From multiport service terminals and connectorized drop cables to pedestals, termination boxes, and aerial distribution hubs — STL's optical connectivity portfolio speeds FTTx deployment with factory-terminated, field-ready solutions.
Ensuring superfast, reliable, and cost-effective broadband means solving labor shortages and escalating install costs. STL’s optical connectivity portfolio connects the fiber distribution hub to the subscriber with plug-and-play speed.
Pre-connectorized and factory-terminated assemblies reduce field splicing and subscriber connection time.
IP-rated terminals, pedestals, and drop solutions engineered for poles, hand-holes, pedestals, and harsh outdoor conditions.
Port counts, splitter options, and modular assemblies that scale from SDU and MDU builds to aerial and rural deployments.
Explore STL’s full range of hardened, pre-connectorized, and premises connectivity solutions for FTTH and FTTx networks.
Multiport Service Terminal
Connectorized Drop Cable
SC/APC Pullable Drop Cable
Fiber Optic Accessories
Optical Pedestal
Fiber Optic Termination Box
Flexible Multiport Service Terminal
Subrack
Home Termination Box
Spliceless Concatenated Fiber Cable Assembly System
Fiber Distribution Hub
Explore the Aerial Fiber Distribution Hub by topic. Select a question to skip the video to that moment — like chapters on YouTube.
Eric Alston, North American design lead for Sterlite Technologies, introduces STL’s latest product — an aerial fiber distribution hub.
The goal of this product is to avoid pole attachments by mounting the fiber distribution hub on a strand.
Easy latches close and seal the product. The product is sealed to an IP65 rating.
STL offers left- and right-hand versions of the FDH. If you attach on a strand to the left of the pole, cables can route to the right — and cables can also come off the left-hand side when needed.
To achieve density, the Aerial FDH is offered in 144-port, 288-port, and 432-port versions.
Splitters are offered as 1×16, 1×32, and 1×64. The 432-port version uses a 1×64 splitter to maintain density. Density is supported by a stairstep panel design, push-pull tabs on splitter pigtails, and routing rings for fiber pigtails.
Two 32-position parking lots at the center hold unused pigtails until you move them into the distribution field. This version has ten splitter slots — a 288-port build needs nine 1×32 splitters.
Yes — the product can come from the factory fully equipped with splitters. A 288-port configuration is shown with 48 feeder fibers: feeder rows above and the distribution field below, on a stairstepped panel.
Whether you need multiport terminals, connectorized drops, aerial distribution, or premises termination — talk to STL about the right optical connectivity mix for your network.
STL manufactures its own glass preforms; these are the glass cylinders from which all optical fiber is drawn. Owning the base of the supply chain is important, especially during times when fiber demand spikes.
This fiber independence enables STL to develop specialty fibers as we did with Multi-Core fiber (MCF), bend-optimised 200µm, 180 & 160µm formats ; these are the fiber technologies the next generation of AI GPU connectivity will be built on.
With 30 years of industrial-scale fiber manufacturing, STL has been the fiber backbone for network builders across Asia, North America, and Europe.
No two data centers are same and therefore STL cocreates solutions which are tailor-made for your data center build.
End-to-end FTTH solutions from advanced optical fibre cables to high-performance connectivity to speed rollout and lower total cost of ownership
During the trial, STL’s Multiverse™ Multi-Core 4-core Fibre.
With in-house expertise in glass science, material science, precision manufacturing, big picture understanding of network architectures, deep understanding of networking deployment and operations, STL brings complete control and predictability across digital connectivity value chain.
STL’s Celesta IBR Cable combines robust performance for duct installations with the productivity of high-count mass fusion splicing.
QNu Labs, incubated at IIT Madras Research Park in 2016 and backed by the National Quantum Mission.
STL a leading connectivity solutions provider for AI-ready digital infrastructure, today announced a significant..
QNu Labs, incubated at IIT Madras Research Park in 2016 and backed by the National Quantum Mission.
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