Equinix Expands Bare Metal as a Service to Osaka and Melbourne to Support Growing Business Ambitions in Asia-Pacific

Strengthening interconnectivity between nodes in two fast-growing metropolitan hubs to meet diversified digital needs

To support the ever-increasing demand in the Asia-Pacific for fully automated as-a-service infrastructure, Equinix, Inc., the world’s digital infrastructure company™, continues to expand its Equinix Metal™ hubs in Asia-Pacific. Equinix’s distributed Bare Metal as a Service is now available in both Osaka and Melbourne in addition to existing access in Hong Kong, Seoul, Singapore, Sydney and Tokyo.

The appetite for market expansion remains strong despite a fluctuating business environment including market uncertainty and supply chain disruptions. According to Equinix 2022 Global Tech Trends Survey, 82% of Asia-Pacific businesses plan on expanding into new markets over the next 12 months. While global enterprises seeking to capture market share and entry into new business territories require to build their own digital infrastructure, they face challenges in committing to digital technology spending amid the uncertain economic environment. With Equinix Metal, businesses can support expansion without the risks of extraneous human and financial capital expenditure. They can tap into Equinix’s digital infrastructure globally and leverage DevOps tools to deploy, maintain and scale their applications to create digital advantages through the world’s largest interconnected technology ecosystem.

Anthony Ho, Director, Product & Platform Marketing, Equinix Asia-Pacific, said: “The launch of Equinix Metal in Osaka and Melbourne meets the growing need for private low-latency digital infrastructure. By offering on-demand and flexible interconnectivity in both metropolitan nodes, enterprises connecting through the ecosystem can effectively scale and test their expansion feasibility in new markets without superfluous talent and financial commitments.”

Highlights / Key Facts

• With the addition of Osaka and Melbourne, Equinix Metal is now available in 25 global metros including the Americas (Atlanta, Chicago, Dallas, Los Angeles, Montreal, New York, S㯠Paulo, Seattle, Silicon Valley, Toronto and Washington, D.C.); in EMEA (Amsterdam, Helsinki, Frankfurt, London, Madrid, Paris, Stockholm); and in Asia-Pacific (Hong Kong, Seoul, Singapore, Sydney and Tokyo).
• In recent years, Osaka and Melbourne have emerged as regional metropolitans for cloud service providers and large-scale enterprises with robust interconnectivity and future-proof hybrid multicloud architecture. According to the Global Interconnection Index 2023 (GXI), a market study recently published by Equinix, Osaka’s interconnection bandwidth is predicted to grow at a compound annual growth rate (CAGR) of 45% from 2020 to 2024. As the second-largest economy in Australia, Melbourne is the fastest growing edge metro in the Asia-Pacific with an expected interconnection bandwidth CAGR of 53%. Both metros have become a magnet for leading cloud and IT service providers, global and local enterprises.
•    The launch of Equinix Metal in Osaka and Melbourne complements existing nodes in Tokyo and Sydney respectively. These dual nodes will enable businesses to access dedicated IT infrastructure at software speed, automating low latency interconnection and foundational network infrastructure that supports their businesses in a digitalized world.
•    Equinix Metal enables enterprises to deploy automated, on-demand, interconnected bare metal infrastructure on Platform Equinix. Integrated with native access to Equinix Fabric, users can tap into low latency access to both private and public cloud environments along with thousands of IT and network providers to implement their own customized hybrid multicloud architecture. Private connectivity and dedicated control equip enterprises with flexible cloud autonomy and instantaneous interconnections to public cloud services. Customers can also leverage Equinix Network Edge to quickly add branded virtual network services to their environments when needed.