Most people don’t think about networks until something goes wrong. But good networks? They’re the ones you never notice, because they just work. At Lynx, we design fiber networks that quietly power everything around them—networks that are built to last. Whether it’s deploying FTTH architecture or leveraging xPON technologies like GPON, XG-PON, or XGS-PON, we design networks that maximize performance, scalability, and future readiness.
Every successful network starts with a simple question: What do you need this to do? That question leads to others: Who will the network serve? How will it grow? How do we design networks that support future demand without unnecessary infrastructure costs? At Lynx Planning & Engineering, those questions guide us from start to finish.
Here’s what we deliver:
Precise, cost-efficient routes planned with GIS and LiDAR
A well-planned Outside Plant (OSP) is critical for a network’s longevity and efficiency. By optimizing fiber routes, avoiding unnecessary complexity, and ensuring durability, we create an infrastructure that supports both current operations and future expansions.
Key features of our OSP designs:
GIS Mapping: We visualize every detail to ensure optimal pathways.
LiDAR Analysis: Terrain challenges like elevation and vegetation are no longer problems.
Aerial & Underground Fiber Deployment: Structural load analysis, pole line compliance (ESA 22/04), conduit mapping.
Durable Infrastructure: Designed to last, whether in urban or rural environments.
Efficient Node Placement: Strategic placement minimizes signal loss and simplifies maintenance.
Our OSP designs are built for long-term performance, integrating GIS and LiDAR insights to reduce risk and optimize network efficiency.
If the OSP is the backbone, the ISP is the engine. It’s where performance is decided. A well-designed ISP ensures that what you build outside translates to strong, dependable service inside.
Our designs reduce operational costs, optimize energy use, and maximize real estate usage—ensuring efficient use of available space for both current needs and future expansions.
Central Office (CO) & Data Center Engineering: High-density fiber routing, rack layouts, power redundancy.
Network Transport Design: Core, distribution, and access layer planning for high-speed connectivity.
R-PHY & Distributed Access Architecture (DAA): Node+0 deployment, narrowcast upgrades, and CCAP migration.
DWDM/CWDM Implementation: Dense and coarse wavelength division multiplexing for high-capacity transport
Scalable Infrastructure Planning: ISP frameworks that support future network expansion.
ISP isn’t about bells and whistles—it’s about ensuring that every part of the system works seamlessly together.
Technology matters in fiber design. GIS gives us a clear view of everything—routes, density, and obstacles—before construction begins. LiDAR goes even deeper, revealing terrain details that might otherwise cause problems. Together, they make networks more reliable and more efficient.
Fiber networks don’t look the same everywhere. Connecting a dense city is different from reaching a remote community, so we tailor our designs to meet specific needs.
Scalable designs for homes, businesses, and mixed-use environments.
Engineered for peak efficiency.
Designed for performance and ease of maintenance.
Designing a fiber network is more than a technical job—it’s about solving problems. At Lynx Planning & Engineering, we use tools like GIS and LiDAR to anticipate issues before they happen. We focus on solutions that make your network work better, longer
Data-Driven Decisions: Every design starts with real-world data.
Scalable Solutions: We build networks that grow with your needs.
Integrated Design: OSP and ISP systems that complement each other.
Proactive Problem-Solving: We don’t just react to challenges—we plan for them.
Fiber networks are essential, but building them doesn’t have to be hard. With Lynx Planning & Engineering, you get a partner who simplifies the process. We’ll help you design a network that performs today and adapts to tomorrow.
Let’s build a network that works for you.
We handle FTTH, OSP, ISP, and xPON design. Every project is tailored to the specific needs of our clients.
We use GIS and LiDAR to predict growth and ensure the network can handle future demands.
Yes. Whether it’s Coaxial, RF, or HFC, we ensure seamless integration with your infrastructure.
We design fiber networks for a wide range of industries, including:*
LiDAR identifies terrain challenges early, reducing risks and making construction more efficient.
We specialize in FTTH, FTTB, FTTS, and other configurations. Our designs are scalable and reliable.
10 Parr Boulevard, Suite 208
Bolton, ON L7E 4G9
P: 647-428-8838
info@lynxplanning.com
