For decades, the standard IT practice for Australian businesses was to convert office floor space into a localized server room. However, the technical requirements of modern enterprise computing have drastically outpaced the capabilities of standard commercial real estate. Maintaining an on-premise server room today is a massive, highly inefficient financial and operational burden.
Consider the capital expenditure (CAPEX) required to keep a local facility compliant: specialized CRAC (Computer Room Air Conditioning) units, massive UPS battery banks, diesel generators, FM200 fire suppression systems, and biometric physical security access controls. Furthermore, office building power grids simply cannot handle the massive electrical draw of dense modern servers. This reality has driven a massive migration toward colocation data centre providers, where enterprises rent highly secure, purpose-built data center space to house their critical physical hardware.
When evaluating colocation providers, IT leaders must accurately assess their physical footprint requirements. Data center space rental is standardized globally and measured in Rack Units (abbreviated as 'U' or 'RU', where 1U equals 1.75 inches of vertical height). Depending on the scale of your infrastructure, you can lease varying levels of space:
While physical space is straightforward, power density is the true bottleneck of modern IT. The rise of Artificial Intelligence (AI) workloads, hyper-converged infrastructure (HCI), and dense NVMe storage arrays means servers are drawing exponentially more electricity and generating massive amounts of heat.
You must ensure your colocation provider can deliver the specific kilowatt (kW) load per rack your hardware demands. High-density deployments require sophisticated cooling architectures—such as strict Hot Aisle/Cold Aisle containment—to prevent thermal throttling. Premium colocation facilities offer dual, diverse power feeds (an A and B feed) straight to your rack, backed by N+1 redundancy systems to guarantee uninterrupted uptime during grid blackouts.
When you transition to a colocation model, your hardware might be securely housed 50 kilometers away across the city. What happens when a hard drive triggers a failure alert at 2:00 AM on a Sunday? Or when a core switch requires a physical power cycle?
Premium colocation data centre providers solve this logistical nightmare by offering "Remote Hands" or "Smart Hands" services. This allows certified onsite data centre technicians to perform physical tasks on your behalf. Whether it’s swapping hot-swappable drives, patching fiber optic cables, observing LED fault lights, or managing hardware deliveries, Remote Hands act as an extension of your own IT team—eliminating the need for your staff to rush to the facility in the middle of the night.
Amaze operates world-class, sovereign colocation facilities designed specifically to accommodate the aggressive demands of modern enterprise hardware. We provide highly scalable space rental options, high-density power delivery, carrier-neutral connectivity (allowing you to connect directly to the ISP of your choice), and state-of-the-art climate control systems.
Backed by military-grade physical security and round-the-clock expert technical support, our data centres offer the ultimate secure, reliable home for your critical IT infrastructure. Free your business from the limitations of an office server room and scale with confidence alongside Amaze.
