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Is there any intention to add WiFi support to the dev kit?
Earlier quoted context omitted.
> * Is it FCC-certified? It would certainly appear to lack the FCC ID label/marking it is required to have if it is FCC certified. So probably not. Thus, it also appears doubtful whether it can legally be marketed or sold in the U.S.
A search for "Malouf" on the FCC registration website provided no matches. Most likely this product is not registered. In addition, this product lacks a CE mark and has no UL/FM/CSA listing. I'm curious what creepage/clearance requirements were factor into the design. This product is potentially dangerous if the relay is switching line voltage.
The biggest/best reason I know for using ESP8266 is the integrated WiFi module, but it seems that this doesn’t expose that or at least capitalize on it, which gives little incentive to use this over something like the Teensy. Is there any intention to add WiFi support to the dev kit?
The biggest/best reason I know for using ESP8266 is the integrated WiFi module, but it seems that this doesn’t expose that or at least capitalize on it, which gives little incentive to use this over something like the Teensy. Is there any intention to add WiFi support to the dev kit?
The biggest/best reason I know for using ESP8266 is the integrated WiFi module, but it seems that this doesn’t expose that or at least capitalize on it, which gives little incentive to use this over something like the Teensy. Is there any intention to add WiFi support to the dev kit?
Who has used RS232 voltage for serial in the last 10 years? I'd rather a few MOSFETs to cut the power to everything for lower power. I guess there is a specific market for this and it is not me. I have at least 20 of Esp8266 and esp32 boards around the house. A bit of fun to design and produce though. I would not bother with the ESP8266 anymore considering the marginal cost of the esp32 and it is a much better device…
I convinced my boss to let me sell these as open source since we found many cool IOT uses for them around the office as well, that's why you are getting the RS232 on there but most people probably will not need that feature, but hey... it is there if you need it :)
Who has used RS232 voltage for serial in the last 10 years? I'd rather a few MOSFETs to cut the power to everything for lower power. I guess there is a specific market for this and it is not me. I have at least 20 of Esp8266 and esp32 boards around the house. A bit of fun to design and produce though. I would not bother with the ESP8266 anymore considering the marginal cost of the esp32 and it is a much better device…
Cool - it looks like a well-designed board, although the timing is a bit unfortunate with the ESP32-S2 emerging as an ESP8266 replacement with USB. A few questions: * Should the relay have some sort of isolation, like an optocoupler? * Is it FCC-certified? * Like other people asked, any information on how the antenna was designed? I like the old-school dome LEDs. And it's cool to see another project with a CH340 USB/…
If it doesn't have a shield, it's almost certainly not FCC certified.
If it does, it's more likely to be certified.
Who has used RS232 voltage for serial in the last 10 years? I'd rather a few MOSFETs to cut the power to everything for lower power. I guess there is a specific market for this and it is not me. I have at least 20 of Esp8266 and esp32 boards around the house. A bit of fun to design and produce though. I would not bother with the ESP8266 anymore considering the marginal cost of the esp32 and it is a much better device…
rs232 can run quite long distances.