- Software & hardware development
- Carrier board design
- Assembly (Prototype to Series)
- Antenna technology
- Certification
Sparrow
Thread & BLE - Dual-Mode-Module
SPARROW also known as house sparrow, is sociable, lives in groups and is one of the best-known songbirds worldwide.
This module uses the NXP stack KW41Z for Thread and BLE and runs on an IPv6-based networking protocol to communicate on a local wireless mesh network. Thread uses 6LoWPAN, which uses the IEEE 802.15.4 wireless protocol with mesh communication. It is IP-addressable with cloud access and AES encryption.
The stack is able to support up to 250 devices in one local network. It is simple to set up and it provides security at the network layer. SPARROW includes an on board chip antenna and is supplied with a development board . An external antenna can be connected to the antenna pad.
Two versions of our module are available:
SPARROW Gold: Dual-mode-module providing Thread and Bluetooth Low Energy technology with NXP chip KW41Z
SPARROW Grey: Thread-only-module using NXP chip KW21Z
- Simple Usage
- Dual Mode or Thread Only
- Power Efficient
- AES-encryption mode
- Standard IEEE 802.15.4
- Robust Mesh Network
- Open IPv6 Based Protocol
- Ideal for devices such as thermostats, sensors, smoke detectors and remote controls
What else can we do for you?
We support you integrate our radio module into your application:
- Software & hardware development
Because quality is already starting with design, we offer you individual software and production-optimized circuit board design, so that you have a solid start with your product. - Carrier board design
Do you already have a suitable carrier board as the basis for our radio module? - Assembly (Prototype to Series)
Are you still looking for a reliable EMS partner for the electronics manufacturing of your product? - Antenna technology
You are looking for a professional who optimizes the wireless range of your product? - Certification
We also advise and support you in the certification of your radio products.
