STEVAL-IDI004V2

December 2015
DocID028388 Rev 2
1/7
For further information contact your local STMicroelectronics sales
office
www.st.com
STEVAL-IDI004V2
Wireless bridge 868 MHz
Data brief
Features
STM32F103 microcontroller as bridge
between communication protocols
SPWF01SA.11 module for Wi-Fi
communication:
2.4 GHz IEEE 802.11 b/g/n Wi-Fi
Pre-certified RF module (FCC, IC, CE)
Integrated TCP/IP
AT commands
TLS/SSL for end-to-end security
Over-the-air firmware updates
SP1ML-868 module for Sub-GHz RF
communication:
868 MHz ETSI-certified module
Based on Sub-GHz SPIRIT1
transceiver, STM32L1 ULP MCU and
balun (BALF-SPI-01D3)
Chip antenna
Simple AT commands
SPBT2632 module for Bluetooth
communication:
Bluetooth® Classic 3.0 version
AT commands
CE, FCC, IC, TELEC certified
Low-power mode supported
Supports NFC communication with the
CR95HF and 13.56 MHz inductive etched
antenna
Configuration using a PC GUI (by request)
through USB VCOM
Android application to access sensor node
data via Bluetooth on request
Works as a root node for the mesh network
using sensor node evaluation board (part
number STEVAL -IDI002V2/3V2)
RoHS compliant
Description
The STEVAL-IDI004V2 wireless bridge
evaluation kit is an Internet of Things (IoT) Home
Bridge which supports the Wi-Fi, Sub-GHz,
Bluetooth and NFC communication protocols.
The device is suitable for various smart home,
smart city and industrial applications.
The system uses an STM32F103 microcontroller
as a bridge between the various communications
modules. The Wi-Fi, Bluetooth and Sub-GHz
certified modules are connected through a UART
interface to the STM32 microcontroller. The NFC
transceiver module is connected through an SPI
interface.
STEVAL-IDI004V2
2/7
DocID028388 Rev 2
Detailed description
The evaluation kit supports the following communication protocols:
1. Wi-Fi communication @ 2.4 GHz IEEE 802.11 b/g/n using the SPWF01SA
2. Sub GHz communication @ 868 MHz low power RF using the SP1ML-868
3. Bluetooth communication @ 2.4 GHz, v3.0 compliant using the SPBT2632C2A
4. NFC communication @ 13.56 MHz using the CR95HF
The board can be connected to the PC through a USB VCOM interface. The Wi-Fi
configuration parameters and the mesh node configuration can be programmed through
the available PC GUI (by request). Debug log messages can also be collected through the
GUI. The sensor data from any node in the mesh network (6LowPAN Contiki 3.0) is
accessible through an Android application over a Bluetooth interface. The board is powered
by a 5 V, 1 A wall adapter. The status of the various communication interfaces is indicated
using five LEDs mounted on the board.
Figure 1: Wireless Bridge WiFi/NFC/BT/RFSubGHz scenario
STEVAL-IDI004V2
Schematic diagrams
DocID028388 Rev 2
3/7
1 Schematic diagrams
Figure 2: Microcontroller section
Figure 3: NFC section
PA0_USART2_CTS
PA1_USART2_RTS
PA3_USART2_RX
PA6_GPIO1_SP1MOD
PA7_NRESET_SP1MOD
PB10_UART3_TX
PB11_UART3_RX
PB13_UART3_CTS
PB14_UART3_RTS
SYS_JTMS_SWDIO_PA13
PC11_UART4_RX
PC10_UART4_TX
SYS_JTCK_SWCLK
SYS_OSC_IN_PD0
SYS_OSC_OUT_PD1
PA2_USART2_TX
NRST
PC12_BT_RESET
3V3
3V3
3V3
3V3
3V3
PC2_WF_RESET
BOOT0
PA8_WKUP_SP1MOD
PC7_MODE1_SP1MOD
PC6_GPIO0_SP1MOD
PB15_MODE0_SP1MOD
3V3
NRST
SYS_OSC_IN_PD0
SYS_OSC_OUT_PD1
3V3
PA15_SPI3_NSS
PB3_SPI3_SCK
PB4_SPI3_MISO
PB5_SPI3_MOSI
PA12_USB_DP
PA11_USB_DM
PA10_USART1_RX
PA9_USART1_TX
PA4_GPIO6_WIFI
PB12_USB_PU
PB6_I2C_CLK
PB7_I2C_SDA
PB8_SW_CNTRL
PC4_BOOTMODE_SP1MOD
PD2_BT_BOOTLOADER
PC13_SPW_SWDIO
PC14_SPW_SWCLK
PC15_SPW_BOOT0
3V3
BOOT0
PC5_LED_ERROR
PC1_WAKEUP
STM32F103RET6
Configure as OUT_OD pins,
PA7_NRESET_SP1MOD,
PC12_BT_RESET and
PC2_WF_RESET
Short 2 and 3 t o boot f rom f l ash
C18
20pF
R11
10K
R11
10K
C19
20pF
U4
VBAT
1
PC13_ANTI_TAMP
2
PC14_OSC32_IN
3
PC15_OSC32_OUT
4
PD0_OSC_IN
5
PD1_OSC_OUT
6
nRST
7
PC0
8
PC1
9
PC2
10
PC3
11
VSSA
12
VDDA
13
PA0_WKUP
14
PA1
15
PA2
16
PA3
17
VSS_4
18
VDD_4
19
PA4
20
PA5
21
PA6
22
PA7
23
PC4
24
PC5
25
PB0
26
PB1
27
PB2
28
PB10
29
PB11
30
VSS_1
31
VDD_1
32
VDD_2
48
VSS_2
47
PA13
46
PA12
45
PA11
44
PA10
43
PA9
42
PA8
41
PC9
40
PC8
39
PC7
38
PC6
37
PB15
36
PB14
35
PB13
34
PB12
33
VDD_3
64
VSS_3
63
PB9
62
PB8
61
BOOT0
60
PB7
59
PB6
58
PB5
57
PB4
56
PB3
55
PD2
54
PC12
53
PC11
52
PC10
51
PA15
50
PA14
49
Y1
8MHz
D8
TEST_LED2
C11
100nF 0402
C12
100nF0402
C13
100nF0402
R30
1K
C15
100nF 0402
J13
DNM, SWD
J13
1
2
3
SW1
PUSHBUTTON
SW1
PUSHBUTTON
R9
10K
R10
390
C14
100nF 0402
C10
4.7uF/10V
C25
100nF0402
C25
100nF0402
GSPG170915 1155SG
GSPG1709151400SG
VPS_MAIN
PB4_SP I3_MISO
PB3_SP I3_SCK
PA15_SPI3_NSS
PC11_UART4_RX
PC10_UART4_TX
VPS_TX
VPS_MAIN
PB5_SP I3_MOSI
VPS_MAIN
VPS_MAIN
VPS_TX
3V3
3V3
CR95HF
C49
10pF
50V
Y3
27.12 MHz
1 3
2
C58
100nF
50V
C57
100nF
50V
C59
10µF 0805
L16
FERRITE BEAD
R20
3.3K 1%
R19
10K
R23
3.3K 1%
L12
560nH
C50
10pF
50V
C47
43pF
50V
L14
560nH
C41
1nF
50V
C41
1nF
50V
C46
DNM
U6
CR95HFCR95HF
TX1
1
TX2
2
NC
3
NC
4
RX1
5
RX2
6
NC
7
GND _RX
8
ST_R0
9
NC
10
NC
11
UART_RX/IRQ_IN
12
VPS
13
UART_TX/IRQ_OUT
14
SPI_SS
15
SPI_MISO
16
SPI_MOSI
17
SPI_SCK
18
SSI_0
19
SSI_1
20
ST_R1
21
GND
22
NC
23
NC
24
NC
25
NC
26
NC
27
NC
28
XIN
29
XOUT
30
GND _TX
31
VPS _TX
32
GND
33
C52
82pF
50VC48
43pF
50V
C42
120pF
0402 50V
C55
100nF
50V
R3
300R
C54
100nF
50V
C53
DNM
50V
C45
DNM
C51
DNM
C43
120pF
0402 50V
L15
FERRITE BEAD
L15
FERRITE BEAD
R21
1K8
L13
1.1µH 13.56MHz , PCB Antenn a
C44
DNM
C44
DNM
R18
3.3K 1%
R22
300R
R17
DNM, 3.3K 1%
C56
10µF 080 5
R16
3.3K 1%

STEVAL-IDI004V2

Mfr. #:
Manufacturer:
STMicroelectronics
Description:
WiFi Development Tools (802.11) Wireless Internet of Things platform
Lifecycle:
New from this manufacturer.
Delivery:
DHL FedEx Ups TNT EMS
Payment:
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