SERVICES
Innovative Low-Power Solution
Innovative Low-Power Solutions (ILPS) are innovative, low cost and low power devices, easy to program for collecting data or multimedia applications.
What is it
Innovative Low-Power Solutions (ILPS) are innovative, low cost and low power devices, easy to program for collecting data or multimedia applications.
Today we are witnessing an increase in the use of microcontrollers and microprocessors in any field, from industry to entertainment.
Your smartphone, your electronic cigarette, your portable console and your smartwatch are few classic examples of ILPS. Microcontrollers, microprocessors and the entire PCB involved should, therefore, be designed knowing that will be powered by battery or (extreme case) directly from the signal cable. So, the production of low-consumption devices becomes strategic, make this one aspect of the basic parameters in choosing the device itself.
How does it work
The two parameters that rule the low power consumption are: the operating voltage and the current consumption. Multiplying these two parameters we will obtain the total consumption of the device: we want this number to be as low as possible.
Very often it makes the mistake of associating the consumption of the device to the electricity consumption: the operating voltage directly reduces certain thresholds the current consumption and, consequently, the overall energy consumption, but the deduction “Low voltage = low currents” is not a rule.
We are constantly documented on the latest innovative technologies: small sized, with amazing computing power and low energy consumption, are typically powered at 1.8 V, 3.3 V and 5 V, even with a maximum current consumption of no more than 200 mA / h, while in sleep mode of 0.6 uA/h(!).
If you do the math, you can imagine a device that runs on battery power for a decade…
We design our systems only using ILPS
Advantages
Low energy consumption
Rapid prototype
Cheap
Non-invasive
Easily convertible for other projects
Disadvantages
None
Find out about other services that we use for our intelligent systems
Our devices can be used in any type of industrial process, from the field to the finished product.
