PoE PD evaluation kits contain an evaluation board with RJ-45 jacks to allow direct connection into a PoE-enabled system, as well as power supply connectors to enable monitoring of the Si3402B’s regulated dc output. EVBs are configured by default to generate a 5V output. The EVB Users Guides provide a tabular summary of the BOM changes required to configure the Si3402B to generate 3.3V, 9V and 12V output supplies.

PoE PD evaluation kits contain an evaluation board with RJ-45 jacks to allow direct connection into a PoE-enabled system, as well as power supply connectors to enable monitoring of the Si3402B's regulated dc output. EVBs are configured by default to generate a 5V output. The EVB Users Guides provide a tabular summary of the BOM changes required to configure the Si3402B to generate 3.3V, 9V and 12V output supplies.

The Si3404 12V Class 3 Evaluation Kit demonstrates a complete IEEE 802.3at Power over Ethernet PD system using Si3404 PoE PD device. A single Si3404 manages the PoE interface and dc-dc conversion.

The Si34061 5V Class 4 Evaluation Kit demonstrates a complete IEEE 802.3at Power over Ethernet PD system using Si34061 PoE PD device. A single Si34061 manages the PoE interface and dc-dc conversion.

The Si3404 3.3V Class 2 Evaluation Kit demonstrates a complete IEEE 802.3at Power over Ethernet PD system using Si3404 PoE PD device. A single Si3404 manages the PoE interface and dc-dc conversion.

The Si3404 5V Class 2 Evaluation Kit demonstrates a complete IEEE 802.3at Power over Ethernet PD system using Si3404 PoE PD device. A single Si3404 manages the PoE interface and dc-dc conversion.

The Si3404 12 V Class 3 evaluation kit demonstrates a complete isolated 15 W Power over Ethernet PD system using our Si3404 PoE PD device. A single Si3404 manages the PoE interface and dc-dc conversion. The isolated flyback converter outputs up to 1 A for a total power of 15 W while using a standard, off-the-shelf transformer. The Sifos IEEE compliance report, schematics, and layout, are all found in the User’s Guide.

The Si3404 3.3 V Class 3 evaluation kit demonstrates a complete isolated 15 W Power over Ethernet PD system using our Si3404 PoE PD device. A single Si3404 manages the PoE interface and dc-dc conversion. The isolated flyback converter outputs up to 3.5 A for a total power of 15 W while using a standard, off-the-shelf transformer. The Sifos IEEE compliance report, schematics, and layout, are all found in the User’s Guide.

The Si3404 5 V Class 3 evaluation kit demonstrates a complete isolated 15 W Power over Ethernet PD system using our Si3404 PoE PD device. A single Si3404 manages the PoE interface and dc-dc conversion. The isolated flyback converter outputs up to 2.5 A for a total power of 15 W while using a standard, off-the-shelf transformer. The Sifos IEEE compliance report, schematics, and layout, are all found in the User’s Guide.

The Si34061 5V Class 4 Evaluation Kit demonstrates a complete IEEE 802.3at Power over Ethernet PD system using Si34061 PoE PD device. A single Si34061 manages the PoE interface and dc-dc conversion.

The Si34061 12V Class 4 Flyback Evaluation Kit demonstrates a complete IEEE 802.3at Power over Ethernet PD system using Si34061 PoE PD device.

The Si34062 Class 2 Dual Output Evaluation Kit demonstrates a complete IEEE 802.3at Power over Ethernet PD system using Si34062 PoE PD device. A single Si34062 manages the PoE interface, dc-dc conversion, and advanced power modes. The isolated flyback converter supports 7.5W with both a 5V and a 3.3V output. With the push of a button the Si34062 puts the system to sleep or wakes it up, all while maintaining the PoE connection.

The Si3406 Compact 5V Buck Class 2 Evaluation Kit demonstrates a complete IEEE 802.3at Power over Ethernet PD system using Si3406 PoE PD device. The Si3406’s internal diode bridges, FETs, PoE interface, and dc-dc controller offer a complete PoE solution while using minimal PCB space.

The Si3406 12 V Class 2 evaluation kit demonstrates a complete isolated 7 W Power over Ethernet PD system using our Si3406 PoE PD device. A single Si3406 manages the PoE interface and dc-dc conversion. The Si3406 PD integrates an internal rectifier bridge, detection circuit, classification circuit, dc/dc switch, hotswap switch, TVS overvoltage protection, dynamic soft-start circuit, cycle-by-cycle current limit, thermal shutdown, optional synchronous secondary rectification driver, automatic and user-mode MPS functionality, and inrush current protection. The isolated flyback converter outputs up to 0.45 A for a total power of 7 W while using a standard, off-the-shelf transformer. The Sifos IEEE compliance report, schematics, and layout, are all found in the User’s Guide.

The Si3406 3.3 V Class 2 evaluation kit demonstrates a complete isolated 7 W Power over Ethernet PD system using our Si3406 PoE PD device. A single Si3406 manages the PoE interface and dc-dc conversion. The Si3406 PD integrates an internal rectifier bridge, detection circuit, classification circuit, dc/dc switch, hotswap switch, TVS overvoltage protection, dynamic soft-start circuit, cycle-by-cycle current limit, thermal shutdown, optional synchronous secondary rectification driver, automatic and user-mode MPS functionality, and inrush current protection. The isolated flyback converter outputs up to 1.45 A for a total power of 7 W while using a standard, off-the-shelf transformer. The Sifos IEEE compliance report, schematics, and layout, are all found in the User’s Guide.

The Si3406 5 V Class 2 evaluation kit demonstrates a complete isolated 7 W Power over Ethernet PD system using our Si3406 PoE PD device. A single Si3406 manages the PoE interface and dc-dc conversion. The Si3406 PD integrates an internal rectifier bridge, detection circuit, classification circuit, dc/dc switch, hotswap switch, TVS overvoltage protection, dynamic soft-start circuit, cycle-by-cycle current limit, thermal shutdown, optional synchronous secondary rectification driver, automatic and user-mode MPS functionality, and inrush current protection. The isolated flyback converter outputs up to 1.05 A for a total power of 7 W while using a standard, off-the-shelf transformer. The Sifos IEEE compliance report, schematics, and layout, are all found in the User’s Guide.

The Si3406FBC2-KIT contains an evaluation board with RJ-45 jacks to allow direct connection into a PoE-enabled system, as well as power supply connectors to enable monitoring of the Si3406’s regulated dc output. The board features a non-Isolated flyback topology for high-efficiency power conversion, and is configured for Class 2 (7W and below) power. The board can be re-configured for other power classes with simple BOM changes as described in the User’s Guide.

The Si3406FBC3-KIT contains an evaluation board with RJ-45 jacks to allow direct connection into a PoE-enabled system, as well as power supply connectors to enable monitoring of the Si3406’s regulated dc output. The board features a non-Isolated flyback topology for high-efficiency power conversion, and is configured for Class 3 (15W and below) power. The board can be re-configured for other power classes with simple BOM changes as described in the User’s Guide.

The Si34071 5 V Class 8 evaluation kit demonstrates a complete 71 W IEEE 802.3bt Power over Ethernet Powered Device system using our Si34071 PoE PD device. A single Si34071 manages the PoE interface and dc-dc conversion.

The Si34071 5 V Class 8 evaluation kit demonstrates a complete 71 W IEEE 802.3bt Power over Ethernet Powered Device system using our Si34071 PoE PD device. A single Si34071 manages the PoE interface and dc-dc conversion.

The Si3454-KIT is intended for detailed engineering evaluation of the Si3454 PoE subsystem. It enables register-level control and exploration of the chip, as well as port status and power monitoring with a rich graphical user interface (GUI) environment.

The Si3459-KIT is intended for detailed engineering evaluation of the Si3459 PoE subsystem. It enables register-level control and exploration of the chip, as well as port status and power monitoring with a rich graphical user interface (GUI) environment.

Easily add a single, IEEE compliant, 30W PoE Ethernet port using the Si3462! The Si3462-EVB offers a complete single port mid-span or end-span solution, including schematics and PCB layout recommendations.

Jump start 90W, 802.3bt PoE designs using the easy to use, easy to understand Si3471 EVB.

Accelerate bringing IEEE 802.3bt PoE to Ethernet switches, recording systems, and industrial devices with the Si3472 development kit.

Accelerate bringing IEEE 802.3bt PoE to Ethernet switches, recording systems, and industrial devices with the Si3473 development kit.

Accelerate bringing 802.3bt PoE to Ethernet switches, recording systems, and industrial devices with the Si3474 development kit.