Lava Lamp System

This IR camera system employs a WIZnet W5500 for TCP/IP communication, offering real-time thermal imaging with instant

COMPONENTS Hardware components

M5Stack - FLIR Radiometric Lepton 3.0 Base

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WIZnet - W5500

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PROJECT DESCRIPTION

Hi, this is Benjamin.

I was just Googling and found this UX using our chip on the Department of Electrical, Computer, and Energy Engineering at the University of Colorado Boulder homepage.

Unfortunately, we don't have a Github or code for that solution, but it's a competition organized by AWS and it seems like an interesting topic, Lava lamp, so I thought I'd pass it along.

In fact, I forwarded the link to ChatGPT and asked him to write an introduction.

I will continue to monitor the project and if the code is shared, I will upload it again in the future.

So let's see chatgpt's answer

Answer from ChatGPT

Based on the information obtained from the provided links, the Wiznet w5500 chip is used in the Lava Lamp system, a project sponsored by Amazon Web Services and developed by a team named The FireFlies. The Lava Lamp system is an expandable infrared camera system designed to monitor and display thermal imagery.

The Wiznet w5500 chip plays a crucial role in the Discrete Camera Unit (DCU) of the Lava Lamp system. It provides Power over Ethernet (PoE) and TCP/IP capabilities, which are essential for the system's operation. The DCU also includes a FLIR Lepton 3.5 infrared video camera that captures video at approximately 4 frames per second, and an STM32F412 for data encryption and device management.

The Lava Lamp system is designed to go beyond single-point temperature measurements by leveraging an elastic network of infrared cameras, a central gateway hub, and cloud infrastructure with video feed storage and a live playback dashboard to monitor temperatures. The system offers flexible camera placement options, allowing for specific monitoring of server racks, rows, or groups with ease. All data communication within the system is encrypted end-to-end for enhanced security. The gateway hub manages and sends video feeds to the cloud for secure storage and convenient access by data center technicians.

In terms of user experience, the Wiznet w5500 chip contributes to the system's reliability and flexibility. It enables the system to be powered over Ethernet, reducing the need for additional power sources and making the system easier to install and manage. The TCP/IP capabilities provided by the Wiznet w5500 chip allow for seamless communication within the system and with the cloud, ensuring that the thermal data captured by the infrared cameras can be securely and efficiently transmitted and stored. This contributes to the system's ability to provide unprecedented visibility into a datacenter's thermal landscape.

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