- What is Bluetooth technology?
- What is Bluetooth smart?
- Bluetooth for phones, tablets, PCs, TVs, set-top boxes and game consoles
- Why Bluetooth?
- Applications for Bluetooth
- Bluetooth applications
- Bluetooth services
- How Bluetooth works
- Accessing resources via Bluetooth
- Bluetooth Core Specification
- Spectrum
- Interference
- Class of radio
- Power and range
- Configuring Bluetooth devices
- Installing Bluetooth
- Device discovery and Service discovery
- Bluetooth standards
- The Bluetooth Special Interest Group (SIG)
- IEEE Standards
- Conformance and compatibility testing
Bluetooth Networking Architecture
- Bluetooth Networks
- Device Addressing
- Masters and Slaves
- Piconets and Scatternets
- Addressing and selectivity
- Frequency Hopping Spread Spectrum
Bluetooth Operations
- Inquiry and Paging
- Device Discoverability
- Device Connectability
- Security
- Link Keys
- Authentication
- Where Do Link Keys Come From?
- Legacy Pairing
- Vulnerabilities Of Legacy Pairing
- Secure Simple Pairing
- Diffie Helman Elliptic Curve algorithm
Bluetooth Implementations
- Bluetooth hardware and software
- Bluetooth hardware design
- RX and TX
- Power consumption
- Bluetooth software
- The Bluetooth API
- Bluetooth Performance
The Bluetooth Protocols
- Frequency band and RF channels
- Bluetooth frequency hopping
- The Bluetooth APIs
- The Bluetooth Radio layer
- The Baseband layer
- Bluetooth addressing Master/Slave transmission
- The Packet format
- SCO links and ACL links
- Data rates
- Device addressing
- Controller states
- Access procedures
- Error control
Controller stack
- Asynchronous Connection-oriented [logical transport] (ACL)
- Synchronous connection-oriented (SCO) link
- Link management protocol (LMP)
- Host/controller interface (HCI)
- Low Energy Link Layer (LE LL)
Host stack
- Logical link control and adaptation protocol (L2CAP)
- Bluetooth network encapsulation protocol (BNEP)
- Radio frequency communication (RFCOMM)
- Service discovery protocol (SDP)
- Telephony control protocol (TCP)
- Audio/video control transport protocol (AVCTP)
- Audio/video data transport protocol (AVDTP)
- Object exchange (OBEX)
- Low Energy Attribute Protocol (ATT)
- Low Energy Security Manager Protocol (SMP)Adaptive Frequency Hopping (AFH)
Data Links
- ACL links
- Enhanced Data Rate (EDR)
- Audio Links
- SCO (Synchronous Connection Oriented) links
- eSCO (Extended SCO) links
- Audio Over ACL
- The Advanced Audio Distribution Profile (A2DP)
- Bluetooth Security
- Authentication
- Encryption
Bluetooth Architecture
- Core system architecture
- Core architectural blocks
- Channel manager
- LCAP resource manager
- Device manager
- Link manager (LM)
- BB resource manager
- Link controller
- Radio frequency (RF)
- Data transport architecture
- Core traffic bearers
- Transport architecture entities
- Generic packet structure
- Physical channels
- Physical links
- Logical links and logical transports
- LCAP channels
- Communication topology
- Piconet topology
- Operational procedures and modes
Bluetooth Profiles
- Profile Specification
- Profile Implementation Conformance Statement (PICS)
- Profile Test Specification
- Profile Tuning Suite (PTS)
- The Headset Profiles
- HandsFree Profile (HFP)
- Headset Profile (HSP)
- Human Interface Device Profile (HID)
- Music Profiles
- Advanced Audio Distribution Profile (A2DP)
- Miscellaneous Profiles
- SerialPortProfile (SPP)
- SIM Access Profile
- Phone Book Access Profile (PBAP)
Bluetooth Physical layer (PHY)
- Regional authorities
- Frequency bands and channel arrangement
- Transmitter characteristics
- Modulation characteristics
- Spurious emissions
- Receiver characteristics
- Actual sensitivity level
- Interference performance
- Out-of-band blocking
- Intermodulation characteristics
- Maximum usable level
- Receiver signal strength indicator
- Reference signal definition
- Nominal test conditions
- Nominal temperature
- Nominal power source
- Extreme test conditions
- Extreme temperatures
- Extreme power source voltages
- Test condition parameters
Bluetooth Physical Channels
- Physical channel definition
- Basic piconet physical channel
- Adapted piconet physical channel
- Page scan physical channel
- Inquiry scan physical channel
- Hop selection
Physical links
- Link supervision
- Logical transports
- Logical transport address (LT_ADDR)
- Synchronous logical transports
- Asynchronous logical transport
- Transmit/receive routines
- Active slave broadcast (ASB) transport
- Parked slave broadcast (PSB) transport
- Logical links
- Link control (LC) logical link
- ACL control (ACL-C) logical link
- Asynchronous/Isochronous user (ACL-U) logical link
- Stream logical link
- Logical link priorities
Link Manager Protocol (LMP)
- General rules
- Message transport
- Synchronization
- Packet format
- Transactions
- Error handling
- Procedure rules
- General response messages
- LMP message constraints
- Device features
- Feature definitions
- Features mask definition
- LM interoperability policy
- Procedure rules
- Connection control
- Security
- Informational requests
- Role switch
- Modes of operation
- Logical transports
- Test mode
- Summary
- PDU summary
- Parameter definitions
- Default values
Host controller interface (HCI)
- Lower layers of the IEEE - software stack
- Overview of host controller transport
- Overview of commands and events
- Generic events
- Device setup
- Controller flow control
- Controller information
- Controller configuration
- Device discovery
- Connection setup
- Remote information
- Synchronous connections
- Connection state
- Piconet structure
- QoS
- Physical links
- Host flow control
- Link information
- Authentication and encryption
- Testing
- Alphabetical list of commands and events
- HCI flow control
- Host-to-controller data flow control
- Controller-to-host data flow control
- Disconnection behavior
- Command flow control
- Command error handling
- HCI data formats
- Introduction
- Data and parameter formats
- Connection handles
- Exchange of HCI-specific information
- HCI configuration parameters
Logical Link Control and Adaptation Protocol (L2CAP)
- LCAP features
- Assumptions
- Scope
- Terminology
- General operation
- Channel identifiers (CIDs)
- Operation between devices
- Operation between layers
- Modes of operation
- Data packet format
- Connection-oriented channel in basic LCAP mode
- Connectionless data channel in basic LCAP mode
- Connection-oriented channel in retransmission/flow control modes
Signaling packet formats
- Configuration parameter options
- MTU option
- Flush timeout option
- QoS option
- Retransmission and flow control option
- State machine
- General rules for the state machine
- Timers events
- General procedures
- Configuration process
- Fragmentation and recombination
- Encapsulation of SDUs
- Delivery of erroneous LCAP SDUS
- Operation with flushing
- Connectionless data channel
- Procedures for flow control and retransmission
- Information retrieval
- Function of PDU types for flow control and retransmission
- Variables and SEQNs
- Retransmission mode
- Flow control mode
- Configuration MSCs
Bluetooth Security
- Security overview
- Random number generation
- Key management
- Key types
- Key generation and initialization
- Encryption
- Encryption key size negotiation
- Encryption of broadcast messages
- Encryption concept
- Encryption algorithm
- LFSR initialization
- Key stream sequence
- Authentication
- Repeated attempts
- The authentication and key-generating functions
- The authentication function E
- The functions Ar and A'r
- E-key generation function for authentication
- E-key generation function for encryption
- Configuring Bluetooth Security
Overview of Bluetooth Smart (Low Energy) features
- Active slaves
- Application throughput
- Basic Rate and Low Energy
- Regulatory aspects
- Combined Core Configuration
- Distance/Range
- Electrostatic discharge
- Ultra-low peak
- Frequency band
- Frequency tolerance
- Immunity tests
- Latency (from a non-connected state)
- Cost
- Maximum conducted output power
- Modulation
- Multi-vendor interoperability
- Network topology
- Over the air data rate
- Peak current consumption
- Power consumption
- Power spectral density
- Primary use cases
- Profile concept
- RF electromagnetic field
- Robustness
- Security
- Service discovery
- Spurious conducted emissions
Bluetooth Low Energy Protocols
- Physical Layer
- Link Layer
- Enhancements to HCI for Low Energy
- Direct Test Mode
- Security and AES Encryption
- Enhancements to L2CAP for Low Energy
- Enhancements to GAP for Low Energy
- Generic Attribute Profile (GATT) & Services
Nex-G
Innovations