Why go beyond 100 meters?
As networks scale to support IoT and smart building technologies, the 100-meter standard is increasingly no longer enough. Outdoor cameras, access points, and connected devices frequently require links that go well beyond this limit. Leviton extended distance systems deliver structured cabling and hybrid solutions that keep your data center network performing without expensive redesigns.
Leviton offers a complete portfolio of extended distance solutions for networks that need to reach farther. Each system is purpose-built for specific performance requirements, giving designers the flexibility to address real-world challenges without compromise.
Solutions
Beyond Bandwidth Explores Extended Distance Over Copper
In season three of this podcast, we speak with some of the industry’s top thought leaders to investigate how extended distance applications actually work over copper – and show you how to go beyond the 100 m channel limit with exceptional performance.
Frequently Asked Questions
Extended distance Ethernet refers to solutions designed to deliver reliable data, and in many cases power, beyond the standard 100‑meter limit for category cabling. These solutions address situations where traditional structured cabling no longer meets the needs of modern networks with distributed or remote devices.
As networks grow, devices such as cameras, wireless access points, and smart building systems are often installed farther from telecom rooms than before. In large buildings, campuses, and outdoor environments, the traditional 100‑meter limit can restrict device placement or require additional infrastructure that is expensive to fully implement.
Extended distance solutions are commonly used in large indoor spaces, outdoor areas, campuses, warehouses, parking structures, and smart buildings, or anywhere networked devices must be connected beyond typical distances.
Applications such as IP surveillance, Wi‑Fi access points, building controls, digital signage, and other IoT systems often rely on extended distance networking to maintain reliable connectivity in hard‑to‑reach locations.
Some extended distance systems are engineered to deliver Ethernet data along with Power over Ethernet (PoE) to remote devices. This can reduce the need for local power sources and simplify deployment, depending on application requirements.
When only a small number of network links exceed standard distance limits, extended distance solutions can provide a practical alternative to building new telecom rooms. This approach reduces construction and operating costs while maintaining network performance.
Yes. Extended distance networking is often used in retrofit scenarios where tearing into walls or redesigning infrastructure is costly or impractical. These solutions help extend connectivity to areas that were not previously networked.
Extended distance applications are sometimes deployed in environments exposed to temperature variation, moisture, sunlight, or physical stress. Systems designed for these conditions help deliver predictable performance where standard indoor solutions may not provide reliable connectivity.
Achievable distance depends on factors such as system design, cabling type, data rate, and PoE requirements. Extended distance solutions are engineered as complete systems to maintain performance and reliability over longer runs.
Extended distance networking supports scalable designs by allowing networks to expand to new areas and devices without overbuilding infrastructure. This helps organizations adapt as device density and connectivity needs continue to increase. Well designed extended distance solutions also provide support for multiple data rates and PoE power levels to allow future devices to utilize the same network infrastructure.