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MEET US AT
IWCS 2026

Our Glass to
Your Networks

6 Oral Presentation | 2 Poster Papers

6 Oral Presentation |
2
Poster Papers

From hyperscale data centers and advanced fiber technologies to next-generation cable design and network architectures, STL is bringing 8 technical research papers to IWCS 2026.

Join us as our researchers explore some of the engineering questions shaping the next generation of connectivity.

Engineering What’s Next in Connectivity

For over three decades, STL has been transforming the science of optical communication into high-performance network solutions.

With expertise spanning advanced glass preforms, optical fiber, optical cables, connectivity and network solutions, we work across the optical value chain to help build resilient, high-performance digital infrastructure for telecom, hyperscale and enterprise networks.

It is this depth of optical and cable engineering that continues to drive our research into what networks will need next.

8 Papers.

Across the Connectivity Spectrum.

At IWCS 2026, STL researchers will share work addressing emerging challenges across:

Hyperscale Data Centers

High-density interconnect cable design

Advanced Fiber Technologies

Multi-core and single-core fiber cable architectures

Next-Generation Cable Engineering

Lightweight aerial designs and fire-performance optimisation

Modelling & Cable Mechanics

High-fiber-count strain prediction, bend behaviour and fiber handling

Future Network Architectures

Single Pair Ethernet and long-reach outdoor connectivity
IWCS 2026 – Session Details Abstract No. Date & Time Presenter
POSTER SESSION Monday,
November 2,
4:00–6:00 PM
1 A Numerical Framework for Optimizing The Bending Stiffness of Optical Fiber Sensing Cables via Internal Friction Modeling; 1006_1496_000067 Sandeep Gaikwad
2 Optical Fiber Bobbin Strength Optimization to Minimize the Flexural Behavior During Handling Operations 1006_1496_000068 Sandeep Gaikwad
SESSION 6: FIBER CABLE DESIGN – PART 1 Chairperson: Wayne Kachmar, Technical Horsepower Consulting LLC Wednesday,
November 4,
8:30–11:50 AM
3 High Fiber Density Interconnect Plenum Cables for Hyperscale Datacenters 1006_1496_000096 Mohammad
Shahid Khan
SESSION 10: FIBER CABLE DESIGN – PART 2 Chairperson: Bülent Kose, Panduit Corp. Wednesday,
November 4,
12:00–3:20 PM
4 Next Gen Light Weight Flat Drop OFC Cable for Aerial Applications; 1006_1496_000098 Darshana Joshi
5 Fire Rating Optimization for Interconnect Optical Fiber Cables; 1006_1496_000099 Darshana Joshi
6 Non-Linear Model for Predicting Tensile Strain in Higher Fiber Count IBR Uni-Tube Cable Designs; 1006_1496_000094 Sandeep Gaikwad
SESSION 12: COPPER SINGLE PAIR ETHERNET Chairperson: Trent Hayes, CommScope Wednesday,
November 4,
12:00–2:05 PM
7 Navigating the Complexities of Outdoor Ethernet Cabling: Evaluating SPE and Long-Reach Solutions to Optimize Network Efficiency; 1006_1496_000090 Mohammad
Shahid Khan
SESSION 10: FIBER CABLE DESIGN – PART 2 Chairperson: Bülent Kose, Panduit Corp. Wednesday,
November 4,
12:00–3:20 PM
8 Design and Performance of a Composite Unitube MCF and SCF Armored Cable 1006_1496_000097 Darshana Joshi

Meet STL at
IWCS 2026

Connect with STL’s experts and explore the research, material science and engineering thinking behind the next generation of optical and connectivity infrastructure.