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Shrike Lab

USB-C PDU V1 - Assembled PCB

USB-C PDU V1 - Assembled PCB

Regular price $68.00 NZD
Regular price Sale price $68.00 NZD
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This product is on Pre-Order!

Pre-orders close July 31. Shipping begins by mid-September, allowing time for component manufacturing and kit assembly.

 

Shrike PDU is a rack mountable USB-C PD 3.0 based power delivery solution for homelabs and compute clusters.

Cable management and power delivery can be a challenging problem when building inside server racks, especially when working in confined spaces. Shrike PDU is made to ease some of the cable management woes by consolidating power delivery into a single unit. Built around USB-C PD 3.0 modules, it provides up to 325 watts of power across 5x 65W USB-C outputs. These outputs can be used for anything that accepts 65W USB-C as a power source, e.g. network switches, mini PCs / single-board computers, screens.

This option includes only an assembled PCB and does not include the USB-C PD output daughter boards. Removing the need for SMD soldering equipment, but will still require you to terminate your own harnesses and source all other components.

What's included:

  • Assembled Shrike PDU PCB

Main Features:

  • Kits can be built in either 10" or 19" 1U form factors with up to 10 outputs (10 will require a second kit)
  • 65W capability on each port via 5V, 9V, 15V and 20V USB-C Power Delivery profiles
  • All ports can supply up to 65W simultaneously within the 325W total system limit

Notes:

  • PCB used in product pictures is a demo unit, the dispatched product will be the most updated version
  • Kit will require a soldering iron to assemble the Power Delivery boards to the main PCB
  • Kit will require purchase of a power supply (Meanwell HRP-300-24)
  • Kit will require you to print / manufacture a housing of your choosing
  • 24V input only

Safety:
This is a DIY kit intended for users comfortable with soldering and DC power systems.

Shipping:

International orders may be subject to customs duties and taxes, which are the responsibility of the customer.

The assembly details, housing STL and STP files, renders can be found here on the public GitHub Repository.

 

Latest video on revisions and testing:

 

Video on the initial build:

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