The journey of a successful IoT design begins with a great idea and sound business case, once this is established development work can commence.
Creating a Proof of Concept on a development board reduces development time and allows the application to be demonstrated on proven hardware.
Capturing and rectifying mistakes early in the product development process saves potentially huge future costs.
Thales provides a wide suite of tools and support packages across the entire product development cycle to help ensure our customers make successful IoT products and realise the full benefits of their investment in IoT.
The Cinterion® LGA DevKit
The Cinterion LGA DevKit is designed as a generic development adapter for Cinterion® LGA modules. With a cleverly designed socket, the LGA DevKit offers evaluation of the Cinterion® Module range.
The Cinterion® Module DevKit
Based on the same board as the LGA DevKit, the Cinterion Module DevKit is supplied specifically for a single module.
DevKit miniPCle
To conveniently evaluate Cinterion LTE Modem Cards the PCIe adapter provides an instant PCIe to USB interface.
DevKit M.2
The Starter Kit 5G is designed to evaluate the high speed Cinterion® M.2 Modem Card product range.
Estimating, calculating and measuring the power consumption of cellular IoT devices is notoriously difficult.
The variations and parameters on a live network lead to a seemingly endless number of factors to consider when attempting to model a device power profile.
To ensure a long lifecycle of a low powered IoT product, typically running on batteries, significant engineering effort is required to assess application parameters and battery performance across a range of environmental and network dynamics.
Thales and Qoitech recognise this challenge. We have teamed up to deliver an intelligent energy measurement platform so you can design smarter, equipped with a powerful toolkit to measure and optimise IoT device power consumption.
A combination of the Thales DevKit package and Otii measurement tool by Qoitech closely examines power consumption throughout the application, making recommendations to optimise a balance between functionality and battery lifetime.
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