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NBT2000A8K0T4
OPTIGA
Authenticate NBT
™
Development kit guide
About this document
Scope and purpose
The scope of this document is to describe the functionality and components of the OPTIGA
Development Kit bundle. It provides a quick and easy approach to evaluate the functionality of the
OPTIGA
Authenticate NBT and available example applications.
™
The purpose of this document is to assist end-users in setting up, using, and operating the
OPTIGA
Authenticate NBT Development Kit to explore the capabilities of the OPTIGA
™
Intended audience
This document is primarily intended for solution providers, system integrators, application developers, and
product marketers who want to evaluate and test the functionality provided by the OPTIGA
User guide
Please read the sections "Important notice" and "Warnings" at the end of this document
www.infineon.com
Authenticate NBT
™
Authenticate NBT.
™
Authenticate NBT.
™
Revision 2.1
2024-05-03
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Table of Contents
Related Manuals for Infineon OPTIGA Authenticate NBT
Summary of Contents for Infineon OPTIGA Authenticate NBT
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Page 1: About This Document
This document is primarily intended for solution providers, system integrators, application developers, and product marketers who want to evaluate and test the functionality provided by the OPTIGA Authenticate NBT. ™ User guide Please read the sections "Important notice" and "Warnings" at the end of this document Revision 2.1 www.infineon.com 2024-05-03... -
Page 2: Table Of Contents
OPTIGA Authenticate NBT ™ Development kit guide Table of contents Table of contents About this document ..............1 Table of contents . -
Page 3: List Of Tables
OPTIGA Authenticate NBT ™ Development kit guide List of tables List of tables Table 1 NBT Secure Shield antenna connections ...........8 Table 2 NBT Secure Shield five-pin header (J1) to connect to microcontroller boards . -
Page 4: List Of Figures
OPTIGA Authenticate NBT ™ Development kit guide List of figures List of figures Figure 1 OPTIGA Authenticate NBT Development Kit with its main components ..... . 5 ™... -
Page 5: Introduction
OPTIGA Authenticate NBT ™ Development kit guide 1 Introduction Introduction The OPTIGA Authenticate NBT Development Kit (shown in Figure 1) is an assembly of hardware components ™ that allows to evaluate and develop applications for the OPTIGA Authenticate NBT. ™ Figure 1 OPTIGA Authenticate NBT Development Kit with its main components... -
Page 6: Optiga ™ Authenticate Nbt Development Kit Bundle
™ Difference to the OPTIGA Authenticate NBT Development Shield bundle ™ In addition to the OPTIGA Authenticate NBT Development Kit bundle, Infineon also offers the ™ OPTIGA Authenticate NBT Development Shield bundle (refer to the product page or user guide for more ™... -
Page 7: Optiga ™ Authenticate Nbt Shield
OPTIGA Authenticate NBT ™ Development kit guide 2 OPTIGA Authenticate NBT Development Kit bundle ™ Figure 2 Components of the OPTIGA Authenticate NBT Development Kit bundle ™ OPTIGA Authenticate NBT Shield ™ This section describes the OPTIGA Authenticate NBT Shield in detail. The shield consists of two primary ™... -
Page 8: Class 5 Shield Antenna
OPTIGA Authenticate NBT ™ Development kit guide 2 OPTIGA Authenticate NBT Development Kit bundle ™ (J1). In addition, a matching circuit allows the optimization of the OPTIGA Authenticate NBT’s contactless ™ performance to arbitrary antennas. Figure 4 Board details of the NBT Secure Shield Table 1 NBT Secure Shield antenna connections NBT Secure Shield... -
Page 9: Cy8Cproto-062S2 Adapter
Bluetooth and Wi-Fi wireless interfaces, various types of input buttons, and a few LEDs for output. These board features are used to debug and demonstrate the capabilities of the OPTIGA Authenticate NBT. This board's ™ specification can be found on Infineon's product website for the prototyping kit [5]. User guide Revision 2.1 2024-05-03... -
Page 10: Additional Accessories
OPTIGA Authenticate NBT ™ Development kit guide 2 OPTIGA Authenticate NBT Development Kit bundle ™ Figure 7 depicts the PSoC 62S2 Wi-Fi BT Prototyping Kit and highlights the pins used to connect the ™ OPTIGA Authenticate NBT Development Shield via its CY8CPROTO-062S2 Adapter (refer to Chapter 2.4). -
Page 11: Cables
OPTIGA Authenticate NBT ™ Development kit guide 2 OPTIGA Authenticate NBT Development Kit bundle ™ In its default configuration, the antenna contains 7 windings and is designed to produce a 13,56 MHz resonance frequency when used with the included 10 cm UMCC cable and the OPTIGA Authenticate NBT's input ™... -
Page 12: Example Applications
2 OPTIGA Authenticate NBT Development Kit bundle ™ Example applications Infineon Technologies provides host libraries to support the integration of the OPTIGA Authenticate NBT into ™ custom applications on different platforms. In addition, multiple example applications demonstrate the capabilities of the device in different use cases. These implementations utilize the host libraries to demonstrate... -
Page 13: Optiga ™ Authenticate Nbt Development Kit Usage
OPTIGA Authenticate NBT ™ Development kit guide 3 OPTIGA Authenticate NBT Development Kit usage ™ OPTIGA Authenticate NBT Development Kit usage ™ This chapter describes how to use the OPTIGA Authenticate NBT Development Kit bundle to evaluate the ™ OPTIGA Authenticate NBT's example applications for various use cases. The general description is targeted ™... -
Page 14: Configuring Device
OPTIGA Authenticate NBT ™ Development kit guide 3 OPTIGA Authenticate NBT Development Kit usage ™ OPTIGA Authenticate NBT devices in productive settings are configured in the PERSONALIZATION life cycle ™ state (for example, in the product assembly line). The configuration of the OPTIGA Authenticate NBT can be ™... -
Page 15: Target Usage
OPTIGA Authenticate NBT ™ Development kit guide 3 OPTIGA Authenticate NBT Development Kit usage ™ • Open the app on the mobile phone and select the target use case in the NBT Personalization app • To personalize, tap the mobile phone's NFC antenna to the OPTIGA Authenticate NBT Development ™... -
Page 16: Alternative Usage Scenarios
OPTIGA Authenticate NBT ™ Development kit guide 3 OPTIGA Authenticate NBT Development Kit usage ™ The OPTIGA Authenticate NBT Development Shield must be connected to the PSoC host MCU ™ ™ board's respective pins. For example, via the adapter board (see Chapter 2.4) or via flying wires A micro-USB cable is required to power the PSoC... -
Page 17: Rework For Flexible Shield Placement
OPTIGA Authenticate NBT ™ Development kit guide 3 OPTIGA Authenticate NBT Development Kit usage ™ Figure 15 Attaching the NBT Shield to a custom host microcontroller board using the five-pin jumper wire 3.3.2 Rework for flexible shield placement The provided five-pin cable can be used to connect to a custom microcontroller, additionally to position the OPTIGA Authenticate NBT Shield away from the microcontroller (for example, to allow easier access). -
Page 18: Figure 17 Class 6 Shield Antenna In Its Default Configuration With The 10 Cm Umcc Cable (7 Turns)
OPTIGA Authenticate NBT ™ Development kit guide 3 OPTIGA Authenticate NBT Development Kit usage ™ Figure 17 Class 6 shield antenna in its default configuration with the 10 cm UMCC cable (7 turns) In addition, the antenna board can be directly connected to the NBT Secure Shield's L and L connectors (J2) using the two-pin header (J2.1). -
Page 19: References
Infineon Technologies AG: OPTIGA Authenticate NBT, Software Integration Guide (latest revision) ™ [11] Infineon Technologies AG: Host parameterization via asynchronous data transfer (ADT), Use Case Guide (latest revision) [12] Infineon Technologies AG: Host parameterization via pass-through (PT), Use Case Guide (latest revision) -
Page 20: Glossary
OPTIGA Authenticate NBT ™ Development kit guide Glossary Glossary bill of materials (BoM) Bluetooth (BT) A short-range wireless technology standard that is used for exchanging data between fixed and mobile devices over short distances. capability container (CC) inter-integrated circuit (I2C) integrated development environment (IDE) A software application that combines multiple tools used for software development into a single environment. - Page 21 OPTIGA Authenticate NBT ™ Development kit guide Glossary printed circuit board (PCB) PSoC microcontroller ™ A range of general-purpose MCUs built on an ultra-low-power architecture ideal for battery-operated, low- power applications including embedded IoT applications. serial clock line (SCL) serial data line (SDA) unique identifier (UID) UMCC ultraminiature coax connector (UMCC)
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Page 22: Revision History
OPTIGA Authenticate NBT ™ Development kit guide Revision history Revision history Reference Description Revision 2.1, 2024-05-03 Editorial changes Revision 2.0, 2024-03-28 Major customer release Revision 1.1, 2023-08-16 Editorial changes Revision 1.0, 2023-08-11 Initial release User guide Revision 2.1 2024-05-03... -
Page 23: Disclaimer
Infineon Technologies, All Rights Reserved. of any kind, including without limitation warranties of Infineon Technologies’ products may not be used in non-infringement of intellectual property rights of any any applications where a failure of the product or third party.
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