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Hi3516D V300 Demo Board 
User Guide 

3 Operation Guide 

 

Issue 00B01 (2018-09-04) 

HiSilicon Proprietary and Confidential                                                                                   

Copyright © HiSilicon Technologies Co., Ltd. 

 

Boot Mode

 

Value

 

Resistor 
Connection

 

Remarks

 

 

01 

SW1.4 is set to 0, 
while SW1.3 is set to 
1. 

Boot from the eMMC. 

10 

SW1.4 is set to 1, 
while SW1.3 is set to 
0. 

 

Fastboot 

 

Update SPI flash 
(default) 

11 

SW1.4 and SW1.3 
are set to 1. 

 

Fastboot 

 

Update eMMC (default) 

[SFC_DEVICE_MODE: 
SFC_BOOT_MODE] 

00 

SW1.1 is set to 0, 
R188 is removed, 
and R367 is soldered. 

SPI NOR flash. The default 
addressing mode is 3-byte 
mode. 

01 

SW1.1 is set to 0, 
R367 is removed, 
and R188 is soldered. 

SPI NOR flash. The default 
addressing mode is 4-byte 
mode. 

10 

SW1.1 is set to 1, 
R188 is removed, 
and R367 is soldered. 

SPI NAND flash. The 
default addressing mode is 
1-wire boot mode. 

11 

SW1.1 is set to 1, 
R367 is removed, 
and R188 is soldered. 

SPI NAND flash. The 
default addressing mode is 
4-wire boot mode. 

UPDATE_MODE 

S3 key is pressed 
down. 

Enable update from SDIO0 
or USB. 

S3 key is not pressed 
down. 

Disable UPDATE_MODE 
(default). 

 

Table 3-2

 

JTAG settings 

Boot Mode 

Value  Instructions 

Remarks 

JTAG/SPI1/I2S 

SW3.1 is set to 0. 

JTAG 

SW3.1 is set to 1. 

SPI1/I2S (SPI1 and I2S are 
soldered by using resistors.) 

 

3.3 DIP Switch Usage 

As shown in 

Figure 3-1

, the pin1 side of the DIP switch is 

1

 while the other side is 

0

CEAC INTERNATIONAL LIMITEDHi3516C V500R001C02SPC001CEAC INTERNATIONAL LIMITEDHi3

Summary of Contents for Hi3516D V300

Page 1: ...D V300 Demo Board User Guide Issue 00B01 Date 2018 09 04 C E A C I N T E R N A T I O N A L L I M I T E D H i 3 5 1 6 C V 5 0 0 R 0 0 1 C 0 2 S P C 0 0 1 C E A C I N T E R N A T I O N A L L I M I T E D...

Page 2: ...e or the usage scope Unless otherwise specified in the contract all statements information and recommendations in this document are provided AS IS without warranties guarantees or representations of a...

Page 3: ...oftware Related Version The following table lists the product version related to this document Product Name Version Hi3516D V300 Intended Audience This document is intended for Technical support engin...

Page 4: ...1 Introduction 1 1 1 Overview 1 1 2 Deliverables 1 1 3 Related Components 1 2 Hardware 2 2 1 Architecture and Interfaces 2 2 2 GPIO Distribution 3 3 Operation Guide 5 3 1 Precautions 5 3 2 Board Sett...

Page 5: ...ial Copyright HiSilicon Technologies Co Ltd iii Figures Figure 2 1 Interfaces on the Hi3516D V300 demo board 2 Figure 3 1 Diagram of DIP switch usage 7 C E A C I N T E R N A T I O N A L L I M I T E D...

Page 6: ...s Table 2 1 Peripheral interfaces on the Hi3516D V300 demo board 2 Table 2 2 GPIO distribution of the Hi3516D V300 demo board 3 Table 3 1 Board settings in various boot modes 5 Table 3 2 JTAG settings...

Page 7: ...s The Hi3516D V300 demo board package provides the following items One Hi3516D V300 demo board Hi3516DV300DMEB One sensor board One power adapter with the specifications of 100 240 V AC input 50 Hz an...

Page 8: ...on the Hi3516D V300 demo board Figure 2 1 Interfaces on the Hi3516D V300 demo board Table 2 1 describes the corresponding peripheral interfaces keys and switches in Figure 2 1 Table 2 1 Peripheral int...

Page 9: ...ystal display LCD connector 16 SW1 17 SDIO1 Wi Fi connector 18 KEY2 19 UART1 port 20 DC IRIS interface 21 P IRIS interface 22 60 pin sensor interface 2 2 GPIO Distribution Table 2 2 describes the GPIO...

Page 10: ...put is low level LSADC_CH1 GPIO10 _4 GPIO10_4 Connects to the SGM8903 mute pin GPIO0_3 IR_IN LCD _DATA18 GPIO0_3 TP_RST and P_IRIS_CONTROL1 are multiplexed TP_RST is used by default GPIO0_4 LCD_DAT A2...

Page 11: ...ace the Hi3516D V300 demo board on a dry workstation and keep it away from heat sources electromagnetic interference sources radiant sources and electromagnetic susceptibility equipment such as the me...

Page 12: ...t addressing mode is 4 byte mode 10 SW1 1 is set to 1 R188 is removed and R367 is soldered SPI NAND flash The default addressing mode is 1 wire boot mode 11 SW1 1 is set to 1 R367 is removed and R188...

Page 13: ...04 HiSilicon Proprietary and Confidential Copyright HiSilicon Technologies Co Ltd 7 Figure 3 1 Diagram of DIP switch usage C E A C I N T E R N A T I O N A L L I M I T E D H i 3 5 1 6 C V 5 0 0 R 0 0 1...

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