Broadband Network Design and Planning

Overview

Fiber networks are the backbone of the modern information economy. The strength of this backbone depends on how smartly and precisely it’s designed.

At Pixel Softek, we partner with large MSOs and broadband providers to deliver design services that accelerate rollouts, optimize signal paths, and future-proof networks. From FTTH, EPON GPON, and XGSPON to node splits, permit drafting, and as-built documentation—we transform broadband ambitions into fully connected realities.

Pixel Softek Core Services

We specialize in engineering Mid-Split and High-Split node upgrades to boost upstream performance and prepare networks for DOCSIS 3.1 & 4.0. 

From legacy upgrades to rural broadband and small-cell Wi-Fi deployments, Pixel Softek’s HFC designs are built for higher capacity, lower latency, and longer service life. 

Pixel Softek delivers high-performance fiber networks—FTTH, EPON, GPON, XGSPON, Metro-E and fiber backbone .

Our experts design scalable layouts for dark fiber, hyperbuilds, and enterprise-grade connectivity, ensuring optimized signal flow, construction-readiness, and future scalability.

Each plan is backed by rigorous QA and as-built validation to guarantee what’s designed is what’s delivered.

Our permit packages are built for compliance and speed.

We transform field survey data into municipality-aligned drawings that pass first-time approvals and shorten project timelines.

Every submission adheres to local formats, zoning codes, and utility standards—ensuring regulatory precision and zero rework.

Pixel Softek turns data into design intelligence. Our address scrubbing, base map creation, and CAD-to-GIS conversions ensure data integrity from planning to post-deployment.

By combining geospatial accuracy with automation, we help clients reduce errors, improve traceability, and achieve faster service activation.

We use technology to simplify complexity, connect systems, and open digital opportunities for businesses. Our solutions are built on a foundation of modern frameworks and tools, including: