Reyax RYW729x Raspberry EVB Manuel utilisateur

產品介紹

RYW729x_Raspberry_EVB

User Guide

14-APR-2022 56312E30

21mm*21mm*2.8mm

RYW729x_Raspberry_EVB User Guide

1. Evaluation Board Introduction

RYW729x_Raspberry_EVB is a testing kit combined with Raspberry Pi, which allow users can easily

test and evaluate REYXA RYW7292/RYW7293.

2. Apperance

2.1 Front

RYW729x_Raspberry_EVB User Guide

2.2 Back

RYW729x_Raspberry_EVB User Guide

2.3 Assemble with Raspberry

RYW729x_Raspberry_EVB User Guide

3. EVB Schematic

MODE_02

GP15_SSPO_CLK

GP16_I2C_SCL

GP02_UART2_RTS

GP17_I2C_SDA

C11

CON7

CON1*3

0.1uF

R33

R45 0R

CON8

CON1*3

VDD_FEM

RYW7292

VBAT_3.3V 32

AUXADCIN1

8AUXADCIN2

7AUXADCIN3

MODE_00

MODE_01

MODE_02

MODE_03

MODE_04

JTAG_TDO

JTAG_TDI

JTAG_TCK

JTAG_TMS

4JTAG_TRSTN

GND

SPI_FRM

SPI_CLK

SPI_MOSI

18 SPI_MISO

SPI_EIRQ

VDD_IO 33

RF_ANT

GP00_UART2_TX 27

GP01_UART2_RX 28

GP02_UART2_RTS 29

GP03_UART2_CTS 35

GP04_UART0_TX 36

GP05_UART0_RX 37

GP06_UART3_TX 38

GP07_UART3_RX 39

GP08_UART1_RX 40

GP11_UART1_TX 43

GP10_GPIO 42

GP09_GPIO 41

GP17_I2C_SDA 48

GP16_I2C_SCL 47

GP15_SSPO_CLK 46

GP14_SSPO_CS 45

GP13_SSPO_MOSI 44

GP12_SSPO_MISO 49

RST_EXT 50

GND 34

GND

GND 26

GND

GND 30

GND

VDD_FEM 31

GP10_GPIO

AO3418

2 3

Title

Size Document Number Rev

Date: Sheet of

<Doc> 1.1

RYW729x_EVB

Custom

1 1Sunday, April 03, 2022

GP08_UART1_RX

R46 0R

VBAT_3.3V

0.1uF

CON9

CON1*3

VCC_1.8V

VDD_IO

GP02_UART2_RTS

VBAT_3.3V

LED6

GREEN LED 0805

R37

680R

CON2 JTAG

1 2

3 4

5 6

7 8

910

11 12

13 14

15 16

17 18

19 20

R16 100R

AO3418

2 3

R17 100R

GP03_UART2_CTS

R18 100R

CON6

CON1*3

SPI_EIRQ

VDD_IO

R47 0R

ALPS SKQGADE010

4.7uF

RST_EXT

VCC_1.8V

VBAT_3.3V

LED5

RED LED 0805

R7 0R

R38

680R

SPI_CLK

1nF

CON3

CON-1*5Pin

GP12_SSPO_MISO

JTAG_TDO

SPI_MISO

AUXADCIN1

SPI_MOSI R50 0R

4.7uF

R49 0R

GP14_SSPO_CS

R48 0R

C14

4.7uF

1nF

GP13_SSPO_MOSI

AUXADCIN2

GP11_UART1_TX

1nF

VDD_FEM

AUXADCIN3

LED1 GREEN LED 0805

GP09_GPIO

VBAT_3.3V

R44 0R

GP10_GPIO

LED2 RED LED 0805

4.7uF

LED4 RED LED 0805

R23 680R

R43 0R

GP09_GPIO

R24 680R

Q3 AO3418

GP08_UART1_RX

SPI_FRM

R42 0R

GP07_UART3_RX

SPI_FRM

R19 NC R20 NC

R25

4.7K

GP00_UART2_TX

R41 0R

GP06_UART3_TX

VDD_IO

SPI_MISO

VDD_IO

GP05_UART0_RX

CON4

USB

VCC 1

D- 2

D+ 3

GND 4

SHELL 5

C10

SPI_MOSI

GP01_UART2_RX

R40 0R

VBAT_3.3V

GP04_UART0_TX

R26 680R

SPI_EIRQ

LED3 GREEN LED 0805

GP03_UART2_CTS

SPI_CLK

R10

C15 4.7uF

JTAG_TDO

U10

ST LD39100PUR

3GND

2EN

Vout 4

ADJ 5

Vin 6

GP00_UART2_TX

R35

12K

JTAG_TRSTN

R34

10K

C20

2.2uF C23

0.47uF

JTAG_TMS

+5V

U2 SN74LVC1T45DBVR

DIR

5GND 2

VCCA 1

VCCB

串電阻至

vddio

驗證

GP02_UART2_RTS

R54 0R

JTAG_TDI

GP04_UART0_TX

U3 SN74LVC1T45DBVR

DIR

5GND 2

VCCA 1

VCCB

AUXADCIN2

VBAT_3.3V

GP06_UART3_TX

JTAG_TCK

AUXADCIN3

GP08_UART1_RX

MODE_04

GP10_GPIO

GP12_SSPO_MISO

MODE_03

U11

ST LD39100PUR

3GND

2EN

Vout 4

ADJ 5

Vin 6

GP14_SSPO_CS

MODE_02

R53

30K

R36

10K

GP16_I2C_SCL

MODE_01

C21

2.2uF C24

0.47uF

VCC_3.3V

GP17_I2C_SDA

MODE_00

CON10 CON1*3

+5V

VDD_IO

GP15_SSPO_CLK

RST_EXT

CON-P1

SMA母座

R1 33K

R2 33K

R3 33K

R4 33K

R5 33K

GP01_UART2_RX

R6 33K

+5V

GP03_UART2_CTS

GP05_UART0_RX

GP07_UART3_RX

CON5 CON-2*4Pin

1 2

3 4

5 6

7 8

GP09_GPIO

GP11_UART1_TX

GP13_SSPO_MOSI

GP05_UART0_RX

GP06_UART3_TX

CON11 CON-2*6Pin

GP04_UART0_TX

GP07_UART3_RX

R29 0R

RST_POR

VDD_IO

C16

0.1uF

VDD_IO

0.1uF

D1 NC

R39 0R

GP00_UART2_TX

N952527

RST_E

C12

4.7uF

GP01_UART2_RX

JTAG_TRSTN

JTAG_TDI

VDD_IO

JTAG_TCK

JTAG_TMS

L2 0

C17

0.1uF

R21 0R

CON1

CON-2*11Pin

1 2

5 6

7 8

910

11 12

13 14

15 16

17 18

21 22

2019

R22 0R VBAT_3.3V

R27 36K

R28 36K

ST LD39100PUR

3GND

2EN

Vout 4

ADJ 5

Vin 6

R11 10K

R32

39K

R31

10K

C19

2.2uF C22

0.47uF

+5V

C13

22uF 0603

R12 10K

R13 10K

R14 10K

MODE_00

MODE_01

VDD_IO

MODE_03

D2 SDM03U40

MODE_04

CP2102N-A01-GQFN24

D+

VDD

D-

VBUS

GND

REGIN

RST

VIO

GP3

GP2

GP1 13

GP0 14

SUS 15

VPP 16

SUS 17

CTS 18

RTS 19

RXD 20

TXD 21

DSR 22

DTR 23

DCD 24

GND 25

R15 10K

CON12

2*20pin Female

1 2

3 4

5 6

7 8

910

11 12

21 22

23 24

25 26

27 28

29 30

31 32

33 34

35 36

37 38

39 40

RST_E

RYW729x_Raspberry_EVB User Guide

4. EVB test settings

Two pieces of EVB are required for communication test. The role of EVB1 is AP

mode, and the role of EVB2 is STA mode.

4-1. EVB Jumper setting

[EVB1 & EVB2] Jumper Switch = HLLLHH

4-2. Install the Antenna

4-3. Connect with ethernet and mirco usb power cable

CON11 CON-2*6Pin

RYW729x_Raspberry_EVB User Guide

5 PC Tool Download

5-1.

Download SSH tool https://mobaxterm.software.informer.com/20.2/

6 Tool Installation

6-1.

Install mobaxterm tool

6-2.

Open Mobaxterm and set up SSH，IP 192.168.100.1 ; port 22

6-3.

Account:pi Password:raspberry (Based on default settings)

6-4.

Download SDK 1.3.4 https://github.com/newracom/nrc7292_sw_pkg/tags

6-5.

For SDK installation method, please refer the file path

nrc7292_sw_pkg-1.3.4\nrc7292_sw_pkg-1.3.4\ README.md

RYW729x_Raspberry_EVB User Guide

7 Set up AP & STA

7-1.EVB 1 –AP mode

The network connect with NB/PC and EVB1(The file path is based on

SDK installation)

[Terminal] pi@raspberrypi:~ $ cd /home/pi/nrc_pkg/script/

[Terminal] pi@raspberrypi:~/nrc_pkg/script $ ./start.py 1 0 EU

(Select the region according to your actual application)

After the AP is established, the interface wlan0 will appear and display:

HaLow AP ready

Done.

RYW729x_Raspberry_EVB User Guide

7-2.EVB 2 –STA mode

The network connect with NB/PC and EVB2(The file path is based on

SDK installation)

[Terminal] pi@raspberrypi:~ $ cd /home/pi/nrc_pkg/script/

[Terminal] pi@raspberrypi:~/nrc_pkg/script $ ./start.py 0 0 EU

(Select the region according to your actual application)

After establishing the connection, the IP address will appear:

ip_address=192.168.200.38

IP assigned. HaLow STA ready

Done.

[Terminal] pi@raspberrypi:~/nrc_pkg/script $ ping 192.168.200.1

RYW729x_Raspberry_EVB User Guide

8 IPERF Testing

8-1. Set up IPERF Server in EVB 1

pi@raspberrypi:~ $ iperf3 -s -D

8-2. Set up Client UDP Connection in EVB 2

pi@raspberrypi:~ $ iperf3 -c 192.168.200.1 -u -b M -i 1 -t 10

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