Direct Flashing of Non-Death (breed)#
This step can directly refer to the forum article (Xiao Yu Accelerated Chain Flashing Record Process!)
Prompt to Restart Router After Successful Flashing#
IP Modification#
Success Interface#
Flashing Firmware#
Uploading BIN Firmware#
Here, I did not choose the firmware compiled by major websites, but opted to compile my own firmware, mainly because I need fewer functions, just enough for normal internet access and scientific internet access.
- Check the firmware
- Select your preferred firmware (.bin file)
- Confirm auto-restart is checked
- Click upload
Flashing#
After successful upload, the following interface will be displayed, click update
Wait for the update to complete
Modify IP#
- Note: Since this is my self-compiled firmware, the default IP has been modified, you can modify it according to your own firmware, the gateway is the default IP of the firmware, and the IP address should be set to the same subnet.
Enter the management backend (my username is root, password is password)
Default theme interface
Change password, modify theme (I personally feel that Argon looks quite good, so I integrated it directly into the firmware during compilation)
Modify Theme and Firmware Function Display#
What? Don't know where to modify?? (System - Language and Interface)
Change password
Basic Settings (Connect the Network Cable)#
- Switch to PPPoE protocol (I am using dial-up here)
-
Simple LAN settings
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Modify according to needs, I am the main router, so I enabled DHCP.
-
Check
-
I do not need IPv6, so I disabled it all (I heard there might be some bugs when enabled, and I can't test it here)
Normal internet access~
Shell DIY#
Drawing the Blueprint#
I did not measure the relevant dimensions myself, but directly modified the blueprints from DIY masters online, after all, I am using it myself... If there are issues with the blueprint dimensions, it would be really troublesome, I don't know if the author is in this forum, and I am very grateful to the original author for their help~
- Blueprint display (the original author's acrylic board has heat dissipation, since I am not adding a hard drive, there should be no problem with heat dissipation... Of course, I can't add a hard drive... I will explain the reason later)
Purchasing Parts and Custom Acrylic Processing#
Parts List#
- Heat shrink tubing
- Screws M3x6
- Dual copper pillars M3x25
- Copper pillars M3x5+6
- DC plug male (5.5x2.5 12V1.5A)
- DC plug female (5.5x2.5)
- VH3.96mm connector
- Acrylic board (3mm)
- Soldering iron (bought for 3 yuan before... really not good)
- 12v self-locking switch (12mm)
Parts and Acrylic#
Disassemble the Mainboard#
MT7621A
When I bought it, I thought the C3 and C1C5 motherboards were the same... this seller also said they were the same except for the hard drive rack... but when I received it, I found out...
- This is really the same, just pretend I didn't see it...
Individual Display of Parts#
- Screws M3x6
- Copper pillars M3x5+6
- Dual copper pillars M3x25
- DC plug female (5.5x2.5)
- 12v self-locking switch (12mm)
- VH3.96mm connector
Solder the Switch and Power Supply#
- Be sure to check the inside and outside of the acrylic... this picture is reversed... I had to solder it again later
- After testing normally, proceed with assembly.
Finished Product Display#