PoEBlox - Compact 360W PoE Switch

BotBlox
SKU:
BB-POE-B-1
Availability:
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$550.00
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Finally! An embeddable PoE switch for Drones and Robots!

4 GigaBit Ethernet Ports and up to 90W per port (360W total)

PoEBlox is a daughterboard that adds full active PoE capability to our range. It is designed as a power delivery daughterboard for GigaBlox Nano, which together forms an ultra compact 4 port gigabit ethernet switch with PoE capability up to 90W per port.

PoEBlox is designed to bring the huge benefits in cost, size and weight of PoE to drones and embedded robotics platforms.

PoEBlox achieves this with the use of an active PSE controller, onboard power FETs, and high power rated RJ45 jacks, all while retaining a very compact form factor.

This system can provide data and power to any standard PoE device, drastically simplifying the construction of PoE based embedded systems.

PoE Standards Compatibility

PoEBlox features a fully featured PSE controller that is compatible with all current active PoE standards detailed below.

PoE Name IEEE Standard Maximum power output per port
PoE IEEE 802.3af 15.4W, 2 pair
PoE+ IEEE 802.3at 30W, 2 pair
PoE++ IEEE 802.3bt (Type 3) 60W, 4 pair
PoE++ IEEE 802.3bt (Type 4) 90W, 4 pair

PoEBlox complies with the IEEE PoE standards, and therefore only applies power to a port after the PoE negotiation with a connected device is complete.

This means that PoEBlox will not work with non-standard PoE (where voltage is simply injected on the ethernet lines without negotiation). In these cases, a simple PoE injector can be used. 

PoE is instead designed for advanced power hungry devices that comply with the active PoE standards.

Configuration

PoEBlox requires no manual setup; simply assemble it with GigaBlox Nano, apply power (between 48-54V), and connect downstream devices. PoEBlox will then begin automatic negotiation with any connected devices to decide how much power to apply to each port.

google_product_category:
Electronics > Networking
condition:
new
custom_product:
false
mpn:
BB-POE-B-1
Input Voltage Range 5-60V (48-60V required for PoE operation)
Power Consumption 1W (not including PoE devices or GigaBlox Nano)
Ports 4 x 10/100/1GBASE-T
Operating Temperature -40°C to +85°C
Storage Temperature -55°C to +125°C
Dimensions 65mm x 50mm x 14.5mm
Port connectors 4 x Molex PicoBlade
HS Tariff Code 8517.62.00.20
US ECCN 5A991
Product Status and Lifetime Active, with a 5-Year Minimum Lifetime
Revision Subrevision Part number Release Date Notes
A 1 BB-POE-A-1 01/11/2020 Initial release (RJ-45 variant)
B 1 BB-POE-B-1 01/01/2024 Redesign with Molex PicoBlade connectors and overall board reduction to 65mm x 50mm
C 1 BB-POE-C-1 01/08/2024 Upgraded STM32 microcontroller to run CLI interface for PoE port management

Finally! An embeddable PoE switch for Drones and Robots!

4 GigaBit Ethernet Ports and up to 90W per port (360W total)

PoEBlox is a daughterboard that adds full active PoE capability to our range. It is designed as a power delivery daughterboard for GigaBlox Nano, which together forms an ultra compact 4 port gigabit ethernet switch with PoE capability up to 90W per port.

PoEBlox is designed to bring the huge benefits in cost, size and weight of PoE to drones and embedded robotics platforms.

PoEBlox achieves this with the use of an active PSE controller, onboard power FETs, and high power rated RJ45 jacks, all while retaining a very compact form factor.

This system can provide data and power to any standard PoE device, drastically simplifying the construction of PoE based embedded systems.

PoE Standards Compatibility

PoEBlox features a fully featured PSE controller that is compatible with all current active PoE standards detailed below.

PoE Name IEEE Standard Maximum power output per port
PoE IEEE 802.3af 15.4W, 2 pair
PoE+ IEEE 802.3at 30W, 2 pair
PoE++ IEEE 802.3bt (Type 3) 60W, 4 pair
PoE++ IEEE 802.3bt (Type 4) 90W, 4 pair

PoEBlox complies with the IEEE PoE standards, and therefore only applies power to a port after the PoE negotiation with a connected device is complete.

This means that PoEBlox will not work with non-standard PoE (where voltage is simply injected on the ethernet lines without negotiation). In these cases, a simple PoE injector can be used. 

PoE is instead designed for advanced power hungry devices that comply with the active PoE standards.

Configuration

PoEBlox requires no manual setup; simply assemble it with GigaBlox Nano, apply power (between 48-54V), and connect downstream devices. PoEBlox will then begin automatic negotiation with any connected devices to decide how much power to apply to each port.

Input Voltage Range 5-60V (48-60V required for PoE operation)
Power Consumption 1W (not including PoE devices or GigaBlox Nano)
Ports 4 x 10/100/1GBASE-T
Operating Temperature -40°C to +85°C
Storage Temperature -55°C to +125°C
Dimensions 65mm x 50mm x 14.5mm
Port connectors 4 x Molex PicoBlade
HS Tariff Code 8517.62.00.20
US ECCN 5A991
Product Status and Lifetime Active, with a 5-Year Minimum Lifetime
Revision Subrevision Part number Release Date Notes
A 1 BB-POE-A-1 01/11/2020 Initial release (RJ-45 variant)
B 1 BB-POE-B-1 01/01/2024 Redesign with Molex PicoBlade connectors and overall board reduction to 65mm x 50mm
C 1 BB-POE-C-1 01/08/2024 Upgraded STM32 microcontroller to run CLI interface for PoE port management