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Remote control unitPrototyping first version of small remote control with 3 different receivers. My pcb's was 110% quality and totally pleased with these!6200 0 Jan 08.2016, 18:45:43 -
Aquarium Light SwitcherThe Lightcontroller has 10 outputs to control 10 individual lights through LAN. I will use it to control the lighting in the Aquarium with either my iPhone or a windows server software that can have several scenarios to set the lighting right. I will have outside lightsensors to simulate the light outside. It also has input for digital temperature sensors to control temperature in the water.4005 0 Jan 08.2016, 03:13:39 -
6055-0002A_FabGreat PCB board from PCBGOGO5877 0 Jan 06.2016, 20:45:23
- Comments(10)
S****NKO
Oct 28.2026, 00:48:09
I've been reading about PCB manufacturing and how important reliable hardware is for modern technology projects. One thing that caught my attention is what happens after a circuit board has been manufactured and tested. For connected devices, the hardware is only one part of the system, especially when information needs to be collected, processed, and accessed remotely.
While exploring PCB-related discussions, including PCB-01, I started thinking about the role of cloud infrastructure in IoT projects. For example, a monitoring device might use a custom circuit board to collect sensor readings, but it also needs a reliable backend to store that information and display it through a web application.
This is where services such as AWS can become useful. I came across https://litslink.com/technologies/aws-development-and-consulting-services while researching cloud development and consulting.
Personally, I think hardware and software planning should happen together, particularly when developing connected products. Choosing suitable cloud infrastructure, securing device communication, and planning for future scalability can prevent problems later.
I'm interested in how other developers approach the connection between PCB-based devices and cloud applications, especially when moving from an early prototype to a larger production system.
S****NKO
Oct 28.2026, 00:48:02
I've been reading about PCB manufacturing and how important reliable hardware is for modern technology projects. One thing that caught my attention is what happens after a circuit board has been manufactured and tested. For connected devices, the hardware is only one part of the system, especially when information needs to be collected, processed, and accessed remotely.
While exploring PCB-related discussions, including , I started thinking about the role of cloud infrastructure in IoT projects. For example, a monitoring device might use a custom circuit board to collect sensor readings, but it also needs a reliable backend to store that information and display it through a web application.
This is where services such as AWS can become useful. I came across https://litslink.com/technologies/aws-development-and-consulting-services while researching cloud development and consulting.
Personally, I think hardware and software planning should happen together, particularly when developing connected products. Choosing suitable cloud infrastructure, securing device communication, and planning for future scalability can prevent problems later.
I'm interested in how other developers approach the connection between PCB-based devices and cloud applications, especially when moving from an early prototype to a larger production system.
O****Che
May 10.2026, 16:18:24
O****Che
May 10.2026, 16:16:42
O****Che
May 10.2026, 16:16:28
O****Che
May 10.2026, 16:15:49
O****Che
May 10.2026, 16:15:04
D****iel
Mar 13.2026, 20:35:12
p****vik
Dec 18.2025, 06:23:54
R****Kja
Dec 04.2025, 21:23:07