Regional backbone capacity
High-capacity transport architecture for regional and international routes, designed around distance, resilience and growth.
Optical transport across Asia-Pacific
More capacity from every fiber.
Infinix Technologies designs and delivers optical transport solutions for telecom operators, enterprises and public-sector networks.
Discuss your networkWho we are
Engineering capacity into Asia’s critical networks.
We help organizations make more of their fiber infrastructure through disciplined DWDM engineering and regional execution.
Our work connects network requirements with clear architecture, precise implementation and a practical route to expansion.
Hong KongCore market
IndonesiaCore market
Asia-PacificRegional focus
How we help
One fiber foundation. Four routes to more capacity.
Urban optical transport
Flexible DWDM infrastructure for dense urban traffic, aggregation and fast service expansion.
Inter-site connectivity
Low-latency optical capacity between critical facilities, with a clear path for incremental upgrades.
Fiber capacity upgrades
Practical migration of existing fiber assets to higher capacity while protecting current services and investments.
Our approach
From the first route model to service turn-up.
A focused engineering team for the decisions that shape capacity, availability and long-term operating cost.
Optical network design and link budgeting
DWDM platform selection and integration
Fiber characterization and route assessment
Commissioning, testing and service turn-up
Network management integration
Lifecycle planning and technical support
Where we work
Local attention for networks that cross borders.
We are developing our presence from Hong Kong and Indonesia across the wider Asia-Pacific region, serving business and government customers with demanding connectivity needs.
22°19′NHong Kong
06°12′SIndonesia
Talk to Infinix
What should your next wavelength enable?
Share the route, capacity, timeline or current challenge. We will follow up with the right technical questions.