Cybermax: ATS Auto Transfer Switch Solutions You Can Count On​

ATS Auto Transfer Switch, is a crucial component within any data centre’s power management system. 

It works as a failsafe mechanism, automatically transferring power sources in the event of an outage or disruption. Auto transfer switch solutions are commonly used in the IT infrastructure of emergency service providers, such as hospitals, where it is vital that systems remain fully functional around the clock, or in high-demand industries such as banking, where a few minutes of downtime can result in significant losses. 

With redundant power inputs, an ATS ensures that your servers remain online and operational, mitigating the risk of costly downtime and data loss – in the event of a power outage, the ATS ensures a seamless transition to backup power, leaving your data systems unaffected.

At Cybermax, we specialise in providing top-of-the-line ATS solutions tailored to the unique needs of our clients in Singapore. Our ATS devices are designed to seamlessly integrate into your existing infrastructure, offering robust performance and unparalleled reliability.

Key Design Features

Redundant Power Inputs: Our ATS units feature dual power inputs, allowing for seamless switching between primary and backup power sources. This redundancy ensures continuous operation even in the face of unexpected power failures.

Advanced Monitoring Capabilities: Advanced monitoring features, including real-time status updates and remote management capabilities, are benefits you can expect with a Cybermax ATS. Auto transfer switches we install come with comprehensive monitoring tools through which you can easily track power usage, diagnose issues, and optimise performance for maximum efficiency. 

Automatic Failover: In the event of a power outage or voltage irregularity, our ATS units automatically detect the problem and initiate a swift transfer to the backup power source. This automatic failover process minimises disruption and ensures uninterrupted access to your critical data.

Scalability: Whether you’re managing a small server room or a large-scale data centre, Cybermax ATS solutions can be scaled to meet your growing needs. With flexible configurations and expansion options, we account for evolving infrastructure requirements when implementing the ATS. Our auto transfer switches – like all our products – are designed with growth in mind.

Seamless Integration: Our ATS units are designed for seamless integration with a wide range of server-related infrastructure, including wall-mounted data cabinets, power distribution units (PDUs), and server enclosures – which we can also provide and install. This compatibility ensures hassle-free deployment and minimal disruption to your operations, with a one-stop solution for all your server hardware management needs.

The Cybermax Advantage

What sets Cybermax apart from the other IT infrastructure service providers in the market is our passion-driven approach. We entered the market with a vision of uplifting standards, and in the many years since, we’ve kept striving to go the extra mile to incorporate the latest advancements to benefit our clients. 

In this way, we ensure that all solutions we implement are done so with an eye to the future – both in terms of network administration as well as budget management. Get in touch with our experts today to schedule an assessment of your existing infrastructure, and we will suggest the most cost-effective ways to maximise physical security, space efficiency, and output.

Cybermax, a leading name in the industry, offers state-of-the-art Power Distribution Units in Singapore that are designed to elevate your IT infrastructure to the next level. Our expertise stretches across all aspects of data management, including the supply and installation of server cabinets and server racks in Singapore, positioning us to provide you with an optimised solution. Whether you require a 42U server rack, an enclosed server rack with cooling, or a comprehensive power management solution, Cybermax has you covered.