Difference between revisions of "BPI-CC2650 Zigbee BT Linaro 96Boars"

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| Power || 5V/2A via MicroUSB / 3.7V via Battery Connector  
 
| Power || 5V/2A via MicroUSB / 3.7V via Battery Connector  
 
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|-
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| Low-level peripherals || 40 Pins Header \(2.0mm Pitch\), 32×GPIOs,Some of which can be used for specific functions including UART, I2C, SPI, PWM
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| Low-level peripherals || 40 Pins Header \2xSSI，I2C，I2S，UART；All Digital Peripheral Pins Can Be Routed to Any GPIO
 
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|-
 
| On board Network || Zigbee, BT4.2  
 
| On board Network || Zigbee, BT4.2  
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==GPIO PIN define==
 
==GPIO PIN define==
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|-
 
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|CON2-P20|| DIO_18
 
|CON2-P20|| DIO_18
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{| class="wikitable"
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| style="background: PaleTurquoise; color: black" colspan="4"| ''BPI-CC2650 40PIN GPIO (CON2)''
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|GPIO Pin Name || Default Function
 
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|CON2-P21|| DIO_15
 
|CON2-P21|| DIO_15
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|-  
 
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2xSSI，I2C，I2S，UART；
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{| class="wikitable"
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All Digital Peripheral Pins Can Be Routed to Any GPIO
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|-
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| style="background: PaleTurquoise; color: black" colspan="4"| ''BPI-CC2650 UART(CON1)''
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|-
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UART(CON1)
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|CON1-P1|| GND
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CON1-P1 GND
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|-
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CON1-P2 BLE_RX
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|CON1-P2|| BLE_RX
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CON1-P3 BLE_TX
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|-
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|CON1-P3|| BLE_TX
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|-
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|}
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JTAG(CN3)
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CSI Pin Name Default Function Function2：GPIO
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CN3-P1 JTAG_TCK
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{| class="wikitable"
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CN3-P2 GND
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|-
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CN3-P3 JTAG TDO
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| style="background: PaleTurquoise; color: black" colspan="4"| ''BPI-CC2650 TI JTAG(CON3)''
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CN3-P4 VDDS
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|-
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CN3-P5 JTAG_TMS
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|CSI Pin Name || Default Function
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CN3-P6 nRESET
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|-
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CN3-P7 NC
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|CN3-P1 || JTAG_TCK
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CN3-P8 NC
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|-
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CN3-P9 JTAG TDI
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|CN3-P2 ||GND
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CN3-P10 GND
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|-
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|CN3-P3 ||JTAG TDO
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|-
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|CN3-P4 ||VDDS
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|-
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|CN3-P5 ||JTAG_TMS
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|-
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|CN3-P6 ||nRESET
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|-
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|CN3-P7 ||NC
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|-
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|CN3-P8 ||NC
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|-
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|CN3-P9 ||JTAG TDI
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|-
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|CN3-P10|| GND
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|width="12%" valign="top" align="left"|
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=Resources=
 
=Resources=
  
 
==Source code==
 
==Source code==
 +
*TI source code download : http://www.ti.com/product/CC2650/toolssoftware
  
 
==Documents==
 
==Documents==

Latest revision as of 23:38, 5 June 2018

BPI NB-IoT Linaro 96Boars with Quecte BC95 module developent board

Introduction

Overview
Overview

BPI-CC2650 Linaro 96Boars with TI CC2650 chip design developent board ，this is a Linaro 96Board standard development board.The CC2650 device is a wireless MCU for Bluetooth Smart ZigBee and 6LoWPAN, as well as ZigBee RF4CE remote control applications

1.BPI-CC2650 module:

  • TI CC2650 chip design with Bluetooth4.2,ZigBee and 6LoWPAN
  • TI CC2640 chip design with Bluetooth4.2 and Bluetooth 5
  • TI CC2630 6LoWPAN, ZigBee
  • Linaro 96Board standard

Hardware

Hardware inerface

BPI-CC2650 interface.jpg

Harware spec

HardwareSpecification of BPi-CC2650
Soc TI CC2650 (option:CC2640 CC2630)
CPU ARM Cortex™-M3 CPU
SDRAM size 20 KB of ultralow-Leakage SRAM, 8KB of SRAM for Cache
Flash size 128KB
Power 5V/2A via MicroUSB / 3.7V via Battery Connector
Low-level peripherals 40 Pins Header \2xSSI，I2C，I2S，UART；All Digital Peripheral Pins Can Be Routed to Any GPIO
On board Network Zigbee, BT4.2
micro USB 1 micro USB to Uart for debug
Buttons Reset button, User button
Leds 1 Power status Led and 4 other Leds
Sizes 60mm×30mm
Weight 10g

GPIO PIN define

BPI-CC2650 40PIN GPIO (CON2)
GPIO Pin Name Default Function
CON2-P01 GND
CON2-P02 GND
CON2-P03 DIO_29
CON2-P04 Power_EN
CON2-P05 DIO_1 BLE_TX
CON2-P06 nRESET
CON2-P07 DIO_2 BLE_RX
CON2-P08 DIO_28
CON2-P09 DIO_27
CON2-P10 DIO_26
CON2-P11 DIO_1 BLE_TX
CON2-P12 DIO_25
CON2-P13 DIO_2 BLE_RX
CON2-P14 DIO_24
CON2-P15 DIO_23
CON2-P16 DIO_22
CON2-P17 DIO_21
CON2-P18 DIO_20
CON2-P19 DIO_19
CON2-P20 DIO_18
BPI-CC2650 40PIN GPIO (CON2)
GPIO Pin Name Default Function
CON2-P21 DIO_15
CON2-P22 DIO_14
CON2-P23 DIO_13
CON2-P24 DIO_12
CON2-P25 DIO_11
CON2-P26 DIO_10
CON2-P27 DIO_9
CON2-P28 DIO_8
CON2-P29 DIO_7
CON2-P30 DIO_6
CON2-P31 DIO_5
CON2-P32 DIO_4
CON2-P33 DIO_3
CON2-P34 DIO_0
CON2-P35 VCC_1.8V
CON2-P36 NC
CON2-P37 VCC_5V
CON2-P38 NC
CON2-P39 GND
CON2-P40 GND
BPI-CC2650 UART(CON1)
CON1-P1 GND
CON1-P2 BLE_RX
CON1-P3 BLE_TX
BPI-CC2650 TI JTAG(CON3)
CSI Pin Name Default Function
CN3-P1 JTAG_TCK
CN3-P2 GND
CN3-P3 JTAG TDO
CN3-P4 VDDS
CN3-P5 JTAG_TMS
CN3-P6 nRESET
CN3-P7 NC
CN3-P8 NC
CN3-P9 JTAG TDI
CN3-P10 GND

Resources

Source code

Documents

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