Admin：Admin移动页面MY-RK3399-EK314 Linux-4.4 Test Manual至MYZR-RK3399-EK314 Linux-4.4 Test Manual，不留重定向

2020-10-22T09:05:33Z

Admin移动页面MY-RK3399-EK314 Linux-4.4 Test Manual至MYZR-RK3399-EK314 Linux-4.4 Test Manual，不留重定向

2020年10月22日 (四) 09:05 Admin

2020-10-22T09:05:07Z

Admin：创建页面，内容为“ [^_^]: MY-RK3399-EK314 linux4.4 Test Manual
## Part 1 Test Instructions Development board user name: myzr Password: myzr root User password: root<...”

2020-02-25T07:36:26Z

创建页面，内容为“ [^_^]: MY-RK3399-EK314 linux4.4 Test Manual ## **Part 1 Test Instructions** Development board user name: myzr Password: myzr root User password: root<...”

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[^_^]:
MY-RK3399-EK314 linux4.4 Test Manual
 

## **Part 1 Test Instructions**
Development board user name: myzr Password: myzr root User password: root 
## **Part 2 Interface Test **
### Ethernet test
The MY-RK3399 evaluation board has a Gigabit Ethernet port. 
{| class="wikitable"
! style="color:white; background:#003399;" |Evaluation model
! style="color:white; background:#003399;" |Interface Location
! style="color:white; background:#003399;" |Interface Rate Standard
! style="color:white; background:#003399;" |System Interface
|-
|MY-RK3399-EK314||P19||10/100/1000Mbps||eth0
|}
**Test operation**
　　Configure the computer's wired network card IP to 192.168.18.18。
　　Connect this network port of the development board to the computer network port with a network cable.
　　Configure the development board network port:
<pre>
=====> Input:
ifconfig eth0 192.168.18.36
</pre>
**Test network port**
<pre>
=====> Input:
ping 192.168.18.18 -c 2 -w 4
=====> Output：
--- 192.168.18.18 ping statistics ---
2packets transmitted, 2 packets received, 0% packet loss
</pre>
**Test Results**
　　“0% packet loss”表示测试通过。
 
[[文件:My-rk3399-ek314_test2.1.1.png|642px]] 
### USB interface test
{| class="wikitable"
! style="color:white; background:#003399;" |Evaluation model
! style="color:white; background:#003399;" |Interface Location
! style="color:white; background:#003399;" |Interface Type
|-
||MY-RK3399-EK314||P8||USB3.0
|}
**Test Methods**
　　Plug the USB device into the USB interface of the backplane and enter the following command:
<pre>
＃ df -h
</pre>
　　Unplug the USB device from the backplane and enter the following command:
<pre>
＃ df -h
</pre>
**Test Results**
[[文件:My-rk3399-ek314_test2.1.2.png|642px]] 
 

### SD interface test
{| class="wikitable"
! style="color:white; background:#003399;" |Evaluation model
! style="color:white; background:#003399;" |Interface Location
! style="color:white; background:#003399;" |Interface Type
|-
|MY-RK3399-EK314||P15||SD
|}
**Test Methods**
　　 Insert the device into the SD card slot, insert the SD card into the SD card interface on the backplane, and enter the following command:
<pre>
＃ df -h
</pre>
　　After the SD card pops out, dial out the SD card to end the test.

**Test Results**
[[文件:My-rk3399-ek314_test2.1.3.png|642px]] 
 

### Standard GPIO test
{| class="wikitable"
! style="color:white; background:#003399;" |Evaluation model
! style="color:white; background:#003399;" |GPIO label
! style="color:white; background:#003399;" |GPIO attributes
! style="color:white; background:#003399;" |IO serial number
|-
|rowspan=10|MY-RK3399-EK314||P21-3||GPIO1_B0||40
|-
|P21-5||GPIO1_A7||39
|-
|P21-7||GPIO1_B2||42
|-
|P21-9||GPIO1_B1||41
|-
|P5-3||GPIO1_A7||92
|-
|P5-4||GPIO1_C6||54
|-
|P5-5||GPIO1_C7||55
|-
|P5-6||GPIO2_D3||91
|-
|P5-7||GPIO4_D0||152
|-
|P5-8||GPIO4_C6||150
|}
**GPIO output test**
　　Configure P8-3 to output high and low level operation methods:
<pre>
=====> Input:
＃ OUT_IO_NUMBER=92
Export GPIO
＃ echo ${OUT_IO_NUMBER} > /sys/class/gpio/export
Set GPIO direction
＃ echo out > /sys/class/gpio/gpio${OUT_IO_NUMBER}/direction
Controlling the output level
＃ echo 0 > /sys/class/gpio/gpio${OUT_IO_NUMBER}/value
＃ echo 1 > /sys/class/gpio/gpio${OUT_IO_NUMBER}/value
</pre>
[[文件:My-rk3399-ek314_test2.1.4.png|642px]] 
Test pin P8-3 with a multimeter

**GPIO input test**
　　configure P8-3 input:
<pre>
Set the IO number of the GPIO to be tested
＃ IN_IO_NUMBER=91
Export GPIO
＃ echo ${IN_IO_NUMBER} > /sys/class/gpio/export
Set GPIO direction
＃ echo in > /sys/class/gpio/gpio${IN_IO_NUMBER}/direction
View input level
cat /sys/class/gpio/gpio${IN_IO_NUMBER}/value
</pre>

### ADC-KEY test
{| class="wikitable"
! style="color:white; background:#003399;" |Evaluation model
! style="color:white; background:#003399;" |Interface Location
! style="color:white; background:#003399;" |Attribute
! style="color:white; background:#003399;" |KEY attribute
|-
|rowspan=5|MY-RK3399-EK314||SW5||adc-keys||Volume UP
|-
|SW4||adc-keys||Volume Down
|-
|SW3||adc-keys||Home
|-
|SW2||adc-keys||Esc
|-
|SW1||adc-keys||Menu
|}
**Test operation**
　　Install evtest
<pre>
=====> Input:
$ sudo apt-get install evtest
</pre>
　　Run evtest to prepare the test
<pre>
=====> Input:
evtest
　　Select test equipment
Select the device event number [0-2]: 1
Enter the serial number corresponding to "adc-keys", here is 1

　　Press the button on the development board
</pre>

**Test Results**
[[文件:My-rk3399-ek314_test2.1.5.png|642px]] 
**End Test**

Press "Ctrl" + "C" on the computer to end the key test program.
 

### RTC Test
**test introduction**
Affected by express shipping, the MY-RK3399-EK314 series evaluation board is shipped without batteries. Please prepare your own coin-cell battery and install it on the evaluation board before testing the RTC. The battery holder of MY-RK3399-EK314 is in the "BT1" position on the back of the bottom plate.
**Test operation**
　　1. Power off and restart the device to view the current system time and hardware time:
<pre>
=====> Input:
date

=====> Output：
Thu Aug 6 05:35:17 UTC 2012
</pre>
　　2. View the current RTC chip clock:
<pre>
=====> Input:
hwclock

=====> Output：
Thu Aug 6 05:35:59 2012 0.000000 seconds
</pre>
　　3. Set the system clock and synchronize to the RTC chip
<pre>
=====> Input:
date -s "2019-07-04 12:30:30"
</pre>
　　4. Write system clock to hardware clock
<pre>
=====> Input:
hwclock -w
</pre>
**Test Results**

　　The clock you see after step 3 is the newly set clock.
 

### Audio playback test
**test introduction**
 
This test verifies the audio capabilities of the evaluation board by playing audio files.
 
**Test operation **
　　Connect the audio output device to the audio socket on the front of the baseboard. The audio socket is on the front of the baseboard. "P6".
　　Execute the test command:
<pre>
=====> Input:
＃aplay /usr/share/sounds/alsa/Rear_Left.wav
</pre>
**Test Results**

[[文件:My-rk3399-ek314_test2.1.6.png|642px]] 
 

## Part III Display Function Test
**test introduction**
Connect the EDP display.
**Test Methods**
Flash boot_edp.img
Flash with AndroidTool_Release_v2.58.
**Test Results**
Power on, EDP display image
 

## **Part IV Demonstration of Expansion Module Functions**
### WIFI module test
The model of WIFI chip used by MY-RK3399-EK314 evaluation board is AP6354

**Test operation**
1. Click on the network settings icon in the upper right corner of the screen and a list of networks will pop up
2. Select the wifi you want to connect and click
3. Enter the wifi password in the pop-up window and click Connect
 

### Bluetooth module test
The model of Bluetooth chip used by MY-RK3399-EK314 evaluation board is AP6354

**Test operation**
<pre>
　　1. Click the Bluetooth icon in the upper right corner of the screen, and then click the Devices option in the pop-up list.
　　2. Click “Search” in the pop-up window to start searching for Bluetooth.
</pre>
 

### 4G Module Test
Test the internet 4G module, such as L506.

**Test operation**
<pre>
Install wvdial
=====> Input:
sudo apt-get install wvdial

Modify the configuration file /etc/wvdial.conf
=====> Input:
＃ vim /etc/wvdial.conf

Add the following:
[Dialer Defaults]
Modem = /dev/ttyUSB2
Baud = 115200
Init1 = ATZ
Init2 = AT+CGDCONT=1,"IP","CMNET"
Init3 = AT+CGEQREQ=1,2,128,384,,,0,,,,,,
Phone = *99*1#
Username = cmnet
Password = cmnet
New PPPD = yes
</pre>
[[文件:My-rk3399-ek314_test2.1.7.png|642px]] 
dial
<pre>
=====> Input:
#wvdial &
</pre>
[[文件:My-rk3399-ek314_test2.1.8.png|642px]] 
 

--------------------------------------------------------------------------------
<pre>
--------------------------------------------------------------------------------
* 珠海明远智睿科技有限公司
* ZhuHai MYZR Technology CO.,LTD.
* Latest Update: 2019/02/19
* Supporter: Tang Bin
--------------------------------------------------------------------------------
</pre>

←上一版本	2020年10月22日 (四) 09:05的版本
（没有差异）

@@ 第8行： / 第8行： @@
 ## **Part 2 Interface Test **
 ### Ethernet test
-The MY-RK3399 evaluation board has a Gigabit Ethernet port. <br>
+The MYZR-RK3399 evaluation board has a Gigabit Ethernet port. <br>
 {| class="wikitable"
 !  style="color:white; background:#003399;" |Evaluation model
@@ 第15行： / 第15行： @@
 !  style="color:white; background:#003399;" |System Interface
 |-
-|MY-RK3399-EK314||P19||10/100/1000Mbps||eth0
+|MYZR-RK3399-EK314||P19||10/100/1000Mbps||eth0
 |}
 **Test operation**
@@ 第43行： / 第43行： @@
 !  style="color:white; background:#003399;" |Interface Type
 |-
-||MY-RK3399-EK314||P8||USB3.0
+||MYZR-RK3399-EK314||P8||USB3.0
 |}
 **Test Methods**
@@ 第64行： / 第64行： @@
 !  style="color:white; background:#003399;" |Interface Type
 |-
-|MY-RK3399-EK314||P15||SD
+|MYZR-RK3399-EK314||P15||SD
 |}
 **Test Methods**
@@ 第84行： / 第84行： @@
 !  style="color:white; background:#003399;" |IO serial number
 |-
-|rowspan=10|MY-RK3399-EK314||P21-3||GPIO1_B0||40
+|rowspan=10|MYZR-RK3399-EK314||P21-3||GPIO1_B0||40
 |-
 |P21-5||GPIO1_A7||39
@@ 第141行： / 第141行： @@
 !  style="color:white; background:#003399;" |KEY attribute
 |-
-|rowspan=5|MY-RK3399-EK314||SW5||adc-keys||Volume UP
+|rowspan=5|MYZR-RK3399-EK314||SW5||adc-keys||Volume UP
 |-
 |SW4||adc-keys||Volume Down
@@ 第178行： / 第178行： @@
 ### RTC Test
 **test introduction**
-     Affected by express shipping, the MY-RK3399-EK314 series evaluation board is shipped without batteries. Please prepare your own coin-cell battery and install it on the evaluation board before testing the RTC. The battery holder of MY-RK3399-EK314 is in the "BT1" position on the back of the bottom plate.
+     Affected by express shipping, the MYZR-RK3399-EK314 series evaluation board is shipped without batteries. Please prepare your own coin-cell battery and install it on the evaluation board before testing the RTC. The battery holder of MYZR-RK3399-EK314 is in the "BT1" position on the back of the bottom plate.
 **Test operation**
 . Power off and restart the device to view the current system time and hardware time:
@@ 第240行： / 第240行： @@
 ## **Part IV Demonstration of Expansion Module Functions**
 ### WIFI module test
-The model of WIFI chip used by MY-RK3399-EK314 evaluation board is AP6354
+The model of WIFI chip used by MYZR-RK3399-EK314 evaluation board is AP6354
 **Test operation**
@@ 第249行： / 第249行： @@
 ### Bluetooth module test
-The model of Bluetooth chip used by MY-RK3399-EK314 evaluation board is AP6354
+The model of Bluetooth chip used by MYZR-RK3399-EK314 evaluation board is AP6354
 **Test operation**

MYZR-RK3399-EK314 Linux-4.4 Test Manual - 版本历史

Admin：Admin移动页面MY-RK3399-EK314 Linux-4.4 Test Manual至MYZR-RK3399-EK314 Linux-4.4 Test Manual，不留重定向

2020年10月22日 (四) 09:05 Admin

Admin：创建页面，内容为“ [^_^]: MY-RK3399-EK314 linux4.4 Test Manual ## **Part 1 Test Instructions** Development board user name: myzr Password: myzr root User password: root<...”

Admin：创建页面，内容为“ [^_^]: MY-RK3399-EK314 linux4.4 Test Manual
## Part 1 Test Instructions Development board user name: myzr Password: myzr root User password: root<...”