STL is a global leader in advanced connectivity solutions, providing end-to-end solutions for buildi AI-ready, FTTx, Rural, Enterprise and Data Centre networks.
India
Joined February 2009
- Tweets5.6K
- Following69
- Followers397K
- Likes393
Q2 FY’27 marks a defining chapter in STL’s growth story.
Our highest-ever quarterly revenue. Our highest-ever EBITDA. A strong order book. And a net debt-free balance sheet.
we continue to push the boundaries of what connectivity can deliver.
The results reflect how far we’ve come. Our ambitions reflect how much further we intend to go.
Our best quarter yet. And every reason to think bigger.
Think Bold. Take Strides.
#STL #TakeStrides #Q2FY27 #DigitalInfrastructure #AIInfrastructure #OpticalConnectivity
What happens when STL’s brightest young minds take the stage to pitch their big ideas? You get an unforgettable, high-stakes version of Shark Tank! 🦈💡
At Convocation Day, our GETs and MTs stepped up to the plate in five teams,
Aerial fiber has a simple job on paper: connect point A to point B.
In the field, weight, installation conditions, span requirements and long-term reliability make the equation far more interesting.
STL will present its work on a next-generation lightweight flat drop optical fiber cable for aerial applications at IWCS 2026.
The paper joins the Fiber Cable Design, Part 2 session on Wednesday, November 4, 12:00 to 3:20 PM.
At IWCS 2026, STL will present new research on high-fiber-density plenum interconnect cables for hyperscale data centres, exploring how cable design can respond to these competing demands without treating any one of them in isolation.
AI data centres need more connectivity. Their racks and pathways do not get unlimited space.
That tension is creating some interesting engineering questions around fiber density, airflow, fire performance and the physical footprint of interconnect cabling.
Now available on-demand!
Exponential AI growth is stretching connectivity, bandwidth, and physical conduit space to their limits. Simply scaling up physical cabling is no longer sustainable.
Stream STL’s exclusive webinar recording to see how multi-core (MCF) and hollow-core (HCF) fiber innovations solve these infrastructure bottlenecks:
What's covered:
• Next-gen fiber architectures built for AI-scale workloads
• How STL is shaping global optical standards
Today’s AI compute may be replaced in two or three years, while the fibre pathways beneath it may still be in place a decade later.
That mismatch changes how AI infrastructure needs to be built. In his latest Forbes Business Council article,
