubb®Duo not only incorporates all the original features of the original Cubb® Micro Data Center but also includes an extra cooling system all wrapped into the same specialist 19" cabinet. Cubb®Duo still replaces the need for a 3mx3m server room however has the additional cooling system to ensure continuous peace of mind for clients with IT equipment located in remote sites. As with the original Cubb®, the Cubb®Duo can be connected to a generator should the need arise to switch to an alternate source of power – once again meeting critical redundancy requirements.