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Power over Ethernet

High Power PoE - Smart Building Ready

Power over Ethernet

Power over Ethernet (PoE) delivers both power and data over a single Ethernet cable, simplifying installation while enabling scalable, centrally managed smart building networks.  PoE brings important benefits to enterprise networks: it's a smart way to maximize the capabilities, efficiency, and control of your network, while lowering wiring and labor costs. The growing range of PoE enabled devices can have varying power and bandwidth requirements, so it’s important to have the right cabling infrastructure to support these applications.

Key benefits of PoE in Smart Buildings:

  • Single cable infrastructure: Power and data delivered over one cable reduces wiring and labor costs
  • Simplified installation: Faster deployment compared to traditional AC powered systems
  • Centralized control: Devices can be remotely managed across the network
  • Energy efficiency: Lower energy consumption compared to AC power systems
  • Scalable for IoT: Supports a growing number of connected building devices 

 

Cabling for High Power PoE
High-power PoE (60–90W) supports next-generation applications such as Wi‑Fi® 7 access points, advanced video systems, and smart lighting, enabling higher device density and performance across smart building environments. This makes Cat 6A cabling a must, and cabling system components should be designed to minimize temperature increases and meet industry standards for performance and construction.

 

PoE for Smart Devices and IoT
Many more remote intelligent devices are joining the LAN, including a range of building security access controls, thermostats, IP clocks, and fire alarms. These devices typically require lower bandwidth and power — less that 30 watts. Leviton’s PoE-optimized Cat 6 systems with 23 AWG conductors may be ideal for these applications, providing reliable power delivery and performance for large-scale IoT deployments.

Leviton Solutions

  • Prevent Arcing Damage
    ATLAS-X1™ and EXTREME™ jacks feature PoE-optimized tine geometry that keeps the contact point between the plug and jack away from potential electrical arcing damage that can occur with PoE.
  • Secure, Reliable Connection
    Patented Retention Force Technology offers additional protection against arcing damage, providing constant contact force at the jack/plug interface, preventing inadvertent intermittent disconnects. RFT is available on ATLAS-X1 and EXTREME jacks. Learn more about RFT.
  • Better Heat Dissipation
    ATLAS-X1 is the industry's only UTP jack to feature a solid metal body, which dissipates heat 53% more efficiently than plastic alternatives for greater system performance and longevity.
  • Superior Noise-Cancelling and Heat Management
    UTP cable with Leviton-patented Helix technology features a segmented metallic isolation wrap, which radiates heat better than traditional UTP cable, minimizing the cables' temperature rise — ideal for PoE applications.
  • Lead Frame Design
    Our GIGAMAX™ jack features a lead frame design which increases power-carrying capacity and efficiency, while providing improved durability. Learn more.

Videos

Leviton Systems for Power over Ethernet
Important Considerations for Power over Ethernet
ATLAS-X1™ Connector Integrity for Power over Ethernet

Frequently Asked Questions

High-power Power over Ethernet (PoE++ / 802.3bt) is used for devices that require 60W or more, including Wi‑Fi® 7 access points, digital signage, smart lighting, and video conferencing systems.

No. Many IoT devices such as sensors, access controls, and thermostats typically require less than 30W and can be supported by standard PoE cabling systems.

Cat 6A cabling is recommended for high-power PoE installations because it supports higher bandwidth and delivers up to 90W (PoE++) while minimizing heat buildup and performance loss.

As power levels increase, cables and connections can experience temperature rise that impacts performance and longevity. Solutions designed for heat dissipation — such as optimized cable construction and metal-bodied jacks — help maintain reliable operation in high-power PoE deployments.

PoE enables a centralized, flexible infrastructure that makes it easier to add, move, or upgrade devices without installing new electrical wiring. This supports the growing number of IoT devices in smart buildings and simplifies ongoing expansion.

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