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Dialog Semiconductor DA14580, DA14581, DA14583 User Manual

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User manual
DA14580/581/583 Bluetooth
Smart development Kit – Pro
UM-B-034
Abstract
This document describes the Bluetooth Smart Development Kit - Pro based on DA14580/DA14581-01/DA14583. It helps users to set up the hardware development environment, install required software and quickly start product development with help of example source codes.
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Contents
Abstract ................................................................................................................................................ 1
Contents ............................................................................................................................................... 2
Figures .................................................................................................................................................. 3
Tables ................................................................................................................................................... 3
1 Terms and definitions ................................................................................................................... 4
2 References ..................................................................................................................................... 4
3 Introduction.................................................................................................................................... 5
3.1 Hardware content .................................................................................................................. 6
3.2 Web content .......................................................................................................................... 8
3.2.1 Software Development Kit content ........................................................................ 8
3.2.1.1 Tools .................................................................................................. 8
3.2.1.2 SDK documents ................................................................................. 8
3.2.1.3 SDK source code examples (created in Keil) .................................... 9
3.3 DA14580 - DA14581 Pro kit ................................................................................................ 11
3.3.1 Differences between the DA14580, DA14581 and DA14583.............................. 11
3.4 Pinning ................................................................................................................................ 13
3.4.1 PCB design and functionalities ............................................................................ 14
3.4.2 Configuring the Pro kit-board by jumper settings ................................................ 15
3.4.3 Block diagram ...................................................................................................... 17
4 Installation of tools and drivers ................................................................................................. 18
4.1 Keil ...................................................................................................................................... 18
4.2 SEGGER Jlink driver ........................................................................................................... 19
4.3 FTDI driver .......................................................................................................................... 20
4.4 Tera Term ........................................................................................................................... 20
5 Memory and tools ........................................................................................................................ 21
6 Using the demo kit ...................................................................................................................... 22
6.1 Run an example on DA14580/581/583 ............................................................................... 22
Layout ............................................................................................................................ 27
Connections of J7 and J8 ............................................................................................ 27
Schematics Motherboard and Daughterboards ........................................................ 28
C.1 Peripherals .......................................................................................................................... 28
C.2 SPI and serial ...................................................................................................................... 29
C.3 Current measurement ......................................................................................................... 30
C.4 JTAG Interface .................................................................................................................... 31
C.5 PCI-e ................................................................................................................................... 32
C.6 Power supplies .................................................................................................................... 33
C.7 USB HUB Controller ............................................................................................................ 34
C.8 DA14580 WLCSP Daughter board ..................................................................................... 35
C.9 DA14580 QFN40 Daughterboard ....................................................................................... 36
C.10 DA14580 QFN48 Daughterboard ....................................................................................... 37
C.11 DA14581 WLCSP Daughterboard ...................................................................................... 38
C.12 DA14581 QFN40 Daughterboard ....................................................................................... 39
C.13 DA14583 QFN40 Daughterboard ....................................................................................... 40
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Using the SmartSnippets CLI ...................................................................................... 41
Opening your project for the first time ....................................................................... 42
Latency Timer of FTDI cable ........................................................................................ 43
RF-Testing DEVKT - Pro .............................................................................................. 44
Battery connection ‘workaround’ ............................................................................... 47
7 Web-Link ...................................................................................................................................... 48
8 Revision history .......................................................................................................................... 48
Figures
Figure 1: DA14580/581 - Pro kit ............................................................................................................ 6
Figure 2: DA14583 - Pro Kit .................................................................................................................. 6
Figure 3: QFN40 pin assignment from datasheet ............................................................................... 13
Figure 4: DA14580 Development Kit – Pro (PCB topview) ................................................................. 14
Figure 5: DA14580/581/583 (Fabrication default) UART boot settings (T_TxD P0_5 and T_RxD
P0_4) ................................................................................................................................................... 15
Figure 6: DA14580/581 Boot from external SPI memory .................................................................... 15
Figure 7: DA14583 Boot from internal SPI memory ............................................................................ 16
Figure 8: Layout of headers J5 and J6 ................................................................................................ 16
Figure 9: UART Data Direction of Uart within J5 ................................................................................. 16
Figure 10: Block diagram of total system ............................................................................................ 17
Figure 11: DA14580/581/583 block diagram ....................................................................................... 21
Figure 12: Board layout ....................................................................................................................... 27
Figure 13: IO breakout available on QFN40 and QFN48 .................................................................... 27
Figure 14: IO breakout available on QFN48........................................................................................ 27
Figure 15: Peripherals schematic of Motherboard .............................................................................. 28
Figure 16: SPI and serial schematic of Motherboard .......................................................................... 29
Figure 17: Current measurement schematic of Motherboard ............................................................. 30
Figure 18: JTAG interface schematic of Motherboard ........................................................................ 31
Figure 19: PCI-e schematic of Motherboard ....................................................................................... 32
Figure 20: Power supplies schematics of Motherboard ...................................................................... 33
Figure 21: USB HUB controller schematic of Motherboard ................................................................. 34
Figure 22: DA14580 WLCSP Daughter board .................................................................................... 35
Figure 23: DA14580 QFN40 Daughterboard ....................................................................................... 36
Figure 24: DA14580 QFN48 Daughterboard ....................................................................................... 37
Figure 25: DA14581 WLCSP Daughterboard ..................................................................................... 38
Figure 26: DA14581 QFN40 Daughterboard ....................................................................................... 39
Figure 27: DA14583 QFN40 Daughterboard ....................................................................................... 40
Figure 28: Open the CLI of SmartSnippets ......................................................................................... 41
Figure 29: Smart snippet CMD window ............................................................................................... 41
Figure 30: FTDI Latency Timer ........................................................................................................... 43
Figure 31: Reset circuitry. R84 to be dismounted. .............................................................................. 47
Figure 32: Location of R84 .................................................................................................................. 47
Tables
Table 1: Content of the DA14580/581/583 Pro Kit ................................................................................ 7
Table 2: DA14580 ................................................................................................................................ 11
Table 3: DA14581 ................................................................................................................................ 11
Table 4: DA14583 ................................................................................................................................ 12
Table 5: SPI connections..................................................................................................................... 13
Table 6: Installation tools and drivers .................................................................................................. 18
Table 7: Run an example on DA14580/581/583 ................................................................................. 22
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1 Terms and definitions
BLE Bluetooth Low Energy CS Chip Select DK Development Kit EEPROM Electrically Erasable Programmable Memory FTDI Brand name of USB – UART interface GPIO General Purpose Input Output OTP One Time Programmable PCB printed circuit board QFN Quad-Flat No-leads SDK Software Development Kit SPI Serial Peripheral Interface SRAM Static Random Access Memory SWD Serial Wire Debug USB Universal Serial Bus UART Universal Asynchronous Receiver/Transceiver WLCSP Wafer Level Chip Scale Packaging WoW Way of Working
2 References
1. DA14580, Datasheet, Dialog Semiconductor
2. DA14581, Datasheet, Dialog Semiconductor
3. UM-B-015, DA14580_581_583 Software Architecture, Dialog Semiconductor
4. DA14580_CB PXI QFN40 layout, Dialog Semiconductor
5. DA14580_CB_PXI_QFNP40, Dialog Semiconductor
6. DA14580_CB_PXI_WLCSP, Dialog Semiconductor
7. DA14580_CB_PXI_WLCSP_layout, Dialog Semiconductor
8. DA14580_MB_VB_layout, Dialog Semiconductor
9. DA14580_CB PXI_QFN48, Dialog Semiconductor
10. UM-B-005, DA14580_581_583 Peripheral Examples, Dialog Semiconductor
11. UM-B-010, DA14580_581_583 Proximity application, Dialog Semiconductor
12. AN-B-015, DA14580 Supply current measurement, Dialog Semiconductor
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3 Introduction
DA14580/581/583 is a Bluetooth Smart chip, working with extremely low power while providing world-class RF performance, a small footprint and flexible peripheral configurations for a wide range of applications. The development kit includes a set of hardware (e.g. development board with on­board debugger), a Software Development Kit (SDK) (e.g. development tools, source code examples documents and so on) along with documentation. This document helps users to set up hardware/software development environment, install required software and quickly start product development with the help of example source code.
Web content can be downloaded at:
www.dialog-semiconductor.com/support.
Product information about the DA14580/581/583 can be found at:
http://www.dialog-semiconductor.com/products/bluetooth-smart
Product information about the DA14580/581/583 Development Kit - Pro can be found at:
http://www.dialog-semiconductor.com/products/bluetooth-smart/smartbond-development­tools/da14580-development-kit-pro
The DA14583 is DA14580 plus 1Mbit SPI memory in same package.
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3.1 Hardware content
In Figure 1 and Figure 2 the kit components are shown and Table 1 contains an overview the parts.
Optional*
Optional*
DA14581 Pro kitDA1580 Pro kit
Figure 1: DA14580/581 - Pro kit
Optional*
DA14583 Pro kit
Figure 2: DA14583 - Pro Kit
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Table 1: Content of the DA14580/581/583 Pro Kit
DA14580/581/583 DEVKT – PRO:
Included in the kit
Separate option for the 580 kit*
Separate option for the 581 kit*
Separate option for the 583 kit*
Battery CR2032
X
Mini USB Cable
X
DA14580A3DB-P (QFN48)
X
DA14580ATDB-P (QFN40)
X
DA14580UNDB-P (WL-CSP)
X
DA14581UNDB-P (WL-CSP)
X
DA14581ATDB-P (QFN40)
X
DA14583ATDB-P (QFN40)
X
DA14580DEVKT-P_VB (Main board)**
X
USB Dongle
X
Note 1 * Not included in the kit, must be bought separately. Note 2 ** The mainboard is compatible with all boards.
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3.2 Web content
3.2.1 Software Development Kit content
3.2.1.1 Tools
Web-link: www.dialog-semiconductor.com/support
SmartSnippets
SmartSnippets is a framework of PC based tools to control DA14580/581/583 development kit, consisting of:
● Power Profiler : Real time current consumption measurement to for the DA14580/581/583
motherboard
● OTP Programmer: Tool for OTP memory programming
● UART/JTAG booter: Tool for downloading hex files to DA14580/581/583 SRAM over UART or
JTAG
● SPI & EEPROM programmer: A tool for SPI & EEPROM flash programming
● Sleep Mode Advisor: Calculation tool to determine most optimal sleep modes
ConnectionManager
ConnectionManager is a PC based software tool to control the link layer of the DA14580/581/583 with the following capabilities:
● Functional in Peripheral and Central role
● Set advertising parameters
● Set connection parameters
● Reading from Attribute database
● Perform production test commands
3.2.1.2 SDK documents
● UM-B-003, DA14580_581_583 Software development guide
● UM-B-004, DA14580_581_583 Peripheral drivers
● UM-B-005, DA14580_581_583 Peripheral examples
● UM-B-006, DA14580 Sleep mode configuration
● UM-B-007, DA14580 Software Patching over the Air (SPOTA)
● UM-B-008, DA14580 Production test tool
● UM-B-010, DA14580_581_583 Proximity application
● UM-B-011, DA14580 Memory map – scatter file
● UM-B-012, DA14580 Secondary boot loader
● UM-B-013, DA14580 External Processor Interface over SPI
● UM-B-014, DA14580 Bluetooth Smart Development Kit - Expert
● UM-B-015, DA14580_581_583 Software architecture
● UM-B-016, DA14580 Software Porting Guide
● UM-B-017, DA14580 GTL interface Integrated Processor Application
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3.2.1.3 SDK source code examples (created in Keil)
● dk_apps. This folder holds all the necessary folders needed for DA14580/581/583 application
development. o dk_apps\keil_projects\proximity:
The folder contains the following subfolders and in each one of them resides the respective project file:
Table 1: SDK Examples
Folder
Project File
Description
prox_monitor_ext\Keil_4
prox_monitor_ext\Keil_5
prox_monitor_ext.uvproj prox_monitor_ext_581.uvproj prox_monitor_ext_583.uvproj prox_monitor_ext.uvprojx prox_monitor_ext_581.uvprojx prox_monitor_ext_583.uvprojx
Proximity Monitor (External processor configuration)
prox_reporter_ext\Keil_4
prox_reporter_ext\Keil_5
prox_reporter_ext.uvproj prox_reporter_ext_581.uvproj prox_reporter_ext_583.uvproj prox_reporter_ext.uvprojx prox_reporter_ext_581.uvprojx prox_reporter_ext_583.uvprojx
Proximity Reporter (External processor configuration)
prox_reporter\Keil_4
prox_reporter\Keil_5
prox_reporter.uvproj prox_reporter_581.uvproj prox_reporter_583.uvproj prox_reporter.uvprojx prox_reporter_581.uvprojx prox_reporter_583.uvprojx
Proximity Reporter (Integrated processor configuration)
prox_monitor_ext_usb\Keil_4
prox_monitor_ext_usb\Keil_5
prox_monitor_ext_usb.uvproj prox_monitor_ext_usb_581.uvproj prox_monitor_ext_usb_583.uvproj prox_monitor_ext_usb.uvprojx prox_monitor_ext_usb_581.uvprojx prox_monitor_ext_usb_583.uvprojx
Proximity Monitor (External processor configuration)
Version for USB dongle
prox_reporter_ext_usb\Keil_4
prox_reporter_ext_usb\Keil_5
prox_reporter_ext_usb.uvproj prox_reporter_ext_usb _581.uvproj prox_reporter_ext_usb _583.uvproj prox_reporter_ext_usb.uvprojx prox_reporter_ext_usb
_581.uvprojx prox_reporter_ext_usb
_583.uvprojx
Proximity Reporter (External processor configuration)
Version for USB dongle
prox_reporter_ext_spi\Keil_4
prox_reporter_ext_spi\Keil_5
prox_reporter_ext_spi.uvproj prox_reporter_ext_spi_581.uvproj prox_reporter_ext_spi_583.uvproj prox_reporter_ext_spi.uvprojx prox_reporter_ext_spi_581.uvprojx prox_reporter_ext_spi_583.uvprojx
Proximity Reporter (External processor) SPI version
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o dk_apps\keil_projects\prod_test: These folders include the source code of the production
test firmware. Refer to DA14580_581_583 _Production_Test_Tool.docx for more information how to build and use it.
o dk_apps\keil_projects\template: These folders include a template as a starting point of a
new application.
For details, please read [9].
● host_apps: This folder holds the DA14580/581/583 PC applications:
o host_apps\windows\proximity: The folder includes two Windows C++ applications, with
each one acting as part of a proximity monitor and a proximity reporter application. They are placed in subfolders monitor and reporter respectively. For details, please read the DA14580_581_583 Proximity Application Guide.
o host_binaries\windows\proximity: The folder includes two pre-compiled Windows
executables which correspond to the C++ applications described right above and are included for user convenience.
o peripheral_examples: The folder includes sample code of how to use peripheral blocks of
the DA14580/581/583 (e.g. UART, SPI, I2C etc.) bundled to a demo-kit. For details, please refer to [10].
● Tools:
o tools\prod_test\prod_test_cmds: This folder includes the source code of the production
test tool. Refer to DA14580/DA14581_Production_Test_Tool.docx for more information how to build and use it.
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3.3 DA14580 - DA14581 Pro kit
3.3.1 Differences between the DA14580, DA14581 and DA14583
The only hardware difference between the daughter boards of the DEVKT-Pro 14580 and the DEFKT-Pro 14581, is the design in of QFN48 (580) and the QFN40 (581). The silkscreen may have small textual differences.
The DA14581 uses a dedicated ROM which offers optimisations targeting A4WP and HCI.
Table 2: DA14580
Product
Memory size
General
Purpose
I\O’s
Package
Key Features
Applications
WLCSP34
ROM
84kBytes
OTP
32kBytes
RAM
50kBytes
12
2.5x2.5x0.5mm, pitch 0.4mm
Bluetooth 4.0
+ 4.1
Cortex M0
application processor
Power supply
0.9 -3.3V
Single pin RF
I/O
Rich set of
analog and digital peripherals
Beacon &
Proximity
Health &
Fitness
HID
Smart Home
QFN40
24
5x5x0.9mm, pitch 0.4mm
QFN48
32
6x6x0.9mm, pitch 0.4mm
Table 3: DA14581
Product
Memory size
General
Purpose
I\O’s
Package
Key Features
Applications
WLCSP34
ROM
84kBytes
OTP
32kBytes
RAM
50kBytes
12
2.5x2.5x0.5mm, pitch 0.4mm
Bluetooth 4.0
+ 4.1
Cortex M0
application processor
Power supply
0.9 -3.3V
Single pin RF
I/O
Rich set of
analog and digital peripherals
8 connections  Optimized
boot time
Wireless charging
(A4WP)
HCI
QFN40
24
5x5x0.9mm, pitch 0.4mm
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Table 4: DA14583
Product
Memory size
General
Purpose
I\O’s
Package
Key Features
Applications
ROM
84kBytes
OTP
32kBytes
RAM
50kBytes
Bluetooth 4.0
+ 4.1
Cortex M0
application processor
Power supply
2.35 -3.3V
Single pin RF
I/O
Rich set of
analog and digital peripherals
Beacon &
Proximity
Health &
Fitness
HID
Smart Home
QFN40
24
5x5x0.9mm, pitch 0.4mm
A4WP wireless charging features:
o Fast boot time for Power Receiving Unit (PRU) o 8 connections for Power Transmitting Unit (PTU)
HCI features:
o Optimized code for HCI which fits into the OTP o This enables customers/modules makers to provide a pre-programmed HCI module
Remark: DA14583 will run in BUCK mode only!
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3.4 Pinning
In Figure 3 the pinout of the DA14583 is shown. New, compared to the DA14580/581, are the connections to the internal SPI flash memory.
Figure 3: QFN40 pin assignment from datasheet
Table 5: SPI connections
port DA14583
function
remark
P2_0
SPI_CLK
SCLK (Note 1)
P2_9
SPI_DI
MOSI (Note 1)
P2_4
SPI_DO
MISO (Note 1)
P2_3
SPI_EN
not to be used for external SPI (!)
VCC_FLASH
power for internal Flash Memory
GND
Note 1 shared with internal flash memory
When external SPI components are used, SPI_EN is occupied for internal use. Another pin should be chosen for SPI_EN of the external component.
By using a Secondary Bootloader the proper pins are programmed to load the booting software from the SPI-memory at startup.
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3.4.1 PCB design and functionalities
The top-screen layer of the pro kit PCB is shown below in Figure 4.
Figure 4: DA14580 Development Kit – Pro (PCB topview)
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3.4.2 Configuring the Pro kit-board by jumper settings
There are two configurations that can be switched; the default configuration that supports the boot from UART or the configuration that supports boot from an external SPI flash memory.
The jumper settings are displayed below.
LEDTriggers
VPP
Current measurement
BATT/USB
RxD (P0_4)
TxD (P0_5)
CTS (P0_6)
RTS (P0_7)
T_TMS (SWDIO)
T_TCK (SWCLK)
Figure 5: DA14580/581/583 (Fabrication default)
UART boot settings (T_TxD P0_5 and T_RxD P0_4)
LEDTriggers
VPP
Current measurement
BATT/USB
SPI_MISO (P0_5)
SPI_MOSI (P0_6)
SPI_CS (P0_3)
SPI_CLK (P0_0)
SPI_SUP (BAT_SEL)
T_TMS (SWDIO)
T_TCK (SWCLK)
Figure 6: DA14580/581 Boot from external SPI memory
Note 2 These functionalities are shown in detail in Appendix A
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T_TCK (SWCLK)
T_TMS (SWDIO)
SPI_SUP (BAT_SEL)
VPP
LED
Triggers
Current measurement
BATT/USB
Figure 7: DA14583 Boot from internal SPI memory
SWCLK
SPI_SUPPLY
SWDIO
T_RxD
T_CTS T_RTS
SPI_CS
SPI_CLK
P0_1
T_TxD
P1_0
P1_2
gnd
gnd
VBAT_580
RST P1_3
P1_1 P0_2
P0_4
P0_5 P0_6 P0_7 P0_3
P0_0
BATT SEL
T_TMS
T_TCK
Pin 1.
Figure 8: Layout of headers J5 and J6
P0_4 (TxD)
P0_5 (RxD)
P0_6 (RTS)
P0_7 (CTS)
(TxD)
(CTS)
(RTS)
(RxD)
USB
DA14580/581/583
Figure 9: UART Data Direction of Uart within J5
Example: when jumper J5 (27-28) is placed, connection ‘T_TCK = SWCLK’ is made.
In Figure 5 and Figure 6 the connections are added next to the arrows. On this board only the buck mode is used. A choice can be made between 3V3 (via USB: J11 1-2) or
Vdd (a coin cell: J11 2-3). No battery is needed when running via the USB-mini-cable.
Remark: For proper battery functionality a small modification should be made. For the details see the workaround in Appendix H.
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3.4.3 Block diagram
This is the schematic of the block diagram; all other schematics can be found in Appendix C.
Figure 10: Block diagram of total system
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4 Installation of tools and drivers
To install the Software development environment, please follow the steps as shown in Table 6.
Table 6: Installation tools and drivers
4.1 Keil
4.1.1
Download and install the Keil MDK­ARM uVision IDE. Both uVision ver.
4.0 and ver. 5.0 are supported, but version 5 is preferred.
Keil:
https://www.keil.com/download/product/
Keil MDK-ARM Version 5 – Installation:
http://www2.keil.com/mdk5/install
Starters Guide:
http://www.keil.com/uvision/ide_ov_starting.asp
4.1.2
For uVision Version 5 you have to install the ARM Cortex M profile package (see also
http://www.keil.com/dd2/Pack/)
4.1.3
You should see a list of packs as shown on the right. If you do not see this list, please click the
“Packs” menu item and select the “Check for Updates” option to
download an updated list.
Click on the “Install” button to the right of “Keil::ARMCortex_DFP”
package.
4.1.4
If the installation is successful, the pack installer window should look like this.
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4.1.5
This screen may occur, is so:
Select ‘yes’ and in the next window Select ‘M0’.
4.2 SEGGER Jlink driver
4.2.1
Download and install the Jlink software & documentation pack for Windows.
Please note that your SEGGER Jlink serial number is required for downloading. Use the number on the sticker located on the backside of board.
http://www.segger.com/jlink-software.html
4.2.2
In order to for the USB controller to be properly recognized by Windows as a J-Link device, you have to install the driver with the settings shown in the figure on the right.
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4.2.3
At the end of the installation, please tick the IDE (Keil MDK Vxx) that you are using.
4.3 FTDI driver
4.3.1
The Development Kit uses the D2xx driver.
For Windows, this driver is part of the Combined Driver Model (CDM) driver.
(It is recommended that the latest driver available from the FTDI page is used.)
Latency Timer: see Appendix F
USB Drivers:
http://www.ftdichip.com/Drivers/D2XX.htm
Installation Guide:
http://www.ftdichip.com/Support/Documents/InstallG
uides.htm
4.4 Tera Term
4.3.1
Download and install Tera Term on your PC.
Tera Term:
http://en.sourceforge.jp/projects/ttssh2/releases/
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5 Memory and tools
The DA14580/DA14581DEVKT is equipped with: (on the chip) SRAM (50k) and OTP (32k). Mounted on the board is external SPI flash memory (2Mbit).
Figure 11: DA14580/581/583 block diagram
Software can be downloaded to:
SRAM
o Keil IDE o SmartSnippets o Command Line Interface (CLI) o Connection Manager
OTP
o SmartSnippets o CLI
SPI (flash)
o SmartSnippets o CLI
Example: loading software (hex-file) by using SmartSnippets
PC → UART → DA14580/581/583 PC → UART → DA14580/581/583→ SPI (flash) PC → UART → DA14580/581/583→ OTP
For the settings of the jumpers see Figure 5. An example of the CLI is shown in Appendix D
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6 Using the demo kit
Follow the steps shown in Table 7 to easily create a working demo kit.
Table 7: Run an example on DA14580/581/583
6.1 Run an example on DA14580/581/583
6.1.1
After you download the SDK at
http://support.dialog­semiconductor.com/software­downloads/index
You can find a source code example in example directory called (SDK xxx):
“peripheral_examples\peripheral _setup”.
Double click “DA14580_peripheral_setup .uvproj”, as shown in the image to the right.
6.1.2
The development environment should look like this when the project is opened with Keil.
6.1.3
Click on the ‘Options for Target’ button.
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6.1.4
‘Options for Target’ → ‘Device’
-screen should look like this.
6.1.5
‘Options for Target’ → ‘Target’
- screen looks like this. Mind the ‘Memory’ areas.
580:
581:
scatter file selection in ‘Options for Target’
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6.1.6
Make sure “J-LINK/J-Trace
Cortex” is selected as shown and
the initialization file field is set correctly to “.\sysram.ini”.
6.1.7
Click on the “Setting” button above
to make sure the SW Device has been detected correctly.
Important note: Under certain circumstances, uVision IDE may
crash upon pressing the “settings”
button. A workaround is found in
Appendix E
6.1.8
Click “OK” to save the settings.
All settings have been saved properly now, and you can
continue to build the example.
6.1.9
Build the project by pressing “F7” key, or click the build button as shown in following picture
6.1.10
Make sure you have a UART connection between your PC and a mother board, as shown in 6.1.5. Check the “COM” number on you PC.
Go to the Windows Control Panel Administrative Tools Computer Management Device Manager Ports USB Serial Port # (connect or disconnect to see the COM
port of that module)
6.1.11
Open the Tera Term serial terminal on you PC.
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6.1.12
Open Tera Term and choose a COM port, which you have found in step 3, and click OK
6.1.13
Choose Setup->Serial port to configure the Baud rate etc.
6.1.14
Set “Baud rate” to 115200, ”Data” to 8 bit, ”Parity” to None, ”Stop” to 1 bit and “Flow control” to none.
Click OK. Now we have a properly configured UART terminal on our PC.
6.1.15
Go back to Keil Project. In the menu bar, select Debug­>Start/Stop Debug Session.
6.1.16
A dialog window pops up, like the one on the right. Please click “OK”.
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6.1.17
Press F5 key or click execution button as shown in following picture, to start code execution.
6.1.18
Then you can see a hello message on your UART terminal screen. That means you have successfully programmed and started the peripheral program on DA14580/581/583 demo board.
The peripheral_setup demo consists of a small suite of tests that encompasses some of the most commonly used peripherals such as I2C EEPROM, SPI Flash, Rotary Encoder, audio buzzer etc. For more detailed info and technical details please refer to the UM-B-005:
DA14580/581/583Peripheral Examples as well as the source
code of the peripheral_setup demo.
Remark: this software is originally
written for the ‘SmartBond™
DA14580/581/583-- Development Kit – Expert’.
See: http://support.dialog-
semiconductor.com/resources
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Layout
Enable current
measurement
EnableTrigger
J11
BATT/USB
power
28p Header
for switching
UART and SPI
DA14580
Enable LED D3
SW2 (P0_6) and
SW 3 (P1_1)
J3 Enable
programming
voltage
Reset SW
GND 2
USB
GND 3
FTDI chip
PCI-e
J7 QFN
40/48
J8 QFN
48
Tag connection
GND 1
Figure 12: Board layout
Connections of J7 and J8
Figure 13: IO breakout available on QFN40 and QFN48
Figure 14: IO breakout available on QFN48
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Schematics Motherboard and Daughterboards
C.1 Peripherals
Figure 15: Peripherals schematic of Motherboard
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C.2 SPI and serial
Figure 16: SPI and serial schematic of Motherboard
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C.3 Current measurement
Figure 17: Current measurement schematic of Motherboard
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C.4 JTAG Interface
Figure 18: JTAG interface schematic of Motherboard
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C.5 PCI-e
Figure 19: PCI-e schematic of Motherboard
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C.6 Power supplies
Figure 20: Power supplies schematics of Motherboard
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C.7 USB HUB Controller
Figure 21: USB HUB controller schematic of Motherboard
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C.8 DA14580 WLCSP Daughter board
Figure 22: DA14580 WLCSP Daughter board
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C.9 DA14580 QFN40 Daughterboard
Figure 23: DA14580 QFN40 Daughterboard
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C.10 DA14580 QFN48 Daughterboard
Figure 24: DA14580 QFN48 Daughterboard
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C.11 DA14581 WLCSP Daughterboard
Figure 25: DA14581 WLCSP Daughterboard
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C.12 DA14581 QFN40 Daughterboard
Figure 26: DA14581 QFN40 Daughterboard
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C.13 DA14583 QFN40 Daughterboard
Figure 27: DA14583 QFN40 Daughterboard
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Using the SmartSnippets CLI
All the information/syntaxes about the CLI can be found from the HELP tab in the SmartSnippets GUI or by written Smartsnippets –help in the CLI. In this example, it is supposed that the SPI memory is using P0_0 as SCK, P0_3 as CS, P0_5 as MISO and P0_6 as MOSI.
First of all, the CLI can send the commands either via UART or JTAG according to the binary file which has to be loaded.
On the one hand, if the commands are going to be sent via UART, the following binary file which can be found from the resources folder of SmartSnippets has to be downloaded into the DA14580/DA14581:
flash_programmer.bin
On the other hand, if the commands are going to be sent via JTAG, the following binary file which can be found from the resources folder of SmartSnippets has to be downloaded into the DA14580/DA14581:
jtag_programmer.bin
Secondly, open the CLI by pushing the Shift button and right click on the ‘bin’ folder of the
SmartSnippet and select ‘Open command window here’ as follow:
Figure 28: Open the CLI of SmartSnippets
Finally, in order to write a value 0x1347 (example of a bluetooth device address) at the address 0x93 for instance, the following command line can be written:
SmartSnippets.exe -type spi -chip DA14580/DA14581-01 -jtag 228202458 -cmd write_field -offset 0x93 -data 1347 -firmware "D:\SmartSnippets\resources\jtag_programmer.bin"
The answers should be as shown below:
Figure 29: Smart snippet CMD window
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Opening your project for the first time
Issue description When, on a Keil uVision project, some entries in file .uvopt is missing or the file is missing, then,
when the user clicks on the button 'settings' (options{debug tag}) with the{J-LINK/J-TRACE Cortex} selected, uVision crashes.
Possible causes Some important information concerning the j-link driver is missing. Calling the driver’s dll probably
causes the crash. Versions of Keil uVision found to be affected At least versions 5.11.1.0 and 5.10.0.2 are affected. Under which circumstances user will encounter this error When a local GIT repository is first created, this file (.uvopt) does not exist, since it is not included in
the remote repository. When the user opens the project for the first time, this file is created, but some keys/values are missing.
A proposed solution:
1) Ensure that the .uvopt file does not exist in the folder of your project. If it exists and crash has been identified to happen, delete the .uvopt file.
2) Open the Keil project and close it. The .uvopt file is created automatically in the project folder (where the .uvproj is located).
3) Open the .uvopt file, using your favourite text editor.
4) Under the key <TargetOption> add the flowing lines:
<TargetDriverDllRegistry> <SetRegEntry> <Number>0</Number> <Key>JL2CM3</Key> <Name>-U228202424 -O78 -S0 -A0 -C0 -JU1 -JI127.0.0.1 -JP0 -RST0 -N00("ARM CoreSight SW-DP") -D00(0BB11477) -L00(0) -TO18 -TC10000000 -TP21 -TDS8007 -TDT0 ­TDC1F -TIEFFFFFFFF -TIP8 -TB1 -TFE0 -FO7 -FD20000000 -FC800 -FN0</Name> </SetRegEntry> </TargetDriverDllRegistry>
5) Save the .uvopt file and close the text editor.
6) Open the Keil project in uVision.
7) Click on ProjectOptions for Project ‘XXX’.
8) On the ‘Debug’ Tab, select J-Link / J-TRACE Cortex debugger and click on the ‘Settings’ button for the debugger (not the simulator). This is the instance where the crash would happen.
9) The ‘Cortex JLink/JTrace Target Driver Setup’ Dialog opens. Select your debugger as normally.
10) Close the dialog windows clicking ok.
11) Now, normal operation of j-link debugger is resumed. After you have finished your work, close the Keil uVision IDE to allow for updates to the .uvopt file to be saved.
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Latency Timer of FTDI cable
If an external FTDI cable is used to burn the OTP (or to download the image into the external memory), the Latency Timer of the FTDI cable has to be changed from 15ms to <10ms. To change the Latency Timer: Device Manager → COM port → Right click on the COM port chosen → Properties → Port Settings → Advanced → Latency Timer: set it <10ms.
Figure 30: FTDI Latency Timer
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RF-Testing DEVKT - Pro
Follow steps to start example from SDK:
Step 0. connect DEVKT- Pro to USB-port.
Step 1a. for DA14580: start KEIL via double click on project name:
… dk_apps\keil_projects\proximity\prox_reporter \prox_reporter.uvproj
or
step 1b. for DA14581: start KEIL via double click on SDK 3.0.6. object name:
… DA1458x_SDK_3.0.6\DA1458x_SDK_3.0.6\dk_apps\keil_projects\proximity\prox_reporter \ prox_reporter _581.uvproj
Step 2. #define HW_CONFIG_PRO_DK // Pro DK
see: DA14580_config.h
Step 3. KEIL is started and press F7 for ‘Building‘ the software.
When the build-result is ‘no errors’, then got the next step.
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Step 4. Start Debug Session (Ctrl + F5)
Step 5. Run the software by pressing ‘F5’
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Step 6. Stop Debug Session by pressing ‘Ctrl + F5’
Software will start running now!
Step 7. Check via ‘Bluetooth scanning software’ whether the RF-part of the DEVKT - Pro is
working. This software is available for iPhone and Android phone as an App.
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Battery connection ‘workaround’
There is a small hardware malfunction. When the board operates on battery (J11 jumper on 2-3), the RST-signal is permanently high. When USB is disconnected, then T_RESET becomes low. After invertor U7 RST is high. In this case the board will not operate.
Workaround is the dismounting of R84. In Figure 31 the Reset circuitry is shown.
Figure 31: Reset circuitry. R84 to be dismounted.
In a DEVKT – Pro update the hardware problem will be solved.
In Figure 32 the location of R84 is shown.
Figure 32: Location of R84
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7 Web-Link
All support info:
● http://support.dialog-semiconductor.com
8 Revision history
Revision
Date
Description
1.0
11-02-2015
Initial version for DA14580
1.1
25-02-2015
Some textual changes Added FTDI-links
Added changes to convert to DA14580/581/583
1.2
18-05-2015
Updated for SDK 3.0.8 added Appendix I Battery connection workaround
1.3
03-Jun-2015
Updated for SDK 3.0.10 added DA14583-pictures
1.4
31-Jan-2016
Minor text changes and updates on drawings
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Status
Definition
DRAFT
The content of this document is under review and subject to formal approval, which may result in modifications or additions.
APPROVED or unmarked
The content of this document has been approved for publication.
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