Nordic nRF5-Series-BLE-For-starters
- Description
- Curriculum
- FAQ
Welcome to the comprehensive Nordic nRF5 Series BLE Programming for beginners course, designed for embedded system engineers, developers, and enthusiasts looking to gain in-depth knowledge of Bluetooth Low Energy (BLE) using Nordic Semiconductor’s nRF5 series. This course provides a step-by-step approach, guiding you from basic concepts to advanced applications, ensuring you become proficient in BLE technology and Nordic’s powerful nRF52832 and nRF52840 microcontrollers.
What You’ll Learn
1. Introduction to nRF5 Series and SDK
Begin your journey by understanding the Nordic nRF5 series microcontrollers, focusing on their key features and applications. Learn how to set up your development environment, install Segger Embedded Studio, and navigate the nRF5 SDK’s directory structure, which forms the backbone of your development experience.
2. Fundamental Programming and Peripherals
Delve into essential programming concepts with lessons on GPIO outputs, GPIO inputs, and the versatile sdk_config file. You’ll gain hands-on experience with Segger Embedded Studio, leveraging its powerful tools to program and control LED blinking, manage GPIO states, and configure peripherals.
3. Advanced Peripheral Programming
Explore advanced topics such as timers, counters, PPI (Programmable Peripheral Interconnect), and GPIOTE (GPIO Tasks and Events). You’ll learn to utilize these peripherals for complex operations, from simple timekeeping to intricate control of peripherals and events.
4. Analog and Communication Interfaces
Master the analog world with Single Shot and Continuous Sampling using the SAADC (Successive Approximation Analog-to-Digital Converter). Dive into communication protocols, including UART, TWI (Two-Wire Interface), SPI (Serial Peripheral Interface), and PWM (Pulse Width Modulation), to create robust communication channels and control signals.
5. Bluetooth Low Energy (BLE) Fundamentals
Enter the world of BLE with an introduction to soft devices, the Nordic SDK, and nRF Connect. You’ll learn to build base projects with minimum Bluetooth code, setting the stage for comprehensive BLE understanding. Explore key BLE concepts, including GAP (Generic Access Profile), GATT (Generic Attribute Profile), TX Power Level, and Advertisement Basics.
6. BLE Services and Profiles
Develop practical skills by creating and implementing custom services and characteristics. Understand the BSP (Board Support Package) integration with BLE, app buttons, LED services, and more. Learn to design and implement standard profiles, ensuring compatibility and efficiency in BLE communications.
7. Storage and Data Management
Manage data efficiently with lessons on fstorage, fdstorage, and NVMC Flash. You’ll acquire the skills to handle persistent data storage and retrieval, essential for any advanced BLE application.
8. Security and Device Management
Gain insights into BLE security with detailed lessons on pairing, bonding, and implementing secure communication using Just Works, Dynamic Passkey, and Static Pass Key methods.
9. Advanced BLE Scanning and Filtering
Explore the scanning process, filtering techniques, and scanner filter basics, including device name scanning, UUID filtering, and device appearance filtering. These lessons provide a strong foundation in creating focused and efficient scanning mechanisms.
10. Debugging and Development Tools
Utilize advanced tools like the Segger RTT library, UART with nRF Logger, and packet sniffers for in-depth debugging and analysis of your BLE applications. These tools enhance your ability to troubleshoot and optimize code performance.
11. Real-World Applications and Project Development
Throughout the course, you’ll work on hands-on projects that reinforce your learning and simulate real-world scenarios. From controlling motors with PWM to integrating sensors via TWI and SPI, you’ll be equipped to tackle a wide range of applications.
Enroll Today
Join us and unlock the potential of BLE technology with Nordic’s nRF5 series. By the end of this course, you’ll have the skills and confidence to design, develop, and deploy cutting-edge BLE applications across various industries.
-
1
Course Materials LinksThis lesson just contains the course materials, code and relevant data
-
2
1 - Introduction to Nordic nRF5 Series MicrocontrollersThis is simple introduction to available microcontrollers and their features.
-
3
Quiz oneIts quiz time, lets see if you paid attention to the details :p -
4
2 - Installing and Activating Segger Embedded Studio
-
5
3 - Understanding the Directory Structure of nRF5 SDK
-
6
4 - Segger Embedded Studio Basics Explained
-
7
5 - Blinking an LED - Understanding GPIO Output
-
8
6 - Reading GPIO Inputs
-
9
7 - Configuring the sdk_config File
-
10
8 - Introduction to Segger RTT Library
-
11
9 - Understanding the boards.h File
-
12
10 - UART (Serial Communication)
-
13
11 - UART with nRF Logger for Debugging
-
14
12 - GPIOTE Interrupts
-
15
13 - Introduction to Timers
-
16
14 - Intro to PPI Module
-
17
15 - Integrating Timers with PPI and GPIOTE
-
18
16 - Using Timers as Counters
-
19
17 - Introduction to Application Timers
-
20
18 - Introduction to the Board Support Package (BSP)
-
21
19 - Introduction to SAADC (Successive Approximation Analog-to-Digital Converter)
-
22
20 - Single-Shot Non-Blocking SAADC
-
23
21 - Continuous Sampling with SAADC
-
24
22 - Intro to RTC
-
25
23 - Introduction to Watchdog Timers
-
26
24 - Introduction to NVMC Flash
-
27
25 - Introduction to Non-Blocking UARTE
-
28
26 - Introduction to Serial Port Library
-
29
27 - Introduction to PWM (Pulse Width Modulation)
-
30
28 - PWM Common Mode
-
31
29 - PWM Group Mode
-
32
30 - PWM Individual Mode
-
33
31 - PWM Wave Mode
-
34
32 - Introduction to PWM Library
-
35
33 - PWM Low-Frequency Clock
-
36
34 - Using PWM to control DC Motors
-
37
35 -A- Stepper Motor Control with PWM Using Pulses
-
38
35 - B - Stepper Motor Advance Control
-
39
36 - Introduction to TWI (Two-Wire Interface)
-
40
37 - TWI Connection with MPU6050
-
41
38 - SPI Basics
-
42
39 - Connecting with LIS3DSH Sensor Using SPI
-
43
1 - BLE Basics Explained
-
44
2 - Available Nordic SDK SoftDevices
-
45
3 - Installing nRF Connect
-
46
4 - Creating a Base Project
-
47
4 - A - Setting Up nRF Logger
-
48
4 - B - Application Timers
-
49
4 - C - BSP
-
50
4 - D - Power Management
-
51
4 - E - SoftDevice Initialization
-
52
4 - F - GAP (Generic Access Profile)
-
53
4 - G - GATT (Generic Attribute Profile)
-
54
4 - H - TX Power Level
-
55
4 - I - Advertisement Basics in BLE
-
56
4 - J - Services Initialization in BLE
-
57
4 - K - Connection Parameters Negotiations in BLE
-
58
4 - L - Final Basic Code in BLE
-
59
5 - Installing the Packet Sniffer
-
60
6 - Advertisement Basics
-
61
6 - A - Device Address Types in BLE Advertisement
-
62
6 - B - Random Static Address Programming
-
63
6 - C - Non-Resolvable Private Address
-
64
6 - D - Random Private Resolvable Address
-
65
6 - E - Device Name in BLE Advertising
-
66
6 - F - Device Appearance in BLE Advertising
-
67
6 - G - Device Flags in BLE Advertising
-
68
6 - H - Including UUIDs in BLE Advertising
-
69
6 - I - Including Service Data in BLE Advertising
-
70
6 - J - Connection Interval in BLE
-
71
6 - K - Including Manufacturer-Specific Data
-
72
7 - Introduction to Profiles in BLE
-
73
8 - Introduction to Services in BLE
-
74
9 - Introduction to Characteristics in BLE
-
75
10 - Data Transfer Using Custom Serial Port Service
-
76
11 - Writing a Basic BLE Service for Data Transfer
-
77
12 - A - Understanding BSP with BLE
-
78
12 - B - Understanding App Buttons in nRF SDK for BLE
-
79
12 - C - LED Button Service
-
80
12 - D - Custom Multi-LED Button Service
-
81
13 - A - Implementing a Standard Profile
-
82
13 - B - Requirement Table for Implementing a Standard Profile
-
83
13 - D - Implementing the Heart Rate Service (HRS)
-
84
14 - Introduction to fstorage in Nordic SDK
-
85
15 - A - Introduction to FDS (Flash Data Storage)
-
86
15 - B - Programming Flash Data Storage (FDS)
-
87
16 - Introduction to DFU (Device Firmware Update) Secure Programming
-
88
17 - A - Pairing and Bonding in BLE
-
89
17 - B - Just Works Pairing and Bonding in BLE
-
90
17 - C - Dynamic Passkey Pairing in BLE
-
91
17 - D - Static Passkey Pairing in BLE
-
92
18 - A - Scanning Basics in BLE
-
93
18 - B - Reading RSSI and MAC Address in BLE
-
94
18 - C - Device Name Scanning in BLE
-
95
18 - D - Scanning Device UUIDs in BLE
-
96
19 - A - Scanner Filter Basics in BLE
-
97
19 - B - Filtering MAC Addresses in BLE Scanning
-
98
19 - C - Filtering by Device Name in BLE Scanning
-
99
19 - D - Filtering by UUIDs in BLE Scanning
-
100
19 - E - Filtering by Device Appearance
Course Requirements:
To succeed in this course, participants should have a basic understanding of embedded systems and C programming. Familiarity with microcontroller programming and development environments, such as Segger Embedded Studio, is beneficial. A computer with an internet connection and the Nordic nRF52832 or nRF52840 development kits are required.
Who Should Enroll
This course is ideal for developers, engineers, and tech enthusiasts seeking to expand their knowledge of embedded systems and BLE technology. Whether you're a beginner or have prior experience in embedded programming, this course provides the resources, insights, and expertise needed to excel in the field of Bluetooth Low Energy development with Nordic's nRF5 series.