Course
Cypress Course - Introduction to BLE System Design
39%
CH1: Introduction to Technology Terms and Design Tools
- Course Intro
- Introduction to Technology Terms and Design Tools
- Bluetooth Technology Terms
- PSoC Technology Terms
- PSoC Creator Overview
- PSoC 4 BLE Pioneer Kit Unboxing
- PSoC 4 BLE Pioneer Kit Overview
- PSoC 4 BLE vs PRoC BLE
CH2: Bluetooth Smart™ (Low Energy) Architecture
- Chapter Overview
- BLE Architecture
- Cypress BLE Solution Overview
- BLE Profiles
- The Anatomy of a Profile
- GAP: Establishing a BLE Connection
- GATT: Defining How to Communicate
- Attribute Protocol: Communication Example
- Security Manager: Establishing Secure Connections
- BLE Radio: Physical Layer (PHY)
- BLE Radio: Link Layer (LL)
- BLE Radio: DTM and HCI
- BLE Stack: L2CAP
- Lab #1: Setup a BLE Connection
- Lab #1: Walkthrough
- Lab #1: Demo
CH3: Designing IoT Sensor-Based Systems
- Chapter Overview
- IoT Sensor-Based Systems
- PSoC 4 BLE Integrates AFEs, CapSense and MCUs with a BLE Radio
- PSoC 4 BLE: The Industry’s Most Integrated One-Chip BLE Solution
- PSoC 4 BLE Provides Five Low-Power Modes to Minimize Power Consumption
- Lab #2: IoT Sensor-Based System Design
- Lab #2: Walkthrough
- Lab #2: Demo
CH4: CapSense User Interfaces
- Chapter Overview
- CapSense Touch Sensing
- SmartSense Auto-tuning
- Lab #3: CapSense Design with BLE Connectivity
- Lab #3: Walkthrough
- Lab #3: Demo
CH5: Bluetooth 4.2
CH6: Cypress EZ-BLE Modules
- Cypress EZ-BLE Chapter Overview
- Customers Prefer Modules in the Fast-Growing BLE Market
- Cypress: A Complete BLE Solution
- EZ-BLE PRoC Module: Bluetooth Qualified, Global Regulatory Compliant
- Cypress’s EZ-BLE Portfolio
CH7: Recap
Component Help
- Cypress Course - Introduction to BLE System Design
- Bluetooth Smart™ (Low Energy) Architecture
- BLE Radio: Physical Layer (PHY)
BLE Radio: Physical Layer (PHY)
The PHY transmits or receives bits of data using a 2.4-GHz Radio
- Uses GFSK modulation in the 2.4-GHz ISM band
- Operates at 1-Mbps data rate
- Consists of 40 RF channels with 2-MHz of spacing between channels 37 channels for data, 3 channels for Advertising
- RF Output Power: -18 dBm to +3 dBm (0.01 mW to 2 mW)
- BLE Receiver Sensitivity: -89 dBm
Spacing of channels in the BLE PHY allows Advertising in the crowded 2.4-GHz ISM band