SYD8801是一款低功耗高性能蓝牙低功耗SOC，集成了高性能2.4GHz射频收发机、32位ARM Cortex-M0处理器、128kB Flash存储器、以及丰富的数字接口。SYD8801片上集成了Balun无需阻抗匹配网络、高效率DCDC降压转换器，适合用于可穿戴、物联网设备等。具体可咨询：http://www.sydtek.com/

协议栈简图

UUID解析

摘录于：清风电子的《手把手教你用蓝牙：蓝牙LED任务读写原理任务详解.pdf》

蓝牙Service、属性、Characteristic、描述符以及profile的关系

下面内容摘录于:清风电子的《手把手教你用蓝牙：蓝牙LED任务读写原理任务详解.pdf》

蓝牙无线通道Advertising and Data Channel Indexes

关于调频的解析请看：http://blog.csdn.net/chengdong1314/article/details/72131168

INTER FRAME SPACE

MTU

ATT层最大的属性值：

缩写词

acl定义如下：

SUC的定义如下：

规范中缩写词的定义摘录如下：

1 LIST OF ACRONYMS AND ABBREVIATIONS               page:207   [Vol 1]
Acronym or
abbreviation 		Writing out in full Which means
8DPSK
/4 DQPSK
A
A2MP
AAD
AC
ACI
ACK
ACL
ACL-C
ACL-U
ACO
AD
ADVB
ADVB-C
ADVB-U
Adv_idx
AES
AGC
AFH
AGC
AHS
AIFSN
AMP 		8 phase Differential Phase Shift
Keying
pi/4 Rotated Differential Quater
nary Phase Shift Keying
AMP Manager Protocol
Additional Authentical Data
Access Category
Access Category Index
Acknowledge/ACKnowledgement
Asynchronous Connection-ori
ented [logical transport]
ACL Control [logical link] (LMP)
ACL User [logical link] (L2CAP)
Authenticated Ciphering Offset
Advertising Data
LE Advertising Broadcast
LE Advertising Broadcast Control
(Logical Link)
LE Advertising Broadcast User
Data (Logical Link)
Advertising channel index
Advanced Encryption Standard
Automatic Gain Control
Adaptive Frequency Hopping
Automatic Gain Control
Adapted Hop Sequence
Arbitration Interframe Space Num
ber
Alternate MAC PHY 		3 Mbps modulation type used by
Enhanced Data rate
2 Mbps modulation type used by
Enhanced Data Rate
Reliable or time-bounded, bi-direc
tional, point-to-point.
AMP_ASSOC
AMP-U
AR_ADDR
ARQ
ASB
ASB-U
ATT
B
BB
BCH
BD_ADDR
BER
BT
C
CAC
CL
CCM
CCMP
CKLN
CLK
CLKE
CODEC
COF
CRC
CTS
CVSD 		Alternate MAC PHY association
information
AMP User Asynchronous/Isochro
nous Logical Link
Access Request Address
Automatic Repeat Request
Active Slave Broadcast [logical
transport]
ASB User [logical link] (L2CAP)
Attribute Protocol
Baseband
Bose, Chaudhuri & Hocquenghem
Bluetooth Device Address
Bit Error Rate
Bandwidth Time
Channel Access Code
Connectionless
Counter with Cipher Block Chain
ing-Message Authentication Code
CTR with CBC-MAC Protocol
Native Clock
Master Clock
Estimated Clock
COder DECoder
Ciphering Offset
Cyclic Redundancy Check
Clear to send
Continuous Variable Slope Delta
Modulation 		Unreliable, uni-directional broad
cast to any devices synchronized
with the physical channel.
Type of code
The persons who discovered these
codes in 1959 (H) and 1960 (B&C)
D
DA
DAC
DCE
DCE
DCI
DEVM
DFS
DH
DHK
DIAC
DIV
DM
DPSK
DQPSK
DSAP
DTE
DTM
DUT
DV
E
ECWmax 		Destination address
Device Access Code
Data Communication Equipment
Data Circuit-Terminating Equip
ment
Default Check Initialization
Differential Error Vector Magnitude
Dynamic Frequency Selection
Data-High Rate
Diversifier Hiding Key
Dedicated Inquiry Access Code
Diversifier
Data - Medium Rate
Differential Phase Shift Keying
Differential Quaternary Phase Shift
Keying
Destination Service Access Point
Data Terminal Equipment
Direct Test Mode
Device Under Test
Data Voice
Enhanced Contention Window
maximum 		In serial communications, DCE
refers to a device between the
communication endpoints whose
sole task is to facilitate the commu
nications process; typically a
modem
Measure of modulation error used
for Enhanced Data Rate transmit
ter testing
Data packet type for high rate data
Data packet type for medium rate
data
Generic description of Enhanced
Data Rate modulation
Modulation type used by
Enhanced Data Rate
In serial communications, DTE
refers to a device at the endpoint of
the communications path; typically
a computer or terminal.
Data packet type for data and
voice
ECWmim
ED
EDCA
EDIV
EDR
EFS
EIR
EIRP
EOC
ER
EPR
ERP
eSCO
eSCO-S
ESS
ETSI
F
FCC
FCS
FDMA
FEC 		Enhanced Contention Window
minimum
Erroneous Data
Enhanced Distributed Channel
Access
Encrypted Diversifier
Enhanced Data Rate
Extended Flow Specification
Extended Inquiry Response
Effective Isotropic Radiated Power
Extreme Operating Conditions
Encryption Root
Encryption Pause Resume
Extended Rate PHY conforming to
Clause 19
Extended Synchronous Connec
tion Oriented [logical transport]
Stream eSCO (unframed)
Extended Service Set
European Telecommunications
Standards Institute
Federal Communications
Commission
Frame Check Sequence
Frequency Division Multiple
Access
Forward Error Correction code 		Host supplied information transmit
ted in the inquiry responses sub
state.
Equivalent power that an isotropic
antenna must transmit to provide
the same field power density
Mode allowing the device to initiate
the pause and resume encryption
sequence
Bi-directional, symmetric or asym
metric, point-to-point, general reg
ular data, limited retransmission.
used to support isochronous data
delivered in a stream without fram
ing
FH
FHS
FHSS
FIFO
FIPS
FM
G
GAP
GATT
GFSK
GIAC
GTM
H
HCI
HEC
HID
HV
HW
I
IAC
IC
IEC
IEEE
IETF
IFS
IP
IPv4
IPv6
IR 		Frequency Hopping
Frequency Hop Synchronization
Frequency Hopping Spread Spec
trum
First In First Out
Federal Information Processing
Standards
Frequency Modulation
Generic Access Profile
Generic Attribute Protocol
Gaussian Frequency Shift Keying
General Inquiry Access Code
Generic Test Methodology
Host Controller Interface
Header-Error-Check
Human Interface Device
High quality Voice
Hardware
Inquiry Access Code
Industry Canada
International Electrotechnical
Commission
Institute of Electronic and Electrical
Engineers
Internet Engineering Task Force
Inter Frame Space
Internet Protocol
Internet Protocol version 4
Internet Protocol version 6
Identity 		Modulation Type
e.g. HV1 packet
IrDA
IRK
ISM
ISO
IUT
ITU
IV
IVm
IVs
J
JRL
K
KCC
L
L2CAP
LAP
LC
LC
LCP
LE
LE-C
LE-U
LFSR
LL
LLCP 		Infra-red Data Association
Identity Root Key
Industrial, Scientific, Medical
International Organization for Stan
dardization
Implementation Under Test
International Telecommunication
Union
Initialization Vector
Initialization Vector (master)
Initialization Vector (slave)
Japanese Radio Law
Korea Communications Commis
sion
Logical Link Control and
Adaptation Protocol
Lower Address Part
Link Controller
Link Control [logical link]
Link Control Protocol
Low Energy
Low Energy Control (link)
LE User [logical link]
Linear Feedback Shift Register
Link Layer
Link Layer Control Protocol 		Link Controller (or baseband) part
of the Bluetooth protocol stack. Low
level Baseband protocol handler
The control logical links LC and
ACL-C are used at the link control
level and link manager level,
respectively.
LLID
LM
LMP
LR
LSB
LSO
LSTO
LT_ADDR
LTK
M M
MAC
MAC
MD
Mbps
MIC
MIIT
MITM
MMI
MS
MSC
MSB
MSC
MSO
MTU
N
NAK
NAP 		Logical Link Identifier
Link Manager
Link Manager Protocol
Loudness Rating
Least Significant Bit
Least Significant Octet
Link Supervision Timeout Event
Logical Transport ADDRess
Long-Term Key
Master or Mandatory
Medium Access Control
Message Authentication Code
More Data
Million (Mega) bits per second
Message Integrity Check
Ministry of Industry and Informa
tion Technology
Man-in-the-middle
Man Machine Interface
Mobile Station
Message Sequence Chart
Most Significant Bit
Message Sequence Chart
Most Significant Octet
Maximum Transmission Unit
Negative Acknowledge
Non-significant Address Part 		For LM peer to peer communica
tion
Controller can send LSTO event to
Host
Usually meaning the Medium
Access Control code
NCC
NESN
NIST
NOC
O O
OBEX
OCF
OGF
OOB
P
PBF
PCM
PDU
PHY
PIN
PM_ADDR
PN
PPM
PPP
PRBS
PRNG
PSB
PSB-C
PSB-U
PSK
PSTN 		National Communications Com
mission
Next Expected Sequence Number
National Institute of Standards and
Technology
Normal Operating Conditions
Optional
OBject EXchange protocol
OpCode Command Field
OpCode Group Field
Out of Band
Packet Boundary Flag
Pulse Coded Modulation
Protocol Data Unit
Physical Layer
Personal Identification Number
Parked Member Address
Pseudo-random Noise
Part Per Million
Point-to-Point Protocol
Pseudo Random Bit Sequence
Pseudo Random Noise Generation
Parked Slave Broadcast [logical
transport]
PSB Control [logical link] (LMP)
PSB User [logical link] (L2CAP)
Phase Shift Keying
Public Switched Telephone Net
work 		The device supports the capability
to correctly handle HCI ACL Data
Packets
a message
Unreliable, uni-directional broad
cast to all piconet devices.
Class of modulation types
ptt
Q
QoS
R
RAND
RF
RFC
RFCMode
RFCOMM
RFU
RMS
RSSI
RX
S S
SAP
SAR
SCA
SCO
SCO-S
SCO-S
SD
SDP
SDU
SEQN
SK 		Packet Type Table
Quality of Service
Random number
Radio Frequency
Request For Comments
Retransmission and Flow Control
Mode
Reserved for Future Use
Root Mean Square
Received Signal Strength Indica
tion
Receive
Slave
Service Access Points
Segmentation and Reassembly
Sleep Clock Accuracy
Synchronous Connection-Ori
ented [logical transport]
Stream SCO (unframed)
Synchronous logical link
Service Discovery
Service Discovery Protocol
Service Data Unit
Sequential Numbering scheme
Session Key 		The ptt parameter is used to select
the logical transport types via LMP.
Serial cable emulation protocol
based on ETSI TS 07.10
Bi-directional, symmetric, point-to
point, AV channels.
used to support isochronous data
delivered in a stream without fram
ing
SKDm
SKDs
SLR
SM
SMP
SN
SRES
SRK
SS
SSI
SSP
SSR
STK
SW
T
TC
TCI
TCP/IP
TCS
TDD
TDMA
T_IFS
TK
TX
U
UAP 		Session Key Diversifier (master)
Session Key Diversifier (slave)
Send Loudness Ring
Security Manager
Security Manager Protocol
Sequence Number
Signed Response
Signature Resolving Key
Supplementary Services
Signal Strength Indication
Secure Simple Pairing
Sniff Subrating
Short Term Key
Software
Test Control
Test Control Interface
Transport Control Protocol/Inter
net Protocol
Telephony Control protocol
Specification
Time-Division Duplex
Time Division Multiple Access
Time Inter Frame Space
Temporary Key
Transmit
Upper Address Part 		Master portion of the Session Key
Diversifier
Slave portion of the Session Key
Diversifier
Simplifies the pairing process and
improves Bluetooth security.
A mode that defines the anchor
points at which the master trans
mits to the slave.
Test Control layer for the test inter
face
Time interval between consecutive
packets on same channel index
UART
UI
UI
ULAP
USB
UTF-8
UUID
W
WAP 		Universal Asynchronous receiver
Transmitter
User Interface
Unnumbered Information
Upper and Lower Address Parts
Universal Serial Bus
8-bit UCS/Unicode Transformation
Format
Universal Unique Identifier
Wireless Application Protocol

蓝牙知识【协议栈简图】 【 UUID解析 】 【属性、Characteris、描述符和Service以及profile的关系】【蓝牙无线通道】【INTER FRAME SPACE】【MTU】【缩写词】相关推荐

  1. oracle 12514 pl sql,plsql登陆oracle报错！连接Oracle 10g时ORA-12514: TNS: 监听进程不能解析在连接描述符中给出的...

    plsql登陆oracle出错!连接Oracle 10g时ORA-12514: TNS: 监听进程不能解析在连接描述符中给出的. 我添加了 (SID_DESC =  (GLOBAL_DBNAME =  ...

  2. 外网访问arm嵌入式linux_嵌入式Linux系统编程——文件读写访问、属性、描述符、API

    Linux 的文件模型是从 Unix 的继承而来,所以 Linux 继承了 UNIX 本身的大部分特性,然后加以扩展,本章从 UNIX 系统接口来描述 Linux 系统结构的特性. 操作系统是通过一系 ...

  3. 4. linux调用文件计算阶乘前5项和_嵌入式Linux系统编程——文件读写访问、属性、描述符、API

    Linux 的文件模型是从 Unix 的继承而来,所以 Linux 继承了 UNIX 本身的大部分特性,然后加以扩展,本章从 UNIX 系统接口来描述 Linux 系统结构的特性. 操作系统是通过一系 ...

  4. USB描述符解析和USB_CCID描述符设置

    USB描述符解析 USB描述符信息会被存储在USB设备中,在设备枚举过程中,USB主机会向USB设备发送GetDescriptor请求,USB设备在收到这个请求之后,会将USB描述符信息返回给USB主 ...

  5. python 将实例用作属性_将类实例用作类属性、描述符和属性

    首先,你学习新式课程很好.他们有很多优势. 在Python中创建属性的现代方法是:class Collection(object): def __init__(self): self._profile ...

  6. 属性python_Python属性描述符（一）

    描述符是对多个属性运用相同存取逻辑的一种方式,,是实现了特性协议的类,这个协议包括了__get__.__set__和__delete__方法.property类实现了完整的描述符协议.通常,可以只实现 ...

  7. python 属性描述符_Python属性描述符（二）

    Python存取属性的方式特别不对等,通过实例读取属性时,通常返回的是实例中定义的属性,但如果实例未曾定义过该属性,就会获取类属性,而为实例的属性赋值时,通常会在实例中创建属性,而不会影响到类本身.这 ...

  8. python 属性描述符

    文章目录 1. 描述符示例:验证属性 2. 自动获取储存属性的名称 3. 继承改进 4. 覆盖型与非覆盖型描述符对比 4.1 覆盖型描述符 4.2 没有 `__get__` 方法的覆盖型描述符 4.3 ...

  9. 有效的python属性管理：描述符的使用

    前言 最近使用描述符对自己的催化动力学模拟程序进行了改进,在Python描述符的帮助下实现了更加灵活而且强大有效的属性管理,使得程序各个组件的数据封装更加完善管理也更加有条理. 本文就以自己程序中运用 ...

最新文章

  1. ionic ion-refresher
  2. 第17节 业务流程管理和重组
  3. 人人可以理解的区块链100问——区块链记录哪些信息
  4. Linux系统文件编程（1）
  5. vue + element中el-table导出excel
  6. 边界条件（求解偏微分方程的边界条件）
  7. [MySQL Bug]DDL操作导致备库复制中断
  8. R语言---Ubuntu中R语言更新至R4.2.1和R包devtools下载
  9. 公众号获取token失败_如何利用公众号获取电影引流？如何利用电影网站嫁接公众号？...
  10. Oracle 12c：配置em，解决em登录问题
  11. 长链亲脂性二烷基碳菁类染料DiR iodide，DiR细胞膜染料，100068-60-8
  12. html网页怎么播放无损,无损音质和标准音质有什么区别
  13. 目标分割(六)RefineNet讲解
  14. 依赖注入和反转控制的区别
  15. 干货分享：Google搜索如何限制在具体的一个州或城市
  16. STM32超级简便的按键代码 只需三行 可实现短按+长按
  17. win11 安装Subversion与配置 svn服务端
  18. linux有没有类似于串口的,linux下类似Bus Hound的工具
  19. 大数据—Hive（一）_ 基本概念
  20. 你还在担心黑客攻击吗？所有程序员都应该掌握的基础网络安全知识，快进来看看吧

热门文章

  1. 大数据面试题--数仓
  2. 生产上遇到的一例mycat读写分离延时问题
  3. 为什么Spring中的bean默认都是单例模式？
  4. JS对象的深拷贝常用的四种方法
  5. Java中I/O（输入/输出）的操作
  6. JS 常见面试题 - 事件循环机制
  7. HTML常用符号整合
  8. 基于web的房屋房源中介管理系统
  9. Spring RCE 0day高危预警
  10. C语言typedef详解