Neste evento teremos a oportunidade de fazer uma aplicação LoRaWAN do zero, através do nosso IDE, fazendo todo o processo de seleção dos periféricos, configuração de I/Os, Modo Low Power,etc. Também conectar a Rede LoRa da American Tower e finalmente fazendo o controle das regras da aplicação pelo painel WEB da TAGO. Mais detalhes em: https://www.embarcados.com.br/evento-online-microcontrolador-stm32wl55/

2. Webinar
LEANDRO NUNES
Fazendo uma
aplicação LoRaWAN
em poucos minutos

3. COMPARTILHAMENTO DE
INFRAESTRUTURA É NOSSO DNA
ESTAMOS
PRONTOS
PARA O 5G
Viabilizando conectividade em todos os lugares
TORRES
COBERTURA
NÍVEL DE RUA
TOPOS DE
PRÉDIOS
EDIFÍCIOS E
EMPREENDIMENTOS
INTERNET
DAS COISAS
FIBRA

4. 6
CONTINENTES
22
PAÍSES
+186MIL
SITES - MUNDO SITES - BRASIL
35%
MARKET SHARE
+19MIL
SOMOS
LÍDERES
GLOBAIS
Em compartilhamento de
infraestrutura de comunicação

5. BAIXO CUSTO
menor que tecnologias
“missão crítica”
LONGO ALCANCE
Até 15km
SEGURANÇA
Alta resistência
a jammers
BIDIRECIONAL
Uplink e Downlink
BATERIA
Baixo consumo
5anos+
EM REDES PARA IoT, NÃO TEM
“ONE SIZE FITS ALL”
CELULAR REDE LPWAN
REDES LOCAIS REDES PESSOAIS
(Low Power Wide Area Network)
FLEXIBILIDADE
Mobilidade e
“LoRa P2P”
Casos de uso distintos têm necessidades diferentes
As tecnologias se complementam

6. 265DE CIDADES,
INCLUINDO TODAS AS CAPITAIS
+100M PESSOAS
~63% DO PIB
REDE NEUTRA
IoT LoRaWANTM
EM EXPANSÃO

7. + GATEWAYS PLUG & PLAY
+ MONITORAÇÃO E ALERTAS
+ INTEGRAÇÃO TRANSPARENTE COM A
NOSSA REDE
COBERTURA ESTENDIDA
FLEXIBILIDADE: COBERTURA ONDE VOCÊ PRECISA
REDE NEUTRA
ATC LoRaWAN

8. NOSSOS DISTRIBUIDORES
Mauro Piccinini
mpiccinini@korewireless.com
(11)2122-0235
Alexandre Russo
alexandre.russo@onixtec.com.br
(43)3371-3779
Ruy Thalacker
ruy.thalacker@nlt.com.br
(11)4440-4080

9. OBRIGADO!
LEANDRO NUNES
@Rede Neutra IoT LoRaWANTM American Tower
@IoT-Labs-io
www.americantower.com.br
www.iot-labs.io
iotlabs@americantower.com

10. STM32WL MCU series
Wireless System-on-Chip
Long range communications

11. STM32 MCU wireless series
High Perf
MCUs
Ultra-low Power
MCUs
Wireless
MCUs
Mainstream
MCUs
STM32F0
106 CoreMark
48 MHz
STM32G0
142 CoreMark
64 MHz
STM32F1
177 CoreMark
72 MHz
STM32F3
245 CoreMark
72 MHz
STM32F2
398 CoreMark
120 MHz
STM32F4
608 CoreMark
180 MHz
STM32L0
75 CoreMark
32 MHz
STM32L5
443 CoreMark
110 MHz
STM32L1
93 CoreMark
32 MHz
STM32L4
273 CoreMark
80 MHz
STM32WL
162 CoreMark
48 MHz
STM32L4+
409 CoreMark
120 MHz
STM32G4
550 CoreMark
170 MHz
STM32F7
1082 CoreMark
216 MHz
STM32H7
Up to 3224 CoreMark
240 MHz Cortex -M4
Up to 550 MHz Cortex -M7
STM32WB
216 CoreMark
64 MHz
Optimized for mixed-signal applications Dual-core architecture: Cortex-M4 and M0+
Arm® Cortex® core -M0 -M3 -M33 -M4 -M7
-M0+
More than 60,000 customers Over 6 billion STM32 shipped since 2007
2

12. System-on-chip made for versatility
=
Single Silicon Die
A long-range wireless microcontroller: one die, many IoT possibilities World first!
+
STM32L4
(G)FSK
(G)MSK
BPSK
STM32WL
Arm®
Cortex®-M0+
+
3

13. STM32WLEx Line - a rich feature set
KEY FEATURES
• Arm® Cortex®-M4 & DSP up to 48 MHz
• Up to 256 KB Flash and 64 KB SRAM
• Sub-GHz Radio
• Multi-modulation: LoRa, (G)FSK, (G)MSK, BPSK
• 2 embedded power amplifiers:
• 1 output up to +15 dBm
• 1 output up to +22 dBm
• LoRa RX sensitivity: -148 dBm (SF12, BW=10.4kHz)
• RX: 4.82mA and TX: 15mA (at 10dBm) / 87mA (at 20dBm) [3.3V]
• Ultra-Low Power consumption
• < 71µA/MHz Active mode (3V - RF OFF)
• 1 µA Stop2 mode with RAM retention
• 390 nA Standby mode with RTC
• 31 nA Shutdown mode
• Peripherals
• 3xI²C, 2xUSART, 1xLP-UART, 2xSPI
• 7x timers + 2x ULP Comparators
• 1.8 to 3.6V voltage range (DC/DC, LDO)
• -40 to up to +105°C temperature range
-> Packages: QFN48, BGA73
4

14. STM32WL5x Line - a rich feature set
Dual-core and enhanced security
KEY FEATURES
• Arm® Cortex®-M4 & DSP up to 48 MHz
• Up to 256 KB Flash and 64 KB SRAM
• Arm® Cortex®-M0+ up to 48 MHz
• Sub-GHz Radio
• Multi-modulation: LoRa, (G)FSK, (G)MSK, BPSK
• 2 embedded power amplifiers:
• 1 output up to +15 dBm
• 1 output up to +22 dBm
• LoRa RX sensitivity: -148 dBm (SF12, BW=10.4kHz)
• RX: 4.82mA and TX: 15mA (at 10dBm) / 87mA (at 20dBm) [3.3V]
• Ultra-Low Power consumption
• < 71µA/MHz Active mode (3V - RF OFF)
• 1 µA Stop2 mode with RAM retention
• 390 nA Standby mode with RTC
• 31 nA Shutdown mode
• Peripherals
• 3xI²C, 2xUSART, 1xLP-UART, 2xSPI
• 7x timers + 2x ULP Comparators
• Advanced security features
• 1.8 to 3.6V voltage range (DC/DC, LDO)
• -40 to up to +105°C temperature range
-> Packages: QFN48, BGA73
5

15. Dual core – How does that work?
IPCC: Inter Processor Communication Controller
HSEM: Hardware Semaphore – prevent shared resource access conflicts
CM4 CM0+
IPCC
CM4 has a message for you
@ 0x20008030
I have a message for the CM0+
@ 0x20008030
SRAM2
Message collected
Message collected by CM0+
IPCC works in both directions
Read message then erase
6

16. STM32WL Sub-GHz - portfolio
7
Flash / RAM
Size (bytes)
73 pins
5x5 mm
BGA (p=0.5)
48 pins
7x7mm
UQFN (p=0.5)
Pin count
STM32WLExJ8
64K / 20K
STM32WLExJB
128K / 48K
256K / 64K STM32WL5xJC
STM32WLExJC
STM32WLExC8
STM32WLExCB
STM32WL5xCC
STM32WLExCC
256K / 64K
Up to 43 GPIOs
for full
flexibility
+
Tiny package
footprint
Up to 29 GPIOs
+
Optimized
BOM cost
+
2-Layer PCB
enablement
Note:
x = 5 all modulations available
x = 4 all modulations available except LoRa
Dual core Single core

17. Flexible power scheme
FlexPowerControl
RUN (Range1) at 48 MHz 71* / 115 µA / MHz
STANDBY 71 nA*
VBAT 5*** / 200 nA**
SHUTDOWN 31*** / 175 nA**
STANDBY + 32 KB RAM 390 nA**
Wake-up
time to RUN
STOP 2 (full retention) 1 µA**
RUN (Range2) at 16 MHz 100* / 115 µA / MHz
* Typical values with SMPS, RF OFF
** with RTC on LSE Bypass
*** All OFF
Typ with LDO @ VDD = 3 V @ 25 °C
6 cycles SLEEP at 48 MHz 28* / 35 µA / MHz
5.5 µs
RF
Capable
STOP 1 (full retention) 4.55 µA**
29 µs
267 µs
29 µs
5 µs
• High Efficiency
 CoreMark score = 162
• Ultra Low-Power Platform
 ULPBbench score ≈ 204
Benchmark scores
8

18. Flexible power implementation
Tailor STM32WL to the requirements of IoT applications
LDO DC-DC
CORE(s)
+
RF IP
REG
PA
LP
PA
HP
PA
STM32WL
Up to +15 dBm
Up to +22 dBm
2 Power Outputs
Power Management
Config.
9

19. Safety
• Back-up clock circuitry
• Supply monitoring
• Dual watchdog
• Flash memory with ECC
(address status register)
• SRAM Parity check
• Cyclic Redundancy Check
• Brown-out reset in all modes
• Clock Security System
• Backup byte registers
Security
• Tamper detection
• Read & Write protection
• Memory Protection Unit (MPU)
• Software IP Protection
• True Random Number Generator
• AES and Public Key Accelerator
• Unique IDs (64- and 96-bit)
• Boot-Lock in user Flash
• Secure hardware isolation between CM4 / CM0
• Boot selection
• Secure Boot code protection
• Debug control
• Secure Firmware Install
• Secure Boot Secure Firmware Update*
• Key Management Services*
• Crypto Library*
STM32WL - safety and security
STM32WL
Secure your application with embedded safety & security
Available on
STM32WL5x dual-core versions
* Software downloadable on st.com
10

20. The STM32WL Nucleo-64 at a glance
Integrated ST-LINK/V3:
mass storage device flash programming
Flexible board power supply :
through USB or external source
SMA Antenna connector
Arduino™ extension connectors :
easy access to add-ons
4 push buttons, 3 color LEDs,
Jumper settings
Main Features
NUCLEO-WL55JC1
868/915/923 MHz
NUCLEO-WL55JC2
433/470 MHz
STM32WL
(under a metallic shield)
11

21. A complete flow, from configuration up to monitoring
Software development tools
STM32CubeMonitor
STM32CubeProg
Partners IDEs
Compile and Debug
FREE
IDE’s
More to come after mass market launch
A complete flow, from configuration to monitoring
STM32CubeMX, GUI Builders
Configure & Generate Code
ST and Partner IDEs
Compile and Debug
STM32CubeProg/Monitor
Monitor, Program & Utilities
12

22. Releasing your creativity
community.st.com
@ST_World
/STM32
www.st.com/STM32WL
wiki.st.com/stm32mcu
github.com/STMicroelectronics
STM32 Wireless – Video Playlist
STM32WL blog article

23. Tago
www.tago.io
IoT Cloud Platform

24. `
End-to-end cloud platform that transforms the
way businesses create value from connected
products.
Accounts Countries Certified Devices Active Partners
400+ 70+
9,000+ 100+

25. The IoT Cloud Platform to
connect all your devices

26. IoT ecosystem with TagoIO
MQTT TCP/IP UDP
TCP/IP
End-Devices Gateway Network Application Integration
Enterprise
Developers
End-users
HTTPS

27. Key components of the TagoIO platform
Device
Management
Data
Storage
Analysis in
Real-time
Dashboards
Browser & App
User & Access
Management
White label
for branding

28. Build your applications
Analysis
Device
Management
Data Storage
Management
Notifications
Integration
www.admin.tago.io

29. Customize and deploy the applications
www.admin.tago.io
User Management
Custom Domain &
Whitelabel
Access Management
User Engagement

30. Brand it to your end-users
1. Custom domain
2. Custom e-mails
3. Colors
4. Company logo
5. Background color, image, or video
6. Favicon
7. Link to company pages
8. Pre-programmed buttons
9. User preferences
10. and more…
www.admin.tago.io www.portal.mycompany.com

31. Reports and Forms
Customize PDF Reports Customize Forms

32. Track, know, engage with your end-users

33. More Features
Multi-
language
Deploy solutions in any
language to be selected
by the end-user
Single Sign
On (SSO)
Custom
Mobile App
Mobile app for easy
visualization and alerts sent
through the push notifications
Users can sign in
using their current
company credentials

34. Integration

35. Integrating with TagoIO
Authorization
only one needed
Device EUI
one per device

36. Demo time!

37. 2
3
1
https://tago.io/videos
Watch our videos
https://tago.io/blog
Register for our webinars
https://tago.io
Create a free account
how to get started
4
5
Request a 1-to-1 demo
https://tago.io/demo
Engage with our community
https://community.tago.io

38. www.tago.io
@tagoio