---
title: "Nanopower redefines low-power design: An interview with ipXchange"
description: "Nanopower redefines low-power design: An interview with ipXchange"
image: https://nanopowersemi.com/hubfs/Nanopower_nPZero_1200x627.jpg
---

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 Jul 29, 2024, 2:01:41 PM

# Nanopower redefines low-power design: An interview with ipXchange

![Picture of Jan Frode Bergsø](https://nanopowersemi.com/hs-fs/hubfs/Jan-Frode-Profile.jpg?width=50&name=Jan-Frode-Profile.jpg) [Jan Frode Bergsø](https://nanopowersemi.com/news/author/jan-frode-bergsø)

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Nanopower is excited to share insights from our recent interview with [ipXchange](https://ipxchange.tech/news/nanopower-pmic-redefines-low-power-design/), where we introduced the groundbreaking nPZero power-saving IC. This innovative IC is set to revolutionize ultra-low-power designs, especially those powered by harvested energy.

### Watch the interview

Watch our interview with [ipXchange](https://ipxchange.tech/news/nanopower-pmic-redefines-low-power-design/) to learn more about how the nPZero can transform your low-power designs.

[![Interview-ipxchange2](https://nanopowersemi.com/hs-fs/hubfs/Interview-ipxchange2.jpg?width=960&height=502&name=Interview-ipxchange2.jpg)](https://ipxchange.tech/news/nanopower-pmic-redefines-low-power-design/)

[Play video](https://youtu.be/PCvFeqoWtCU)

[ipXchange Article](https://ipxchange.tech/news/nanopower-pmic-redefines-low-power-design/)

### The nPZero: A Game-Changer

The nPZero operates with an ultra-low current consumption in the nanowatt region. It functions similarly to a microcontroller, managing peripherals and regulating power to the system, thus saving significant energy by turning off unused devices. It can work standalone or alongside a more powerful host device, activating it only when necessary to reduce overall power consumption.

### Versatile Applications

William from Nanopower highlighted the nPZero’s potential in various 24-7 applications, including medical implants, building automation sensors, and agricultural monitors. These applications can operate without a battery, leveraging harvested energy and eliminating maintenance needs over the product's lifetime.

### Easy Evaluation

Nanopower provides an evaluation platform for the nPZero, featuring Arduino and PMOD headers for easy testing. This allows you to integrate and test the nPZero in your system before finalizing your design.

### ipXchange

### [![Nanopower_nPZero_1200x627](https://nanopowersemi.com/hs-fs/hubfs/Nanopower_nPZero_1200x627.jpg?width=960&height=501&name=Nanopower_nPZero_1200x627.jpg)](https://ipxchange.tech/news/nanopower-pmic-redefines-low-power-design/)

- The latest disruptive technology, ready to evaluate for your next design: [https://ipxchange.tech/](https://ipxchange.tech/)
- Join the ipX community: [https://ipxchange.tech/sign-up/](https://ipxchange.tech/sign-up/)
- Submit your own electronics projects: [https://ipxchange.tech/projects/](https://ipxchange.tech/projects/)
- Follow us on LinkedIn: [**https://www.linkedin.com/company/ipxchangeltd/**](https://www.linkedin.com/company/ipxchangeltd/)
- Learn more about ipXchange here: [https://ipxchange.tech/about/](https://ipxchange.tech/about/)

 

[Play video](https://youtu.be/PCvFeqoWtCU)

 

[Join EVB Waiting List](https://nanopowersemi.com/register_npz2100)

 

[Download Datasheet](https://nanopowersemi.com/download-npzero-power-saving-ic-datasheet)

 

 

 

### EIC Accelerator funding

Nanopower development is part-funded through EU’s European Innovation Council.

![EIC-logo-CoFundedBy-CMYK_EN](https://nanopowersemi.com/hs-fs/hubfs/EIC-logo-CoFundedBy-CMYK_EN.png?width=375&height=50&name=EIC-logo-CoFundedBy-CMYK_EN.png)

[Nanopower Semiconductor](https://nanopowersemi.com/news/tag/nanopower-semiconductor), [nPZero](https://nanopowersemi.com/news/tag/npzero), [nPZero power saving IC](https://nanopowersemi.com/news/tag/npzero-power-saving-ic), [nPZero Explained](https://nanopowersemi.com/news/tag/npzero-explained), [Video](https://nanopowersemi.com/news/tag/video), [Inteview](https://nanopowersemi.com/news/tag/inteview), [IpXchange](https://nanopowersemi.com/news/tag/ipxchange)

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