SF32LB58-DevKit-LCD Development Board User Guide

Module version information:

• V1.0.1: SF32LB58-MOD-N16R32N1 and SF32LB58-MOD-A128R32N1, using the SF32LB586VDD36 chip, current version

No.	V1.0.1 Updates
1	Modified the eMMC power control IO. The VCC and VCCQ power control IOs for the memory device were changed from PA80 to: PA74 controls VCC, and PA80 controls VCCQ. Added resistor R0115.

• V1.0.0: SF32LB58-MOD-N16R32N1, using the SF32LB586VDD36 chip

Development board version information:

• V1.0.1: Uses the SF32LB58-MOD-N16R32N1-V1.0.1 and SF32LB58-MOD-A128R32N1-V1.0.1 modules, with the SF32LB586VDD36 chip soldered inside, current version

No.	V1.0.1 Updates
1	Added USB plug/unplug detection, using PB_24.
2	Changed the PTC to 2A/6V to resolve the issue of insufficient supply current when dual Audio outputs at maximum power.
3	Removed the level-shifting section in the RGBLED circuit, because this circuit does not meet the RGBLED timing requirements.
4	Replaced the DCDC chip to resolve the issue of large output ripple.
5	Removed the pull-up resistor on the USB dp signal to resolve the issue where interrupts could not occur in USB slave mode.

• V1.0.0: Uses the SF32LB58-MOD-N16R32N1-V1.0.0 module, with the SF32LB587VEE56 chip soldered inside, initial version

Development Board Overview

SF32LB58-DevKit-LCD is a development board based on the SF32LB58-MOD module. It is mainly used to develop various applications for displays based on DSI, DPI, and QSPI interfaces.

The development board also includes analog MIC input, analog audio output, an SDIO interface, a USB-C interface, and TF card support, providing developers with abundant hardware interface resources. It can be used to develop drivers for peripherals with various interfaces, helping developers simplify the hardware development process and shorten product time to market.

Front Photo of the SF32LB58_DevKit-LCD Development Board

Rear Photo of the SF32LB58_DevKit-LCD Development Board

Feature List

This development board has the following features:

1. Module: onboard SF32LB58-MOD-N16R32N1 or SF32LB58-MOD-A128R32N1 module based on the SF32LB58x chip. The module configuration is as follows:

   • Standard SF32LB586VDD36 chip, with the following built-in co-packaged configuration:

     • 16 MB HPI-PSRAM, interface frequency 144 MHz

     • 16 MB HPI-PSRAM, interface frequency 144 MHz

     • 1 MB QSPI-NOR Flash, interface frequency 48 MHz

   • 16 MB QSPI-NOR Flash, interface frequency 72 MHz, STR mode (SF32LB58-MOD-N16R32N1 version)

   • 128 MB QSPI-NAND Flash, interface frequency 72 MHz, STR mode (SF32LB58-MOD-A128R32N1 version)

   • 48 MHz crystal

   • 32.768 kHz crystal

   • IPEX antenna connector

   • RF matching network and other resistor, capacitor, and inductor components

2. Dedicated display interface

   • DSI/RGB888, up to 2-lane data transmission, standard 30-pin pinout FPC connector

   • DPI/RGB888, supports serial 8-bit RGB, 正点原子 40-pin pinout FPC connector

   • Dual SPI/DSPI/QSPI, supports DDR-mode QSPI, routed out through a 40-pin header

   • Supports touchscreens with an I2C interface

3. Audio

   • Supports two analog MIC inputs. By default, one onboard analog MIC input is used. The onboard MIC or 40-pin header input can be selected via resistor jumpers.

   • Supports stereo analog audio output, with an onboard Class-D audio PA and up to 2.8 W output to a 4-ohm speaker. The speaker connects to the 40-pin header.

4. USB

   • Type-C interface, supports the onboard USB-to-serial chip for firmware flashing and software DEBUG, and can be used to supply power

   • Type-C interface, supports USB 2.0 HS, and can be used for power input

5. SD Card

   • Supports TF cards using the SDIO interface, with an onboard Micro SD card slot

6. Header

   • Big-core GPIO input/output interface, 40-pin header

   • Small-core GPIO input/output interface, 40-pin header

Functional Block Diagram

Development Board Functional Block Diagram

Component Introduction

The mainboard of the SF32LB58-DevKit-LCD development board is the core of the entire kit. This mainboard integrates the SF32LB58-MOD-N16R32N1 module and provides LCD connectors for MIPI-DSI and DPI/RGB888.

SF32LB58-DevKit-LCD Board - Front View (click to enlarge)

SF32LB58-DevKit-LCD Board - Back View (click to enlarge)

Application Development

This section mainly describes how to set up the hardware and software, flash firmware to the development board, and develop applications.

Required Hardware

• 1 x SF32LB58-DevKit-LCD (including the SF32LB58-MOD-N16R32N1 module)

• 1 x display module (MIPI-DSI or DPI/RGB888)

• 1 x USB 2.0 data cable (standard Type-A to Type-C)

• 1 x computer (Windows, Linux, or macOS)

Note

1. If you need both UART debugging and the USB interface, two USB 2.0 data cables are required;

2. Make sure to use an appropriate USB data cable. Some cables are for charging only and cannot be used for data transfer or firmware flashing.

Optional Hardware

• 2 x speakers

• 1 x TF Card

Hardware Setup

Prepare the development board and load the first sample application:

1. Connect the display module to the corresponding LCD connector interface;

2. Open SiFli’s SifliTrace tool software and select the correct COM port;

3. Plug in the USB data cable to connect the PC to the USB-to-UART port on the development board;

4. The display lights up, and you can interact with the touchscreen using your finger.

Hardware setup is complete. You can now proceed with software setup.

Software Setup

For the SF32LB58-DevKit-LCD development board, refer to the software documentation for how to quickly set up the development environment.

Hardware Reference

This section provides more information about the development board hardware.

GPIO Assignment List

The following table lists the GPIO assignments for the SF32LB58-MOD-N16R32N1 module pins, which are used to control specific components or functions on the development board.

SF32LB58-MOD-N16R32N1 GPIO Assignment

Pin	Pin Name	Function
1	VDDIOB	PB-domain GPIO power input
2	PB_36	DB_UART_RXD, program download and software debugging interface
3	PB_37	DB_UART_TXD, program download and software debugging interface
4	PB_54	HOME and long-press reset button
5	PA_75	SD2_DIO1, SD Card interface signal
6	PA_76	SD2_DIO0, SD Card interface signal
7	PA_77	SD2_CLK, SD Card interface signal
8	PA_70	SD2_CND, SD Card interface signal
9	PA_81	SD2_DIO3, SD Card interface signal
10	PA_79	SD2_DIO2, SD Card interface signal
11	Boot_Mode	Boot mode selection signal. When =1, Download Mode; when =0, Run mode
12	RSTN	MCU reset signal
13	VDD_1V8	1.8V power input
14	GND	Ground
15	VDDIOA	PA12~PA93 power input
16	VDD_3V3	3.3V power input
17	PA_13	DPI DE, LCDC1 interface signal
18	PA_15	DPI VSYNC, LCDC1 interface signal
19	PA_14	DPI HSYNC, LCDC1 interface signal
20	PA_12	DPI CLK, LCDC1 interface signal
21	PA_67	DPI B7, LCDC1 interface signal
22	PA_65	DPI B6, LCDC1 interface signal
23	PA_63	DPI B5, LCDC1 interface signal
24	PA_62	DPI B4, LCDC1 interface signal
25	PA_61	DPI B3, LCDC1 interface signal
26	PA_58	DPI B2, LCDC1 interface signal
27	PA_57	DPI B1, LCDC1 interface signal
28	PA_56	DPI B0, LCDC1 interface signal
29	PA_55	DPI G7, LCDC1 interface signal
30	PA_54	DPI G6, LCDC1 interface signal
31	PA_53	DPI G5, LCDC1 interface signal
32	PA_50	DPI G4, LCDC1 interface signal
33	PA_48	DPI G3, LCDC1 interface signal
34	PA_47	DPI G2, LCDC1 interface signal
35	PA_46	DPI G1, LCDC1 interface signal
36	PA_45	DPI G0, LCDC1 interface signal
37	PA_44	DPI R7, LCDC1 interface signal
38	PA_43	DPI R6, LCDC1 interface signal
39	PA_27	DPI R5, LCDC1 interface signal
40	PA_26	DPI R4, LCDC1 interface signal
41	PA_25	DPI R3, LCDC1 interface signal
42	PA_24	DPI R2, LCDC1 interface signal
43	PA_23	DPI R1, LCDC1 interface signal
44	PA_22	DPI R0, LCDC1 interface signal
45	VDDIOA2	PA00~PA11 power input
46	GND	Ground
47	DSI_D0N	MIPI-DSI D0N, LCDC1 interface signal
48	DSI_D0P	MIPI-DSI D0P, LCDC1 interface signal
49	DSI_CLKN	MIPI-DSI CLKN, LCDC1 interface signal
50	DSI_CLKP	MIPI-DSI CLKP, LCDC1 interface signal
51	DSI_D1N	MIPI-DSI D1N, LCDC1 interface signal
52	DSI_D1P	MIPI-DSI D1P, LCDC1 interface signal
53	PA_32	GPIO, UART1_RXD
54	PA_31	GPIO, UART1_TXD
55	USB_DN	USB_DN
56	USB_DP	USB_DP
57	PA_17	CTP Interrupt, DSI/DPI LCDC1 interface signal
58	PA_16	CTP Reset, DSI/DPI LCDC1 interface signal
59	PA_00	GPIO, SD1_DIO7, CAN1_TXD
60	PA_03	GPIO, SD1_DIO5, CAN1_RXD
61	PB_17	GPIO
62	PB_18	GPIO
63	PB_11	SWD_DIO
64	PB_07	SWD_CLK
65	GND	Ground
66	AU_DAC1N_OUT	Analog Audio output signal
67	AU_DAC1P_OUT	Analog Audio output signal
68	MIC_BIAS	MIC bias voltage
69	AU_ADC1N_IN	MIC input signal
70	AU_ADC1P_IN	MIC input signal
71	GND	Ground
72	BT_ANT	Bluetooth antenna signal
73	PB_51	GPIO
74	PB_52	GPIO
75	PB_56	GPIO, KEY2 Input
76	PB_57	GPIO
77	PB_58	GPIO, TF card Detect signal
78	PB_59	GPIO
79	PA_93	CTP Reset, LCDC1 interface signal
80	PA_92	CTP Interrupt, LCDC1 interface signal
81	PA_91	QSPI D0, LCDC1 interface signal
82	PA_90	QSPI CLK, LCDC1 interface signal
83	PA_88	QSPI CS, LCDC1 interface signal
84	PA_86	QSPI D3, LCDC1 interface signal
85	PA_84	QSPI D2, LCDC1 interface signal
86	PA_82	QSPI D1, LCDC1 interface signal
87	PA_60	CTP I2C_SCL, DSI/DPI LCDC1 interface signal
88	PA_59	CTP I2C_SDA, DSI/DPI LCDC1 interface signal
89	PA_52	BL PWM, QSPI LCDC1 interface signal
90	PA_51	LCD Reset, QSPI LCDC1 interface signal
91	PA_42	BL PWM, DSI/DPI LCDC1 interface signal
92	PA_20	GPIO, UART3_RXD
93	PA_21	GPIO, UART3_TXD
94	PA_29	GPIO, I2C2_SDA
95	PA_28	GPIO, I2C2_SCL
96	PA_18	LCD Reset, DSI/DPI LCDC1 interface signal
97	PA_02	GPIO, CAN2_RXD
98	PA_11	GPIO, CAN2_TXD, SCI_RST
99	PA_08	GPIO, SD1_DIO6, SCI_DIO, UART2_RXD
100	PA_07	GPIO, SD1_DIO4, SCI_CLK, UART2_TXD
101	PA_10	GPIO, SD1_CMD, MPI4_CS
102	PA_09	GPIO, SD1_CLK, MPI4_CLK
103	PA_06	GPIO, SD1_DIO3, MPI4_DIO3
104	PA_04	GPIO, SD1_DIO1, MPI4_DIO1
105	PA_05	GPIO, SD1_DIO0, MPI4_DIO0
106	PA_01	GPIO, SD1_DIO2, MPI4_DIO2
107	PB_10	QSPI CLK, LCDC2 interface signal
108	PB_09	QSPI D0, LCDC2 interface signal
109	PB_08	QSPI CS, LCDC2 interface signal
110	PB_06	QSPI D3, LCDC2 interface signal
111	PB_04	QSPI D2, LCDC2 interface signal
112	PB_03	QSPI D1, LCDC2 interface signal
113	PB_02	TE, LCDC2 interface signal
116	PB_23	Audio PA enable signal
117	PB_26	GPIO
118	PB_28	GPIO, I2C6_SCL
119	PB_29	GPIO, I2C6_SDA
120	PB_24	GPIO
121	PB_27	CTP Reset, LCDC2 interface signal
122	PB_31	BL PWM, LCDC2 interface signal
123	PB_30	LCD Reset, LCDC2 interface signal
124	PB_34	CTP Interrupt, LCDC2 interface signal
125	PB_39	RGB-LED control signal
126	PB_38	GPIO
127	PB_47	Green-LED control signal
128	PB_48	Blue-LED control signal
129	AU_DAC2N_OUT	Analog Audio output signal
130	AU_DAC2P_OUT	Analog Audio output signal
131	AU_ADC2N_IN	MIC input signal
132	AU_ADC2P_IN	MIC input signal
133	GND	Ground
134	GND	Ground
135	GND	Ground
136	GND	Ground
137	GND	Ground
138	GND	Ground

GPIO assignment table for the module’s internal memory:

SF32LB58-MOD-N16R32N1 Module Internal Nor Flash Memory GPIO Assignment

Pin	Pin Name	Function
1	PA_30	MPI4_CS
2	PA_36	MPI4_D2
3	PA_37	MPI4_D1
4	PA_38	MPI4_D3
5	PA_39	MPI4_CLK
6	PA_40	MPI4_D0
7	PA_87	MPI4 Flash memory power enable; =1 power on, =0 power off

SF32LB58-MOD-N16R32N1 Module Internal eMMC Memory GPIO Assignment

Pin	Pin Name	Function
1	PA_30	SD1_D1
2	PA_33	SD1_D7
3	PA_34	SD1_CMD
4	PA_35	SD1_D6
5	PA_36	SD1_D2
6	PA_37	SD1_D5
7	PA_38	SD1_D4
8	PA_39	SD1_CLK
9	PA_40	SD1_D3
10	PA_41	SD1_D0
11	PA_49	RESET (GPIO reset)
12	PA_80	SD1 eMMC memory power enable; =1 power on, =0 power off

40P Pin Header Interface Definition

CONN1-J0204 Signal Definitions

Pin	Pin Name	Function
1	3V3	3.3 V power
2	5V	5 V power
3	IO2	PB_29, I2C6_SDA, UART6_TXD, LPCOMP1_N
4	5V	5 V power
5	IO3	PB_28, I2C6_SCL, UART6_RXD, LPCOMP1_P
6	GND	Ground
7	IO4	PB_38, GPTIM3_CH3, GPADC_CH6, UART6_CTS
8	IO14	PB_01, UART6_TXD, I2C7_SCL, GPTIM3_CH2, LPTIM3_OUT
9	GND	Ground
10	IO15	PB_00, UART6_RXD, I2C7_SDA, GPTIM3_CH1, LPTIM3_IN
11	IO17	PB_17, UART5_RXD, SPI3_CLK
12	IO18	PB_18, UART5_TXD, SPI3_DI
13	IO27	PB_34, SPI4_CS, I2S3_MCLK, GPADC_CH2
14	GND	Ground
15	IO22	PB_27
16	IO23	PB_30
17	3V3	3.3 V power
18	IO24	PB_31
19	IO10	PB_02
20	GND	Ground
21	IO9	PB_04
22	IO25	PB_03
23	IO11	PB_08
24	IO8	PB_06
25	GND	Ground
26	IO7	PB_09
27	IO0	PB_10
28	IO1	PA_01
29	IO5	PA_05
30	GND	Ground
31	IO6	PA_04
32	IO12	PA_06
33	IO13	PA_09
34	GND	Ground
35	IO19	PA_07
36	IO16	PA_10
37	IO26	PA_11
38	IO20	PA_08
39	GND	Ground
40	IO21	PA_02

CONN2-J0200 Signal Definitions

Pin	Pin Name	Function
1	3V3	3.3 V power
2	5V	5 V power
3	IO2	PA_29
4	5V	5 V power
5	IO3	PA_28
6	GND	Ground
7	IO4	PB_07
8	IO14	PA_21
9	GND	Ground
10	IO15	PA_20
11	IO17	MIC_BIAS
12	IO18	PB_11
13	IO27	ADC1N_IN, N terminal of analog Audio channel 1 differential input
14	GND	Ground
15	IO22	ADC1P_IN, P terminal of analog Audio channel 1 differential input
16	IO23	ADC2N_IN, N terminal of analog Audio channel 2 differential input
17	3V3	3.3 V power
18	IO24	ADC2P_IN, P terminal of analog Audio channel 2 differential input
19	IO10	PA_43
20	GND	Ground
21	IO9	PA_84
22	IO25	PA_82
23	IO11	PA_88
24	IO8	PA_86
25	GND	Ground
26	IO7	PA_91
27	IO0	PA_90
28	IO1	PA_51
29	IO5	PA_92
30	GND	Ground
31	IO6	PA_93
32	IO12	PA_52
33	IO13	PB_57
34	GND	Ground
35	IO19	SPK1_P, P terminal of left-channel speaker output
36	IO16	SPK1_N, N terminal of left-channel speaker output
37	IO26	SPK2_P, P terminal of right-channel speaker output
38	IO20	SPK2_N, N terminal of right-channel speaker output
39	GND	Ground
40	IO21	PB_59

40-pin RGB FPC interface pinout definition

Compatible with the 正点原子 40-pin FPC interface pinout

RGB-FPC-J0201 Signal Definitions

Pin	Pin Name	Function
1	5V	5V power output
2	5V	5V power output
3	R0	PA_22, LCDC1_DPI_R0
4	R1	PA_23, LCDC1_DPI_R1
5	R2	PA_24, LCDC1_DPI_R2
6	R3	PA_25, LCDC1_DPI_R3
7	R4	PA_26, LCDC1_DPI_R4
8	R5	PA_27, LCDC1_DPI_R5
9	R6	PA_43, LCDC1_DPI_R6
10	R7	PA_44, LCDC1_DPI_R7
11	GND	Ground
12	G0	PA_45, LCDC1_DPI_G0
13	G1	PA_46, LCDC1_DPI_G1
14	G2	PA_47, LCDC1_DPI_G2
15	G3	PA_48, LCDC1_DPI_G3
16	G4	PA_50, LCDC1_DPI_G4
17	G5	PA_53, LCDC1_DPI_G5
18	G6	PA_54, LCDC1_DPI_G6
19	G7	PA_55, LCDC1_DPI_G7
20	GND	Ground
21	B0	PA_56, LCDC1_DPI_B0
22	B1	PA_57, LCDC1_DPI_B1
23	B2	PA_58, LCDC1_DPI_B2
24	B3	PA_61, LCDC1_DPI_B3
25	B4	PA_62, LCDC1_DPI_B4
26	B5	PA_63, LCDC1_DPI_B5
27	B6	PA_65, LCDC1_DPI_B6
28	B7	PA_67, LCDC1_DPI_B7
29	GND	Ground
30	CLK	PA_12, LCDC1_DPI_CLK
31	HSYNC	PA_14, LCDC1_DPI_HSYNC
32	VSYNC	PA_15, LCDC1_DPI_VSYNC
33	DE	PA_13, LCDC1_DPI_DE
34	BL	PA_42, BL_PWM
35	CTP_RST	PA_16
36	CTP_SDA	PA_59, I2C4_SDA
37	NC	-
38	CTP_SCL	PA_60, I2C4_SCL
39	CTP_INT	PA_17
40	RESET	PA_18

30-pin MIPI FPC interface pinout definition

MIPI-FPC-J0202 Signal Definitions

Pin	Pin Name	Function
1	GND	Ground
2	D2P	MIPI-DSI signal, Data lane2 positive output
3	D2N	MIPI-DSI signal, Data lane2 negative output
4	GND	Ground
5	D1P	MIPI-DSI signal, Data lane1 positive output
6	D1N	MIPI-DSI signal, Data lane1 negative output
7	GND	Ground
8	DCKP	MIPI-DSI signal, clock positive output
9	DCKN	MIPI-DSI signal, clock negative output
10	GND	Ground
11	D0P	MIPI-DSI signal, Data lane0 positive output
12	D0N	MIPI-DSI signal, Data lane0 negative output
13	GND	Ground
14	D3P	MIPI-DSI signal, Data lane3 positive output
15	D3N	MIPI-DSI signal, Data lane3 negative output
16	GND	Ground
17	TE/NC	PA_43, Tearing effect to MCU frame signal
18	RESX	PA_18, LCD RESET signal
19	IOVCC	MIPI-DSI display driver I/O power supply, 1.8V output
20	VCI	MIPI-DSI display driver VDD power supply, 3.3V output
21	CTP_VDD	CTP driver VDD power supply, 3.3V output
22	CTP_INT	PA_17, touchscreen interrupt input
23	CTP_SDA	PA_59, touchscreen I2C SDA signal
24	CTP_SCL	PA_60, touchscreen I2C SCL signal
25	CTP_RTN	PA_59, touchscreen RESET signal
26	LEDK	Backlight diode cathode
27	LEDK	Backlight diode cathode
28	NC	-
29	LEDA	Backlight diode anode
30	LEDA	Backlight diode anode

Power Supply Description

The SF32LB58-DevKit-LCD development board supports USB Type-C power input.

Both onboard USB Type-C ports can power the board. For flashing and debugging, use the USB-to-UART port.

Flash the test firmware

Download the Impeller firmware flashing tool

Connect a USB cable to the USB-to-UART port, open SiFli Technology’s firmware flashing tool, and select the corresponding COM port and firmware.

1. Download Mode

• Install the Mode jumper cap, power on, and after startup the board enters download mode, allowing the program to be downloaded.

2. Software Development Mode

• Remove the Mode jumper cap, power on, and after startup the board enters serial log printing mode, which is software debugging mode.

For details, refer to Firmware Flashing Tool Impeller

J-Link SWD tool download and debugging

As shown in the two figures below, use DuPont wires to connect the corresponding IOs.

SF32LB58-DevKit-LCD Jlink Debug Wiring Diagram

Jlink Debugger Wiring Diagram

For convenient connection, the development board comes with the adapter board shown below. The adapter board can be connected to the JLink debugger in the direction of the notch. Then plug in the included DuPont wires, and connect the other ends of the DuPont wires to the corresponding pins in SF32LB58-DevKit-LCD-Jlink-PIN, where VCC is the 3.3 V pin.

SWD Debugger Wiring Diagram

LCD Display Interface

The SF32LB58-DevKit-LCD development board supports:

• MIPI-DSI interface (30p, 0.5 mm-pitch FPC connector), supporting up to 2-lane data transmission and up to 1280*800 resolution

  • Supported display model: TFT-H080A11HDIFT4C30_V0-1

• RGB interface (40p, 0.5 mm-pitch FPC connector), supporting up to RGB888 24-bit data transmission and up to 1280*800 resolution

  • Supported display models:

    • IPS Version 7-inch RGB Display Module 1024*600 (ALIENTEK)

    • HTM-H070A20-RGB-A01C_V0-1

• QSPI interface (routed out through the 40p interface), supporting up to 512*512 resolution

For details, refer to Display Debugging Tool

MIPI display interface

MIPI Interface Display Debug Wiring Diagram

RGB display interface

QSPI display interface

Large Core QSPI Interface Display Debug Wiring Diagram

Small Core QSPI Interface Display Debug Wiring Diagram

Audio Interface

The SF32LB58-DevKit-LCD development board supports:

• 1 onboard microphone input

• 2 audio ADC inputs (one is multiplexed with the onboard microphone and selected via a resistor jumper)

• 2 SPK outputs (support up to 3 W/4-ohm speakers)

• 1 PDM signal (multiplexed with the RGB signal and unavailable when the RGB display is operating)

Audio Debug Wiring Diagram

CAN interface

The SF32LB58-MOD module has a built-in CAN controller. The development board routes out a CAN interface, which requires an external CAN bus transceiver for use.

Refer to   CAN Bus Transceiver Module

CAN Debug Wiring Diagram

Reference CAN Bus Transceiver Module

SDIO WiFi interface

Refer to   SDIO WiFi Module

Reference SDIO WiFi Module

SDIO WiFi Wiring Diagram

Reference SDIO WiFi Module Schematic

Obtaining Samples

Obtain the chip:

• SF32LB583VCC36

• SF32LB586VDD36

• SF32LB587VEE56

Obtain the module: SF32LB58-MOD Module

Obtain the development board: SF32LB58-DevKit-LCD Development Board

Related Documents

• SF32LB58x Chip Datasheet

• SF32LB58x User Manual

• SF32LB58-MOD Datasheet

• SF32LB58-MOD Design Drawings

• SF32LB58-DevKit-LCD Design Drawings

• SF32LB58-DevKit-LCD Design Drawings - LCEDA Project