Silvertel has designed and developed a wide range of Power over Ethernet (PoE) modules, including the worlds smallest package and the highest power modules available. We manufacture different packages, output power and output voltages to suit a huge variety of different applications. Our PoE modules require minimal external components and all have built-in signature recognition which complies to the IEEE802.3af standard. For flexibility within product ranges, many of our modules offer different output voltage options and include thermal protection, while all have output voltage offset adjustment, overload and short circuit protection included. These PoE modules provide a cost effective, easy to use solution for applications such as Voice over Internet Protocol phones (VoIP phones), webcams, wireless access points, security cameras, security equipment and door entry systems. Dependent on module, there are single in line (SIL), dual in line (DIL) and surface mount (SMT) packages available.

Click a product family from the chart below to view details and modules
Module Type IEEE 802.3af 13W IEEE 802.3at 30W POE Ultra 60W Power over HDBaseT 100W
Isolated PD Ag9900
Ag5500 – FE
PSE Ag6100
Ag6110    Ag6600

Our Products

  • Ag9200 Series
    Product Info The Ag9200 are a series of PoE modules that provide higher efficiency than standard Silvertel products. They extract power from a conventional twisted pair Category 5 Ethernet cable, [...]
  • Ag9300 Series
    Product Info The Ag9312 and Ag9330 modules are ideal for Security Applications such as cameras where standard AC and DC supplies are used as a backup or as an installation [...]
  • Ag9700 Series
    Product Info The Ag9700 series of PoE modules are designed to extract power from a conventional twisted pair Category 5 Ethernet cable, conforming to the IEEE 802.3af Power over Ethernet [...]
  • Ag9800 Series
    Product Info Ag9800 is the smallest PoE module in the world. It is designed such that the addition of just two diode bridges and an electrolytic capacitor to this tiny [...]