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{| |E-Cube makes use of several Raspberry Pi 4 nodes, each connected to a uSMU [https://github.com/joeltroughton/uSMU/tree/main] source measurement unit, and custom ad..."

2024-04-02T10:28:03Z

Created page with "<br /> {| |E-Cube makes use of several Raspberry Pi 4 nodes, each connected to a uSMU [https://github.com/joeltroughton/uSMU/tree/main] source measurement unit, and custom ad..."

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|E-Cube makes use of several Raspberry Pi 4 nodes, each connected to a uSMU [https://github.com/joeltroughton/uSMU/tree/main] source measurement unit, and custom add-on card containing analog switches to selectively connect or disconnect interfaces such as UART or Spy-by-Wire between the MSP430UIF, Raspberry Pi, and target node. As such, each observer node supplies a target node with a predefined energy trace and measures the computational performance via proof-of-work algorithms.
Each observer, which is powered by PoE and connected via Ethernet to a central server, is completely agnostic to the hardware platform chosen as a target, as long as the latter can be programmed via USB and powered via a 0-5V supply.
Currently each E-Cube node is attached to a MSP430FR5994 Launchpad (MSP-ESP430FR5994 [https://www.ti.com/tool/MSP-EXP430FR5994]) as target node.

Observer Nodes - Revision history

Schuschu: Created page with " {| |E-Cube makes use of several Raspberry Pi 4 nodes, each connected to a uSMU [https://github.com/joeltroughton/uSMU/tree/main] source measurement unit, and custom ad..."

Schuschu: Created page with "
{| |E-Cube makes use of several Raspberry Pi 4 nodes, each connected to a uSMU [https://github.com/joeltroughton/uSMU/tree/main] source measurement unit, and custom ad..."