CEL MeshConnect B1010SP0-EVB-1 User manual

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This document is subject to change without notice.
Document No: 0019-02-08-01-000 (Issue B)
Date Published: September 9, 2015
B1010SP0-EVB-1 Evaluation Board User Guide
Document No:
0019-02-08-01-000 (issue B)
INTRODUCTION
CEL's Bluetooth Smart Evaluation Board is a simple yet comprehensive way for designers to develop Bluetooth
Smart applications using CSR's µEnergy®solution. B1010SP0-EVB-1 is based on CSR's µEnergy Starter
Development Kit, but has been populated with a CEL B1010SP0 Mini Module. For more information on the CEL
B1010SP0 Mini Modules, please visit http://meshconnect.cel.com/B1010.
B1010SP0-EVB-1 is designed to be used in conjunction with CSR's µEnergy platform for software development, and
is a complete development environment for rapid prototyping of Bluetooth Smart products. It provides access to
CSR's µEnergy and CSRmesh®stacks for developing interoperable BLE 4.x and CSRmesh-based designs,
including:
•Software Development Kit (SDK)
•Example embedded applications for popular Bluetooth Smart and CSRmesh profiles
•Example host applications for iOS and Android
•xIDE for µEnergy (includes compiler)
•Production test and configuration tools
This User Guide describes the kit contents, SDK installation, and running the first application for both the µEnergy
and CSRmesh SDKs, used for BLE and CSRmesh applications, respectively.
0019-02-08-01-000
B1010SP0-EVB-1 Bluetooth
®
Smart Evaluation Board User Guide

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This document is subject to change without notice.
Document No: 0019-02-08-01-000 (Issue B)
Date Published: September 9, 2015
B1010SP0-EVB-1 Evaluation Board User Guide
TABLE OF CONTENTS
INTRODUCTION...............................................................................................................................................................................1
TABLE OF CONTENTS.....................................................................................................................................................................2
KIT CONTENTS ................................................................................................................................................................................3
SOFTWARE INSTALLATION............................................................................................................................................................4
CONNECTING THE HARDWARE: µENERGY SDK.........................................................................................................................6
RUNNING THE FIRST APPLICATION: µENERGY SDK ..................................................................................................................7
USING B1010SP0-EVB-1 UART DEBUG PORT............................................................................................................................10
COMPANION PHONE APPS: µENERGY SDK...............................................................................................................................11
CONNECTING THE HARDWARE: CSRMESH SDK ......................................................................................................................12
RUNNING THE FIRST APPLICATION: CSRMESH SDK................................................................................................................12
COMPANION PHONE APPS: CSRMESH SDK..............................................................................................................................15
NEXT STEPS..................................................................................................................................................................................15
REFERENCE: MEASURING CURRENT ON B1010SP0-EVB-1 ....................................................................................................16
REFERENCE: BATTERY OPERATION..........................................................................................................................................16
REFERENCE: J101 AND J102 HEADER PINOUTS.......................................................................................................................17
REFERENCES................................................................................................................................................................................18
REVISION HISTORY ......................................................................................................................................................................18
DISCLAIMER...................................................................................................................................................................................18
FOR MORE INFORMATION...........................................................................................................................................................18
TECHNICAL ASSISTANCE.............................................................................................................................................................18

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This document is subject to change without notice.
Document No: 0019-02-08-01-000 (Issue B)
Date Published: September 9, 2015
B1010SP0-EVB-1 Evaluation Board User Guide
KIT CONTENTS
The following components are included in B1010SP0-EVB-1:
1. Target Board:
Figure 1 - Evaluation Kit Target Board
For proper operation of the B1010SP0 Mini Module, ensure that the VDD_PADS, SPI_ENABLE, and VDD_BAT
jumpers are installed as shown in Figure 1.
2. A Mini-USB cable to connect the target board to the development PC:
Figure 2 - Mini-USB Cable
3. Card with website link to view/download the documentation.

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This document is subject to change without notice.
Document No: 0019-02-08-01-000 (Issue B)
Date Published: September 9, 2015
B1010SP0-EVB-1 Evaluation Board User Guide
SOFTWARE INSTALLATION
The following steps are required to complete the CSR µEnergy SDK setup:
1. Obtain the activation code for the kit. This is printed on a label on the side of the kit box, and looks similar to Figure 3. For
more information, visit https://wiki.csr.com/wiki/Activation_Codes.
Figure 3 - B1010SP0-EVB-1 Activation Code
2. Register your kit at http://www.csrsupport.com using the activation code to create a CSR Support account. For more
information, visit https://wiki.csr.com/wiki/CSR_Support_Registration.
Figure 4 - CSR Support Registration

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This document is subject to change without notice.
Document No: 0019-02-08-01-000 (Issue B)
Date Published: September 9, 2015
B1010SP0-EVB-1 Evaluation Board User Guide
3. Once you have approved the terms and conditions and ECA agreement been approved for access you will be able to login
the CSR Support.
Note: Please make sure you use your company email address or you may be required to change your email address to gain
access. This is done through your account setting which will require an additional email be sent to your email address to be
verified for access requests.
Once authorized, it is possible to download the uEnergy SDK from CSRsupport with the CSRmesh level of access.
For access to CSRmesh SDK, click on the link highlighted below in green (at https://wiki.csr.com/wiki/Main_Page) and enter
activation code following steps at https://wiki.csr.com/wiki/Activation_Codes
Figure 5 – uEnergy SDK and CSRMesh SDK

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This document is subject to change without notice.
Document No: 0019-02-08-01-000 (Issue B)
Date Published: September 9, 2015
B1010SP0-EVB-1 Evaluation Board User Guide
4. Once you have successfully created a CSR Support account, download and install the latest version of the µEnergy SDK
(for BLE applications) or the CSRmesh SDK (for CSRmesh applications) from http://www.csrsupport.com. The default
configuration options are recommended during the installation process.
Note: always install the software before plugging in the hardware.
To continue with the µEnergy SDK, please see the section below called "Connecting the Hardware: µEnergy SDK".
To continue with the CSRmesh SDK, please see the section later in this document called "Connecting the
Hardware: CSRmesh SDK".
Figure 6 - CSR µEnergy SDK Installer
CONNECTING THE HARDWARE: µENERGY SDK
1. Remove the target board from the anti-static packaging.
2. Connect the mini-USB cable to the target board USB port and connect the other end of the cable to a free USB port on the
development PC. The device drivers necessary to connect to the target board are automatically installed on the PC.
Figure 7 - Evaluation Kit Target Board Showing USB Port Location

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This document is subject to change without notice.
Document No: 0019-02-08-01-000 (Issue B)
Date Published: September 9, 2015
B1010SP0-EVB-1 Evaluation Board User Guide
RUNNING THE FIRST APPLICATION: µENERGY SDK
1. Launch xIDE by clicking on the xIDE shortcut on the desktop or navigating to it using the Windows Start Menu.
Figure 8 - xIDE Shortcut
Figure 9 - xIDE Window
2. Open the Heart Rate project by clicking on "Project" in the menu bar and selecting "Open Workspace". Navigate to the SDK
installation folder. If the default installation path was chosen, this will be C:\CSR_uEnergy_SDK-x.x.x.x\apps\hr_sensor.
Figure 10 - Default Location of hr_sensor Project

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This document is subject to change without notice.
Document No: 0019-02-08-01-000 (Issue B)
Date Published: September 9, 2015
B1010SP0-EVB-1 Evaluation Board User Guide
3. Some of the default settings need to be customized for your particular evaluation kit, including:
a. Bluetooth Address
b. Crystal Trim
c. Device Name
The Bluetooth Address and Crystal Trim need to match the values printed on the target board label.
Figure 11 - Example Target Board Label
4. Open the hr_sensor_cs101x_A05.keyr file in the SDK and change the values &BDADDR and &CRYSTAL_FTRIM to match
the label.
Figure 12 - Location of Bluetooth Address and Crystal Trim Values to be Modified
5. For the Bluetooth Address, the Endian format of the value on the label must be converted as shown below.
Figure 13 - Example Bluetooth Address Conversion

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This document is subject to change without notice.
Document No: 0019-02-08-01-000 (Issue B)
Date Published: September 9, 2015
B1010SP0-EVB-1 Evaluation Board User Guide
6. For the Crystal Trim value, the decimal value on the label must be converted to hexadecimal as shown below.
Figure 14 - Example Crystal Trim Value Conversion
7. To customize the Device Name, search for the declaration g_device_name in gap_service.c within the SDK.
Figure 15 - Location of Device Name Value to be Modified
8. Replace the word "Sensor" with the serial number on the label.
Figure 16 - Modification to Device Name

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This document is subject to change without notice.
Document No: 0019-02-08-01-000 (Issue B)
Date Published: September 9, 2015
B1010SP0-EVB-1 Evaluation Board User Guide
9. Compile the Heart Rate application by clicking on Build in the SDK menu bar. Select Build Active Project or press F7
shortcut key. This will build all of the files included in the active project in the current workspace using the selected
configuration into an application image for the Target board.
The build is incremental, so the minimum set of builds are performed in order to reflect changes to source files and
configurations. The Target board must remain connected during compilation.
Figure 17 - Successfully Built Project
10. Download the application to the hardware by selecting Run from the Debug menu or press the F5 shortcut key. The Heart
Rate application will now be running on the hardware.
Note that it will stop advertising after a few minutes so will not be visible to any searching phones. To re-enable
advertisements, the button can be connected to PIO11 with a jumper (not supplied) or the eval board can be power cycled.
For more information on the heart rate application, see the Heart Rate Sensor Application Note installed with the SDK. If the
default installation path was chosen, this will be located at C:\CSR_uEnergy_SDK-2.4.5.13\apps\hr_sensor\ CS-227117-
AN_CSRuEnergyHeartRateSensorApplicationNote.pdf
USING B1010SP0-EVB-1 UART DEBUG PORT
The B1010SP0-EVB-1 does not include a 3.3V level shifter required to connect to a computer's USB or RS232 interface.
CEL recommends purchasing an external 3.3V to USB level shifter.
For more information about debugging please see the debug module of the xIDE. It's located under the Navigator window by
selecting Help Documents -> Firmware Library, select the Modules tab and scroll to the bottom and select the Debug module.
The Debug module contains a number of functions to allow an application to send basic text strings across the UART, primarily
for sending debugging messages to a serial terminal.