PoE Trends and Development

Without any changes to the existing Ethernet cabling architecture, PoE technology enables a twist pair copper cable to provide both data transmission and DC power to devices, such as wireless access points, VoIP phones, network cameras, etc., which help realize the maximum network convergence of lighting system, voice exchange system, sensor system, ventilation control system, building automation control system and structured cabling system.
PoE standard has evolved from IEEE 802.3af to IEEE 802.3bt. This standard introduces new PoE Type 4 and raises the power transmitted from 15.4W to maximum 100W, which could meet the demand for high-power applications like LED lights, or even charging laptop batteries.

Challenges

When 4PPoE is applied, the temperature of the cabling will rise due to heat generation in the copper conductors which results in an increase of transmission loss and aging of outer jacketing. The remote powering can also cause the potential for electrical arcing damage to connector contacts, which can lead to power and efficiency losses, performance degradation and the potential for damaged connecting hardware. How to deploy a reliable cabling infrastructure for the remote power support is the important issue we are facing now.

Features & Benefits

  • Safety With Low Voltage Supplies

  • Flexible and Scalable Designs

  • Energy Saving

  • Quick Installation

VERICOM PoE Cabling Solutions

Data Center and Structured Cabling infrastructure are the premise of building an information platform, and act as the nervous system of a hospital network. VERICOM, as a professional provider of network communication and network energy, can offer the following solutions to support hospital facilities and campuses.
  • Product Solutions
  • Related Resources

Copper Cabling Solutions

Category 6A Shielded Solutions Category 6A Unshielded Solutions

  • VERICOM PoE Cabling Solutions

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