diff --git "a/docs/2-ZimaBlades\357\274\2141-Cluster\357\274\237PVE-makes-your-service-Migratable!.html" "b/docs/2-ZimaBlades\357\274\2141-Cluster\357\274\237PVE-makes-your-service-Migratable!.html" index 9f66665949..1b24fdbab7 100644 --- "a/docs/2-ZimaBlades\357\274\2141-Cluster\357\274\237PVE-makes-your-service-Migratable!.html" +++ "b/docs/2-ZimaBlades\357\274\2141-Cluster\357\274\237PVE-makes-your-service-Migratable!.html" @@ -62,8 +62,8 @@ - - + + @@ -291,7 +291,7 @@
ZimaBlade is a compact yet powerful server computer. PVE (Proxmox Virtual Environment) is a server virtualization management solution. You can use ZimaBlade with PVE to manage virtual machines, containers, and highly available clusters.
Today, we’ll set up our PVE Cluster using 2 ZimaBlade units to achieve service migration.
Here’s what you need:
2 ZimaBlade Kits: ZimaBlade Single Board Server
2 Hard Drives (SATA)
Additionally:
1 USB Drive for creating the PVE installation media
1 USB Hub so you can connect both your keyboard and USB drive to the ZimaBlade
2 RJ45 cables with LAN connections for networking
1 Keyboard and Monitor for initial setup
Here are the simple steps to install PVE on ZimaBlade:
Using Rufus
, write the PVE ISO file to a USB drive. You might need these resources:
Get Rufus: Rufus Download
Get PVE ISO: Proxmox Download
Write PVE to the USB drive to create the PVE installation media:
Insert the USB drive into a Windows host and launch the Rufus program on that host.
In Rufus, under “Device”, select the USB drive you just inserted.
Under “Boot selection”, click the SELECT button to choose the PVE ISO file from your disk.
Install memory, connect the Ethernet, and video cables to ZimaBlade. For a detailed step-by-step guide on installing memory and other components on ZimaBlade, refer to this comprehensive tutorial: Set up a NAS with ZimaBlade.
Now, let’s install PVE:
Safely remove the USB drive from the Windows machine and plug it, along with the keyboard, into the USB Hub.
Connect the USB Hub to ZimaBlade.
Power on the monitor.
Connect the power supply to ZimaBlade, then quickly and repeatedly press the DEL key on the keyboard to enter the ZimaBlade BIOS.
Use the arrow keys on the keyboard to navigate through the BIOS, and find the “Save & Exit” menu.
Under “Boot Override”, locate your USB drive and press Enter.
You will now enter the PVE installation UI.
When installing PVE on the 2 ZimaBlade units, keep these points in mind:
Install PVE on external storage (not on the internal eMMC).
Ensure they have consistent locale settings. Here’s an example:
Use different hostnames for each ZimaBlade.
Manually assign different IP addresses to each ZimaBlade (depending on your LAN configuration). Here’s an example:
Follow the prompts and wait for the installation to complete.
Choose any one of your ZimaBlade units and access the PVE WebUI at https://PVE1IP:8006
:
Click on “Cluster”, then “Create Cluster”. Give your cluster a name, then click “Create”:
After you see “TASK OK”, close the window, click on “Join Information”, and then click “Copy Information”:
Next, access the PVE WebUI on the second ZimaBlade at https://PVE2IP:8006
:
Click on “Cluster”, then “Join Cluster”, paste the join information you copied earlier, enter the root password of the other ZimaBlade, and click “Join **Cluster”:
Now, this machine is part of the Cluster. If you have more machines, the steps are the same. Once multiple nodes are joined to the Cluster, logging into the PVE WebUI on any ZimaBlade will show the presence of other nodes.
Now, you can install virtual machines and services on any node!
To migrate a service running on one node to another node in the Cluster:
Choose one node to install the system. Here, I will use Debian as an example.
Once installed, click the “Start” button on the right to start the virtual machine.
From another Windows machine on the same LAN, ping this virtual machine.
Service migration is just the beginning. With Ceph, you can automatically migrate services to other nodes in the Cluster when one node fails! In future articles, we will show you the complete setup process for ZimaBlade + Cluster + Ceph + HA.
If you encounter any issues during use, feel free to let us know at any time. You can also join our community and Discord to discuss more about PVE and ZimaBlade. We look forward to your feedback!
]]>When your ZimaBoard has access to CasaOS, you can use CasaOS terminal queries.
When your ZimaBoard is unable to access CasaOS by filling in CasaOS.local, the following two options can help you find the IP address.
Go to your router settings and look for CasaOS IP
TIPS
Prerequisite
- Make sure your ZimaBoard is connected to the router
- Make sure you know the router administrator password
- Make sure your computer is connected to the router or the router’s Wi-Fi network
TIPS
Common router IP addresses are
- 192.168.0.1
- 192.168.1.254 (BT Home Hubs)
- 192.168.1.1
In rare cases, you might need to add a colon and a port number at the end (such as 192.168.0.1:443), but most home routers won’t need this. If it goes well, you can now see your router login screen. After logging in, you will be able to see your CasaOS IP.
use LanScan/Advanced IP Scanner to query IP Address
LanScan is a free, simple and effective Mac X OS Network scanner that discovers all active devices on your Local Area Network (LAN)
Software Download Address—“LanScan“
Reliable and free network scanner to analyse LAN. The program shows all network devices, gives you access to shared folders, provides remote control of computers (via RDP and Radmin), and can even remotely switch computers off. It is easy to use and runs as a portable edition.
Software Download Address—“Advance IP Scanner“
]]>Tribute to the great OpenWRT Documentation, This article only documents the installation of OpenWRT on the ZimaBoard. There is currently another article on writing the OpenWRT system for the ZimaBoard eMMC.
OpenWRT is the best companion for the ZimaBoard USB stick login version– 5 steps to burn your favorite OpenWRT hombre firmware
Topics
With a performance between Raspberry Pi and MicroServer and a price positioning, the best use of the ZimaBoard for many gamers is undoubtedly to be a hundred-dollar , customizable, OpenWRT / pfSense x86 router with enough computing power. So, based on this simple tutorial, we will demonstrate how to make a USB stick boot disk and, after a few steps, log into OpenWRT.
For detailed steps, please see Universal Third Party System Installation
ZimaBoard via miniDP to HDMI / DP cable, access to the display, USB Keyboard to ZimaBoard
Insert the USB stick into the ZimaBoard, boot up and click “DEL” to log into the BIOS Page
In the Boot option, configure the USB flash drive as Boot Option #1, save the settings, and reboot. After boot, enter the USB drive OpenWRT
Configure your OpenWRT system IP address information and use a PC browser to log into the OpenWRT Luci page
Getting OpenWRT to run on a USB stick is a relatively simple way. But as an aspiring gamer, you can refer to the following tutorial if you wish to write your OpenWrt system to a ZimaBoard eMMC. If you are interested in running more interesting software services for network enhancement and home cloud data management on OpenWRT, check out this link!
Of course, there are other methods, and the OpenWRT firmware download address is also provided here—— Firmware Download Address
Please don’t abuse for the love of power
Download the official ZimaBoard CasaOS image
Prepare in advance
ZimaBoard related preparation.
You may be asked to enter your system password during the process, just enter it and click OK.
The whole process will take a few minutes, depending on the size of your system image and your USB drive’s read/write speed.
Remove the USB drive, and you’re ready to go!
Connect your USB drive, monitor, keyboard,USB hub
(Optional), mouse
(Optional), network cable
(Recommended) to ZimaBoard.
Connect power and press F11 continuously.
1. Select your USB drive starting with UEFI in the boot device menu.
2. Wait a few minutes
3. Select the first one
4. Enter y
5. Wait a few minutes
6. Select the first one
Finish the installation after the countdown!!!!
Note:when selecting storage, please take care to select the correct disk
Because operating systems and storage vendors calculate storage space sizes differently, the capacity you see when installing your system is not the same as the hardware capacity. You can tell the difference by the type of disk and the approximate size.
The built-in storage type of the ZimaBoard is eMMC, which may also be recognized as an MMC device in the operating system.
Attention! You may need to modify the boot sequence in BIOS or select the boot device at boot time if you install the OS to an external hard disk.
]]> + + + + + +The new version of BIOS is under testing and will be released later.
Please ask for help in Discord if you encounter problems.
warning
If your ZimaBoard runs normally, upgrading the BIOS is not recommended!
Improper operation can cause the ZimaBoard to fail to start.
Account: casaos
Password:casaos
When you power on the device normally, the network port light flashes, and the machine device indicator palace light is on, indicating that the device power system is running normally. At this time, you need to get the device’s IP address into CasaOS by entering the route or other means or check it by connecting the miniDP on the device through the monitor.
Tutorial to get the IP address
Tutorial for Recovery the system
TIPS
- If the signal indicator blinks, it means the signal is normal and communication is in progress
- If the signal indicator is off, it means no communication
- If the signal indicator light is long, it means the network cable is short-circuited
No. We recommend that you use the official 12V/3A power adapter for ZimaBoard.
ZimaBoard can be expanded to 36TB HDD (2x18TB) via two SATA ports onboard. Please note that external power supply for 3.5inch HDDs will be needed as power supply from the ZimaBoard could be insufficient
SSH is opened by default
I reinstalled a Debian system with a USB flash drive and then prepared to use it to do their own docker, another empty USB flash drive for expansion, I plugged in the USB flash drive, which can be recognized, ready to pull some data to put the docker container, but after unplugging, the power light all out, ssh also out, at this time not yet plugged in the empty USB flash drive, and then plugged in the power, the power light flashes a little and gone, and then try to plug in monitor, the monitor can not receive the signal, the logo can not see, bios naturally can not enter may be unplugged u disk when the sudden current, resulting in parts burned
This side of the current understanding of the system BIOS problems (belonging to the version of the problem that has been repaired), if earlier users buy equipment find such problems, the machine cannot open. Please open the backplane, and remove the RTC battery to re-power the boot again.
modify the BIOS system
Tutorial for Recovery the system
ZimaBlade is a compact yet powerful server computer. PVE (Proxmox Virtual Environment) is a server virtualization management solution. You can use ZimaBlade with PVE to manage virtual machines, containers, and highly available clusters.
Today, we’ll set up our PVE Cluster using 2 ZimaBlade units to achieve service migration.
Here’s what you need:
2 ZimaBlade Kits: ZimaBlade Single Board Server
2 Hard Drives (SATA)
Additionally:
1 USB Drive for creating the PVE installation media
1 USB Hub so you can connect both your keyboard and USB drive to the ZimaBlade
2 RJ45 cables with LAN connections for networking
1 Keyboard and Monitor for initial setup
Here are the simple steps to install PVE on ZimaBlade:
Using Rufus
, write the PVE ISO file to a USB drive. You might need these resources:
Get Rufus: Rufus Download
Get PVE ISO: Proxmox Download
Write PVE to the USB drive to create the PVE installation media:
Insert the USB drive into a Windows host and launch the Rufus program on that host.
In Rufus, under “Device”, select the USB drive you just inserted.
Under “Boot selection”, click the SELECT button to choose the PVE ISO file from your disk.
Install memory, connect the Ethernet, and video cables to ZimaBlade. For a detailed step-by-step guide on installing memory and other components on ZimaBlade, refer to this comprehensive tutorial: Set up a NAS with ZimaBlade.
Now, let’s install PVE:
Safely remove the USB drive from the Windows machine and plug it, along with the keyboard, into the USB Hub.
Connect the USB Hub to ZimaBlade.
Power on the monitor.
Connect the power supply to ZimaBlade, then quickly and repeatedly press the DEL key on the keyboard to enter the ZimaBlade BIOS.
Use the arrow keys on the keyboard to navigate through the BIOS, and find the “Save & Exit” menu.
Under “Boot Override”, locate your USB drive and press Enter.
You will now enter the PVE installation UI.
When installing PVE on the 2 ZimaBlade units, keep these points in mind:
Install PVE on external storage (not on the internal eMMC).
Ensure they have consistent locale settings. Here’s an example:
Use different hostnames for each ZimaBlade.
Manually assign different IP addresses to each ZimaBlade (depending on your LAN configuration). Here’s an example:
Follow the prompts and wait for the installation to complete.
Choose any one of your ZimaBlade units and access the PVE WebUI at https://PVE1IP:8006
:
Click on “Cluster”, then “Create Cluster”. Give your cluster a name, then click “Create”:
After you see “TASK OK”, close the window, click on “Join Information”, and then click “Copy Information”:
Next, access the PVE WebUI on the second ZimaBlade at https://PVE2IP:8006
:
Click on “Cluster”, then “Join Cluster”, paste the join information you copied earlier, enter the root password of the other ZimaBlade, and click “Join **Cluster”:
Now, this machine is part of the Cluster. If you have more machines, the steps are the same. Once multiple nodes are joined to the Cluster, logging into the PVE WebUI on any ZimaBlade will show the presence of other nodes.
Now, you can install virtual machines and services on any node!
To migrate a service running on one node to another node in the Cluster:
Choose one node to install the system. Here, I will use Debian as an example.
Once installed, click the “Start” button on the right to start the virtual machine.
From another Windows machine on the same LAN, ping this virtual machine.
Service migration is just the beginning. With Ceph, you can automatically migrate services to other nodes in the Cluster when one node fails! In future articles, we will show you the complete setup process for ZimaBlade + Cluster + Ceph + HA.
If you encounter any issues during use, feel free to let us know at any time. You can also join our community and Discord to discuss more about PVE and ZimaBlade. We look forward to your feedback!
]]>Tribute to the great OpenWRT Documentation, This article only documents the installation of OpenWRT on the ZimaBoard. There is currently another article on writing the OpenWRT system for the ZimaBoard eMMC.
OpenWRT is the best companion for the ZimaBoard USB stick login version– 5 steps to burn your favorite OpenWRT hombre firmware
Topics
With a performance between Raspberry Pi and MicroServer and a price positioning, the best use of the ZimaBoard for many gamers is undoubtedly to be a hundred-dollar , customizable, OpenWRT / pfSense x86 router with enough computing power. So, based on this simple tutorial, we will demonstrate how to make a USB stick boot disk and, after a few steps, log into OpenWRT.
For detailed steps, please see Universal Third Party System Installation
ZimaBoard via miniDP to HDMI / DP cable, access to the display, USB Keyboard to ZimaBoard
Insert the USB stick into the ZimaBoard, boot up and click “DEL” to log into the BIOS Page
In the Boot option, configure the USB flash drive as Boot Option #1, save the settings, and reboot. After boot, enter the USB drive OpenWRT
Configure your OpenWRT system IP address information and use a PC browser to log into the OpenWRT Luci page
Getting OpenWRT to run on a USB stick is a relatively simple way. But as an aspiring gamer, you can refer to the following tutorial if you wish to write your OpenWrt system to a ZimaBoard eMMC. If you are interested in running more interesting software services for network enhancement and home cloud data management on OpenWRT, check out this link!
Of course, there are other methods, and the OpenWRT firmware download address is also provided here—— Firmware Download Address
Please don’t abuse for the love of power
COVID-19 forced us to spend more time with our families. Previously, there was an introduction on how to build a home version of a 4K theater using ZimaBoard. Recently the theater is no longer enough for the family. So we found some fun games at home that are more suitable for adults and children. Good games can make family members closerand improve kid’s creative abilities.
Minecraft is a sandbox building game created by Markus Persson, founder of Mojang AB, and inspired by Endless Miner, Dwarf Fortress and Dungeon Keeper. The current lead developer is Jens Bergensten. Players can create and destroy a myriad of cubes in the game’s three-dimensional space and even experience different game modes on multiplayer servers versus single-player worlds to create exquisite buildings, creations, and artwork
By default, you know how to use ZimaBoard when reading this tutorial:ZimaBoard Tutorial
Similarly, here you have already purchased a My World account by default:MineCraft purchase link
Item | Description |
---|---|
Software | MineCraft Installation Links |
Paragraph | ZimaBoard 216 |
docker run -d \ |
.
Attention
Environment Variables EULA=TRUE
Be sure to always include -e EULA=TRUE in your commands and container definitions, as Mojang/Microsoft requires EULA acceptance.
Now open the My World client you installed earlier, here it is using MAC
If you don’t know your IP address, you can refer to the tutorial—“Find Your CasaOS IP Address“
By default, Minecraft servers are configured to run in Survival mode. You can change the mode using MODE where you can either provide the standard numerical values or the shortcut values:
|
Announce Player Achievements
|
More Information - Docker Minecraftf Server
1.Later there will be mc server docker application in CasaOS APP store (realize one minute to one click to install MC Server)
2.Zimaboard & Minecraft Advanced Version Play
The philosophy behind Minecraft is very simple to create a world that belongs to you; please guide your children correctly, participate with your children together, and control the gaming time. I believe you can get more beyond sheer joy and happiness.
]]>ZimaBlade is a compact, single-board server that transforms your storage needs into a seamless NAS experience. And not just on Earth, but even on Mars one day! Whether you’re a seasoned Linux enthusiast or a curious tech explorer, setting up your pocket-sized data sanctuary NAS with ZimaBlade is a breeze. Let’s dive in this tutorial!
What you need:
ZimaBlade: Your trusty single-board server!
SO-DIMM DDR3L: The memory module that powers your ZimaBlade.
Type-C 12V 3A Power Adapter: Keep your ZimaBlade juiced up.
MiniDP Cable: For connecting your display.
One to Two HDD or SSD (SATA Interface): Your storage heroes.
RJ45 Connector with LAN Connection: To keep your ZimaBlade networked.
USB Keyboard: For initial setup.
Screen: So you can see what’s happening during boot and setup.
You can find all the accessories in our Zima Store.
Also, give our quick-start video a glance. Let’s start!
Remove the black cover from ZimaBlade and open the transparent cover:
Use a screwdriver to open the transparent cover:
Insert the SO-DIMM until you hear a click.
Reassemble all the covers.
Connect ZimaBlade to your drive. Here, we use an HDD as an example:
To work properly, your drive needs data and a power supply from ZimaBlade. Use the SATA cable included in ZimaBlade package, which gets both data and power supply from ZimaBlade.
Connect ZimaBlade using an RJ45:
Connect ZimaBlade to a keyboard(USB) and a screen (miniDP):
Connect ZimaBlade to the power supply:
Use the type-C cable included in ZimaBlade package.
ZimaBlade’s type-C interface supports USB PD 3.1.
For long-term use with an HDD, consider using an external power supply.
Plug the power adapter to you AC socket and power on your display. And… Boom! You are in!
You’ll be prompted to enter the default account casaos
and password casaos
to login in.
After logging in, obtain the IP address.
Now, get ZimaBlade’s IP address:
Type ip addr
and press Enter
to see the IP address. It will be somting like 192.x.x.x
or 10.0.x.x
. (depending on your LAN configuration.)
Note down the IP address.
Visit your ZimaBlade at http://yourIpAddress on your phone or desktop computer.
Follow the instructions to create a Web UI account.
After creating the account, you will be logged into the CasaOS Web UI.
Now, configure your disk. CasaOS will detect the disk connected. Click the storage setting button, then click the “Create Storage” button.
Choose the appropriate option for your needs. Your drive is now ready to be used as storage.
Use the “Files” app to upload and access your files!
Your ZimaBlade NAS is just set up! Enjoy!
If you encounter any issues during use, feel free to let us know at any time. You can also join our community and Discord to discuss more about NAS and ZimaBlade. We look forward to your feedback!
]]>ZimaBlade is a compact, single-board server that transforms your storage needs into a seamless NAS experience. And not just on Earth, but even on Mars one day! Whether you’re a seasoned Linux enthusiast or a curious tech explorer, setting up your pocket-sized data sanctuary NAS with ZimaBlade is a breeze. Let’s dive in this tutorial!
What you need:
ZimaBlade: Your trusty single-board server!
SO-DIMM DDR3L: The memory module that powers your ZimaBlade.
Type-C 12V 3A Power Adapter: Keep your ZimaBlade juiced up.
MiniDP Cable: For connecting your display.
One to Two HDD or SSD (SATA Interface): Your storage heroes.
RJ45 Connector with LAN Connection: To keep your ZimaBlade networked.
USB Keyboard: For initial setup.
Screen: So you can see what’s happening during boot and setup.
You can find all the accessories in our Zima Store.
Also, give our quick-start video a glance. Let’s start!
Remove the black cover from ZimaBlade and open the transparent cover:
Use a screwdriver to open the transparent cover:
Insert the SO-DIMM until you hear a click.
Reassemble all the covers.
Connect ZimaBlade to your drive. Here, we use an HDD as an example:
To work properly, your drive needs data and a power supply from ZimaBlade. Use the SATA cable included in ZimaBlade package, which gets both data and power supply from ZimaBlade.
Connect ZimaBlade using an RJ45:
Connect ZimaBlade to a keyboard(USB) and a screen (miniDP):
Connect ZimaBlade to the power supply:
Use the type-C cable included in ZimaBlade package.
ZimaBlade’s type-C interface supports USB PD 3.1.
For long-term use with an HDD, consider using an external power supply.
Plug the power adapter to you AC socket and power on your display. And… Boom! You are in!
You’ll be prompted to enter the default account casaos
and password casaos
to login in.
After logging in, obtain the IP address.
Now, get ZimaBlade’s IP address:
Type ip addr
and press Enter
to see the IP address. It will be somting like 192.x.x.x
or 10.0.x.x
. (depending on your LAN configuration.)
Note down the IP address.
Visit your ZimaBlade at http://yourIpAddress on your phone or desktop computer.
Follow the instructions to create a Web UI account.
After creating the account, you will be logged into the CasaOS Web UI.
Now, configure your disk. CasaOS will detect the disk connected. Click the storage setting button, then click the “Create Storage” button.
Choose the appropriate option for your needs. Your drive is now ready to be used as storage.
Use the “Files” app to upload and access your files!
Your ZimaBlade NAS is just set up! Enjoy!
If you encounter any issues during use, feel free to let us know at any time. You can also join our community and Discord to discuss more about NAS and ZimaBlade. We look forward to your feedback!
]]>COVID-19 forced us to spend more time with our families. Previously, there was an introduction on how to build a home version of a 4K theater using ZimaBoard. Recently the theater is no longer enough for the family. So we found some fun games at home that are more suitable for adults and children. Good games can make family members closerand improve kid’s creative abilities.
Minecraft is a sandbox building game created by Markus Persson, founder of Mojang AB, and inspired by Endless Miner, Dwarf Fortress and Dungeon Keeper. The current lead developer is Jens Bergensten. Players can create and destroy a myriad of cubes in the game’s three-dimensional space and even experience different game modes on multiplayer servers versus single-player worlds to create exquisite buildings, creations, and artwork
By default, you know how to use ZimaBoard when reading this tutorial:ZimaBoard Tutorial
Similarly, here you have already purchased a My World account by default:MineCraft purchase link
Item | Description |
---|---|
Software | MineCraft Installation Links |
Paragraph | ZimaBoard 216 |
docker run -d \ |
.
Attention
Environment Variables EULA=TRUE
Be sure to always include -e EULA=TRUE in your commands and container definitions, as Mojang/Microsoft requires EULA acceptance.
Now open the My World client you installed earlier, here it is using MAC
If you don’t know your IP address, you can refer to the tutorial—“Find Your CasaOS IP Address“
By default, Minecraft servers are configured to run in Survival mode. You can change the mode using MODE where you can either provide the standard numerical values or the shortcut values:
|
Announce Player Achievements
|
More Information - Docker Minecraftf Server
1.Later there will be mc server docker application in CasaOS APP store (realize one minute to one click to install MC Server)
2.Zimaboard & Minecraft Advanced Version Play
The philosophy behind Minecraft is very simple to create a world that belongs to you; please guide your children correctly, participate with your children together, and control the gaming time. I believe you can get more beyond sheer joy and happiness.
]]>My choice of hard drive cage here is cost-effective; the purpose is to get a great experience at the lowest cost possible
The same type of ATX power supply + hard drive cage can be your own choice
Please ignore my untidy lines
On a 20-pin or 24-pin connector, find the green wire, usually only one green one; if there are several, the power supply is a workshop factory production. You can find the thinnest green wire and short it to any of the black wires and see if there is any output.
Simple Educational Connections
en…. It’s my problem, it’s a bit - very messy
After the installation of Unraid is complete, there is only the root user by default, and no password has been set, which is a significant security risk.
Switch to the USER interface; you can see only the root user. Click on its avatar to enter the user edit screen, change the password and click CHANGE
. Unraid will prompt you to log in again. Root is the most privileged user on the Unraid system and is also the login user of WebGUI, so make sure you remember its password.
Similarly, you can create users to manage user permissions when sharing
For security reasons, you should not use the root user when setting up share permissions and Docker applications.
Switch to the USER screen, click ADD USER
, set the username, description, avatar and password, and click ADD
to create the user.
Tips
The array must be activated to enable other functions
Click “MAIN”
Configure disk
In the Disk 1 option, scroll down to select a drive to be added to the array. With the current hardware, I should be able to get a Disk5, but now, I only have two 4TB drives at disposal.
Once you have made your selection, click on the START button in Array Operation
After a few seconds, the drive is mounted
Tips:
The main concept behind the Unraid array is its ability to manage the aggregation of disk devices (JBOD) protected by a dedicated parity device. A parity device provides a way for you to rebuild data from a failed disk to a new disk. While it may seem incredible that a drive may back up other drives with more storage capacity than the parity, it can reconstruct lost data from a failed drive using binary logic called XOR (eXclusive-OR). Because hard drives store data as zeros and ones, when a drive fails, parity compares the binary data on all surviving drives and can infer the lost data to be reconstructed.
Click “ADD SHARE”
Enter the appropriate information and select the appropriate disk
Set whether the folder is an SMB share folder
Official Mounting Tutorial(There are many different ways to do this, so I won’t explain them all here, if you’re interested click on the links to see them)
There is much more to Unraid OS, and the benefits are clear: Flexibility and Scalability. Modular Unraid enables you to build the system you have always wanted using the preferred hardware, software, and operating system. I hope this system will meet everyone’s usage scenarios.
UnraidOS has been running quietly and stably on my ZimaBoard 216 for 48 hours without any discomfort!
Many users do not know how to install the system after we have downloaded it. Do not know the clear installation steps, etc. This article will help users to solve the problem of installing the system
What you need to do on your computer to prepare.
ZimaBoard related preparation.
You may be asked to enter your system password during the process, just enter it and click OK.
The whole process will take a few minutes, depending on the size of your system image and the read/write speed of your USB drive.
After the ZimaBoard is plugged in, press the F11 key
/ Delete key
uninterrupted . When we insert the U disk boot disk, it will automatically display the USB key, select the USB key and press the Enter key
Many users do not know how to install the system after we have downloaded it. Do not know the clear installation steps, etc. This article will help users to solve the problem of installing the system
What you need to do on your computer to prepare.
ZimaBoard related preparation.
You may be asked to enter your system password during the process, just enter it and click OK.
The whole process will take a few minutes, depending on the size of your system image and the read/write speed of your USB drive.
After the ZimaBoard is plugged in, press the F11 key
/ Delete key
uninterrupted . When we insert the U disk boot disk, it will automatically display the USB key, select the USB key and press the Enter key
My choice of hard drive cage here is cost-effective; the purpose is to get a great experience at the lowest cost possible
The same type of ATX power supply + hard drive cage can be your own choice
Please ignore my untidy lines
On a 20-pin or 24-pin connector, find the green wire, usually only one green one; if there are several, the power supply is a workshop factory production. You can find the thinnest green wire and short it to any of the black wires and see if there is any output.
Simple Educational Connections
en…. It’s my problem, it’s a bit - very messy
After the installation of Unraid is complete, there is only the root user by default, and no password has been set, which is a significant security risk.
Switch to the USER interface; you can see only the root user. Click on its avatar to enter the user edit screen, change the password and click CHANGE
. Unraid will prompt you to log in again. Root is the most privileged user on the Unraid system and is also the login user of WebGUI, so make sure you remember its password.
Similarly, you can create users to manage user permissions when sharing
For security reasons, you should not use the root user when setting up share permissions and Docker applications.
Switch to the USER screen, click ADD USER
, set the username, description, avatar and password, and click ADD
to create the user.
Tips
The array must be activated to enable other functions
Click “MAIN”
Configure disk
In the Disk 1 option, scroll down to select a drive to be added to the array. With the current hardware, I should be able to get a Disk5, but now, I only have two 4TB drives at disposal.
Once you have made your selection, click on the START button in Array Operation
After a few seconds, the drive is mounted
Tips:
The main concept behind the Unraid array is its ability to manage the aggregation of disk devices (JBOD) protected by a dedicated parity device. A parity device provides a way for you to rebuild data from a failed disk to a new disk. While it may seem incredible that a drive may back up other drives with more storage capacity than the parity, it can reconstruct lost data from a failed drive using binary logic called XOR (eXclusive-OR). Because hard drives store data as zeros and ones, when a drive fails, parity compares the binary data on all surviving drives and can infer the lost data to be reconstructed.
Click “ADD SHARE”
Enter the appropriate information and select the appropriate disk
Set whether the folder is an SMB share folder
Official Mounting Tutorial(There are many different ways to do this, so I won’t explain them all here, if you’re interested click on the links to see them)
There is much more to Unraid OS, and the benefits are clear: Flexibility and Scalability. Modular Unraid enables you to build the system you have always wanted using the preferred hardware, software, and operating system. I hope this system will meet everyone’s usage scenarios.
UnraidOS has been running quietly and stably on my ZimaBoard 216 for 48 hours without any discomfort!
When your ZimaBoard has access to CasaOS, you can use CasaOS terminal queries.
When your ZimaBoard is unable to access CasaOS by filling in CasaOS.local, the following two options can help you find the IP address.
Go to your router settings and look for CasaOS IP
TIPS
Prerequisite
- Make sure your ZimaBoard is connected to the router
- Make sure you know the router administrator password
- Make sure your computer is connected to the router or the router’s Wi-Fi network
TIPS
Common router IP addresses are
- 192.168.0.1
- 192.168.1.254 (BT Home Hubs)
- 192.168.1.1
In rare cases, you might need to add a colon and a port number at the end (such as 192.168.0.1:443), but most home routers won’t need this. If it goes well, you can now see your router login screen. After logging in, you will be able to see your CasaOS IP.
use LanScan/Advanced IP Scanner to query IP Address
LanScan is a free, simple and effective Mac X OS Network scanner that discovers all active devices on your Local Area Network (LAN)
Software Download Address—“LanScan“
Reliable and free network scanner to analyse LAN. The program shows all network devices, gives you access to shared folders, provides remote control of computers (via RDP and Radmin), and can even remotely switch computers off. It is easy to use and runs as a portable edition.
Software Download Address—“Advance IP Scanner“
]]>The new version of BIOS is under testing and will be released later.
Please ask for help in Discord if you encounter problems.
warning
If your ZimaBoard runs normally, upgrading the BIOS is not recommended!
Improper operation can cause the ZimaBoard to fail to start.
Account: casaos
Password:casaos
When you power on the device normally, the network port light flashes, and the machine device indicator palace light is on, indicating that the device power system is running normally. At this time, you need to get the device’s IP address into CasaOS by entering the route or other means or check it by connecting the miniDP on the device through the monitor.
Tutorial to get the IP address
Tutorial for Recovery the system
TIPS
- If the signal indicator blinks, it means the signal is normal and communication is in progress
- If the signal indicator is off, it means no communication
- If the signal indicator light is long, it means the network cable is short-circuited
No. We recommend that you use the official 12V/3A power adapter for ZimaBoard.
ZimaBoard can be expanded to 36TB HDD (2x18TB) via two SATA ports onboard. Please note that external power supply for 3.5inch HDDs will be needed as power supply from the ZimaBoard could be insufficient
SSH is opened by default
I reinstalled a Debian system with a USB flash drive and then prepared to use it to do their own docker, another empty USB flash drive for expansion, I plugged in the USB flash drive, which can be recognized, ready to pull some data to put the docker container, but after unplugging, the power light all out, ssh also out, at this time not yet plugged in the empty USB flash drive, and then plugged in the power, the power light flashes a little and gone, and then try to plug in monitor, the monitor can not receive the signal, the logo can not see, bios naturally can not enter may be unplugged u disk when the sudden current, resulting in parts burned
This side of the current understanding of the system BIOS problems (belonging to the version of the problem that has been repaired), if earlier users buy equipment find such problems, the machine cannot open. Please open the backplane, and remove the RTC battery to re-power the boot again.
modify the BIOS system
Tutorial for Recovery the system
Download the official ZimaBoard CasaOS image
Prepare in advance
ZimaBoard related preparation.
You may be asked to enter your system password during the process, just enter it and click OK.
The whole process will take a few minutes, depending on the size of your system image and your USB drive’s read/write speed.
Remove the USB drive, and you’re ready to go!
Connect your USB drive, monitor, keyboard,USB hub
(Optional), mouse
(Optional), network cable
(Recommended) to ZimaBoard.
Connect power and press F11 continuously.
1. Select your USB drive starting with UEFI in the boot device menu.
2. Wait a few minutes
3. Select the first one
4. Enter y
5. Wait a few minutes
6. Select the first one
Finish the installation after the countdown!!!!
Note:when selecting storage, please take care to select the correct disk
Because operating systems and storage vendors calculate storage space sizes differently, the capacity you see when installing your system is not the same as the hardware capacity. You can tell the difference by the type of disk and the approximate size.
The built-in storage type of the ZimaBoard is eMMC, which may also be recognized as an MMC device in the operating system.
Attention! You may need to modify the boot sequence in BIOS or select the boot device at boot time if you install the OS to an external hard disk.
]]>Open your web browser and open http://casaos.local
(If you can’t open it in Windows, try http://casaos
)
We find Jellyfin in Apps and click on its logo, and it opens
TIPS
Default account for Pre-installed AppsUsername:
casaos
Password:
casaos
Emby offers a lot of ways to watch movies to choose from; you can watch them on your computer, cell phone, TV, game console, or even on VR.
Open your web browser and open http://casaos.local
(If you can’t open it in Windows, try http://casaos
)
We find PhotoPrism in Apps and click on its logo, and it opens
TIPS
Default account for Pre-installed AppsUsername:
casaos
Password:
casaos
**See this link for more information-**https://docs.photoprism.app/
]]>Open your web browser and open http://casaos.local
(If you can’t open it in Windows, try http://casaos
)
We find Jellyfin in Apps and click on its logo, and it opens
TIPS
Default account for Pre-installed AppsUsername:
casaos
Password:
casaos
Emby offers a lot of ways to watch movies to choose from; you can watch them on your computer, cell phone, TV, game console, or even on VR.
Open your web browser and open http://casaos.local
(If you can’t open it in Windows, try http://casaos
)
We find PhotoPrism in Apps and click on its logo, and it opens
TIPS
Default account for Pre-installed AppsUsername:
casaos
Password:
casaos
**See this link for more information-**https://docs.photoprism.app/
]]>Story:
There are still so many retro games out there, and browsing through them one by one, with their memorable names and screenshots, is like going back in time. It’s like going back in time to your own childhood passions and desires)This tutorial will take us back to your early days.
Read this document to learn about other ways to use ZimaBoard and get a quick overview of the diversity of ZimaBoard use
Reasons to choose Batocera:
- > Batocera is one of the easiest ways to turn our ZimaBoard into an attractive retro console with multiple emulators and hundreds of games to enjoy.
- > One of the positive points of Batocera is that it does not modify the internal storage memory of the ZimaBoard or other compatible devices. Remove the memory or the card we use when we do not want to use Batocera, and our machine will return to its original state without any modification. There is a system similar to EmuELEC that we can also try.
Batocera software, based on Debian distribution, is a group of emulators that allows us to load games with their covers and other extras to play in an orderly way dozens of emulators of different machines. To play them, you need the ROMS or ISO
of the games. Some of these systems also require the BIOS images of the machine to emulate.
Batocera also supports Android
,PC
or MacOS
computers of all kinds, Raspberry Pi
boards, and many portable retro consoles… for which there are exclusive distributions. Batocera installation is simple and easy to configure, its interface is nice and easy to use, and the list of supported emulators is huge.
To install Batocera we need the IMG.GZ file for our device.To download it, we only have to enter the Batocera website and save it on our computer. Then thanks to the balenaEtcher software, we will create the boot drive that will allow us to run the system without modifying our device.
After downloading the necessary files, we can generate the SD memory or USB drive
to boot this system, running the Balena program. If it does not work on our device by USB drive is recommended to use an SD card; in any case, we must have the fastest possible drive if we are going to use it with this method.
- step1
We require a microSD card or USB driveas fast as possible, at least 16 GB and a PC card reader.
- step2
Open your Balena and click on Flash from the file and select the Batocera you have just downloaded.
- step3
Select the SD memory or USB drive
you need to boot from
- step4
Enter your host password to start the conversion
With the ZimaBoard turned off, we insert the micro SD card or USB drive
prepared with Batocera.
When booting, long press to enter the Bios interface, select the U disk boot
Finally, you are in the Batocera interface
Batocera may not be suitable for all grips, but it satisfies the rules of use of the mainstream grips on the market.
Batocera is shipped with a selection of free ROMs - games
that are freely available and that can be legally distributed.
If you want to add your own ROM and BIOS files, you must first get access to Batocera
- Step1 Press the space bar
- Step2 Find NETWORK SETTINGS And Enter
- Step 3 Find IP address
- Step 4 Link to ZimaBoard using your computer
- Step 5 Click on Connect to go to the folder
- Step 6 Place the Rom or BIOS you downloaded into the appropriate folder
Please refer to the official tutorial for detailed documentation
- Step1 Press the space bar and look for SYSTEM SETTINGS
- Step2 Select INSTALL BATOCREA ON A NEW DISK
- Step 3 TARGET DEVICE 16 or 32G
TARGECT ARCHITCTURE Choose X860_64
ARE YOU SURE?choose yes
Finally click on INSTALL
Story:
There are still so many retro games out there, and browsing through them one by one, with their memorable names and screenshots, is like going back in time. It’s like going back in time to your own childhood passions and desires)This tutorial will take us back to your early days.
Read this document to learn about other ways to use ZimaBoard and get a quick overview of the diversity of ZimaBoard use
Reasons to choose Batocera:
- > Batocera is one of the easiest ways to turn our ZimaBoard into an attractive retro console with multiple emulators and hundreds of games to enjoy.
- > One of the positive points of Batocera is that it does not modify the internal storage memory of the ZimaBoard or other compatible devices. Remove the memory or the card we use when we do not want to use Batocera, and our machine will return to its original state without any modification. There is a system similar to EmuELEC that we can also try.
Batocera software, based on Debian distribution, is a group of emulators that allows us to load games with their covers and other extras to play in an orderly way dozens of emulators of different machines. To play them, you need the ROMS or ISO
of the games. Some of these systems also require the BIOS images of the machine to emulate.
Batocera also supports Android
,PC
or MacOS
computers of all kinds, Raspberry Pi
boards, and many portable retro consoles… for which there are exclusive distributions. Batocera installation is simple and easy to configure, its interface is nice and easy to use, and the list of supported emulators is huge.
To install Batocera we need the IMG.GZ file for our device.To download it, we only have to enter the Batocera website and save it on our computer. Then thanks to the balenaEtcher software, we will create the boot drive that will allow us to run the system without modifying our device.
After downloading the necessary files, we can generate the SD memory or USB drive
to boot this system, running the Balena program. If it does not work on our device by USB drive is recommended to use an SD card; in any case, we must have the fastest possible drive if we are going to use it with this method.
- step1
We require a microSD card or USB driveas fast as possible, at least 16 GB and a PC card reader.
- step2
Open your Balena and click on Flash from the file and select the Batocera you have just downloaded.
- step3
Select the SD memory or USB drive
you need to boot from
- step4
Enter your host password to start the conversion
With the ZimaBoard turned off, we insert the micro SD card or USB drive
prepared with Batocera.
When booting, long press to enter the Bios interface, select the U disk boot
Finally, you are in the Batocera interface
Batocera may not be suitable for all grips, but it satisfies the rules of use of the mainstream grips on the market.
Batocera is shipped with a selection of free ROMs - games
that are freely available and that can be legally distributed.
If you want to add your own ROM and BIOS files, you must first get access to Batocera
- Step1 Press the space bar
- Step2 Find NETWORK SETTINGS And Enter
- Step 3 Find IP address
- Step 4 Link to ZimaBoard using your computer
- Step 5 Click on Connect to go to the folder
- Step 6 Place the Rom or BIOS you downloaded into the appropriate folder
Please refer to the official tutorial for detailed documentation
- Step1 Press the space bar and look for SYSTEM SETTINGS
- Step2 Select INSTALL BATOCREA ON A NEW DISK
- Step 3 TARGET DEVICE 16 or 32G
TARGECT ARCHITCTURE Choose X860_64
ARE YOU SURE?choose yes
Finally click on INSTALL
ZimaBlade is a compact, single-board server that transforms your storage needs into a seamless NAS experience. And not just on Earth, but even on Mars one day! Whether you’re a seasoned Linux enthusiast or a curious tech explorer, setting up your pocket-sized data sanctuary NAS with ZimaBlade is a breeze. Let’s dive in this tutorial!
What you need:
ZimaBlade: Your trusty single-board server!
SO-DIMM DDR3L: The memory module that powers your ZimaBlade.
Type-C 12V 3A Power Adapter: Keep your ZimaBlade juiced up.
MiniDP Cable: For connecting your display.
One to Two HDD or SSD (SATA Interface): Your storage heroes.
RJ45 Connector with LAN Connection: To keep your ZimaBlade networked.
USB Keyboard: For initial setup.
Screen: So you can see what’s happening during boot and setup.
You can find all the accessories in our Zima Store.
Also, give our quick-start video a glance. Let’s start!
Remove the black cover from ZimaBlade and open the transparent cover:
Use a screwdriver to open the transparent cover:
Insert the SO-DIMM until you hear a click.
Reassemble all the covers.
Connect ZimaBlade to your drive. Here, we use an HDD as an example:
To work properly, your drive needs data and a power supply from ZimaBlade. Use the SATA cable included in ZimaBlade package, which gets both data and power supply from ZimaBlade.
Connect ZimaBlade using an RJ45:
Connect ZimaBlade to a keyboard(USB) and a screen (miniDP):
Connect ZimaBlade to the power supply:
Use the type-C cable included in ZimaBlade package.
ZimaBlade’s type-C interface supports USB PD 3.1.
For long-term use with an HDD, consider using an external power supply.
Once you plug in the power, the device will automatically start. And then… boom! You’re in!
You’ll be prompted to enter the default account casaos
and password casaos
to login in.
Now, get ZimaBlade’s IP address:
Type ip addr
and press Enter
to see the IP address. It will be somting like 192.x.x.x
or 10.0.x.x
. (depending on your LAN configuration.)
The physical network interface enp2s0
IP address (eg :10.0.179.111
) has been noted, and it will be used for future login attempts if needed.
The IP addresses
127.x.x.x
(loopback) is for internal communication,10.x.x.x
(physical interface) is for network connections, and172.x.x.x
(Docker) is for container networking.
Open a browser on your phone or desktop computer and visit the IP address you just noted.
Follow the instructions to create a Web UI account.
After creating the account, you will be logged into the CasaOS Web UI.
Now, configure your disk. CasaOS will detect the disk connected. Click the storage setting button, then click the “Create Storage” button.
Choose the appropriate option for your needs. Your drive is now ready to be used as storage.
Use the “Files” app to upload and access your files!
Your ZimaBlade NAS is just set up! Enjoy!
If you encounter any issues during use, feel free to let us know at any time. You can also join our community and Discord to discuss more about NAS and ZimaBlade. We look forward to your feedback!
]]>Download the official ZimaBoard CasaOS image
Prepare in advance
ZimaBoard related preparation.
You may be asked to enter your system password during the process, just enter it and click OK.
The whole process will take a few minutes, depending on the size of your system image and your USB drive’s read/write speed.
Remove the USB drive, and you’re ready to go!
Connect your USB drive, monitor, keyboard,USB hub
(Optional), mouse
(Optional), network cable
(Recommended) to ZimaBoard.
Connect power and press F11 continuously.
1. Select your USB drive starting with UEFI in the boot device menu.
2. Wait a few minutes
3. Select the first one
4. Enter y
5. Wait a few minutes
6. Select the first one
Finish the installation after the countdown!!!!
Note:when selecting storage, please take care to select the correct disk
Because operating systems and storage vendors calculate storage space sizes differently, the capacity you see when installing your system is not the same as the hardware capacity. You can tell the difference by the type of disk and the approximate size.
The built-in storage type of the ZimaBoard is eMMC, which may also be recognized as an MMC device in the operating system.
Attention! You may need to modify the boot sequence in BIOS or select the boot device at boot time if you install the OS to an external hard disk.
]]>Download the official ZimaBoard CasaOS image
Prepare in advance
ZimaBoard related preparation.
You may be asked to enter your system password during the process, just enter it and click OK.
The whole process will take a few minutes, depending on the size of your system image and your USB drive’s read/write speed.
Remove the USB drive, and you’re ready to go!
Connect your USB drive, monitor, keyboard,USB hub
(Optional), mouse
(Optional), network cable
(Recommended) to ZimaBoard.
Connect power and press F11 continuously.
1. Select your USB drive starting with UEFI in the boot device menu.
2. Wait a few minutes
3. Select the first one
4. Enter y
5. Wait a few minutes
6. Select the first one
Finish the installation after the countdown!!!!
Note:when selecting storage, please take care to select the correct disk
Because operating systems and storage vendors calculate storage space sizes differently, the capacity you see when installing your system is not the same as the hardware capacity. You can tell the difference by the type of disk and the approximate size.
The built-in storage type of the ZimaBoard is eMMC, which may also be recognized as an MMC device in the operating system.
Attention! You may need to modify the boot sequence in BIOS or select the boot device at boot time if you install the OS to an external hard disk.
]]>ZimaBlade is a compact, single-board server that transforms your storage needs into a seamless NAS experience. And not just on Earth, but even on Mars one day! Whether you’re a seasoned Linux enthusiast or a curious tech explorer, setting up your pocket-sized data sanctuary NAS with ZimaBlade is a breeze. Let’s dive in this tutorial!
What you need:
ZimaBlade: Your trusty single-board server!
SO-DIMM DDR3L: The memory module that powers your ZimaBlade.
Type-C 12V 3A Power Adapter: Keep your ZimaBlade juiced up.
MiniDP Cable: For connecting your display.
One to Two HDD or SSD (SATA Interface): Your storage heroes.
RJ45 Connector with LAN Connection: To keep your ZimaBlade networked.
USB Keyboard: For initial setup.
Screen: So you can see what’s happening during boot and setup.
You can find all the accessories in our Zima Store.
Also, give our quick-start video a glance. Let’s start!
Remove the black cover from ZimaBlade and open the transparent cover:
Use a screwdriver to open the transparent cover:
Insert the SO-DIMM until you hear a click.
Reassemble all the covers.
Connect ZimaBlade to your drive. Here, we use an HDD as an example:
To work properly, your drive needs data and a power supply from ZimaBlade. Use the SATA cable included in ZimaBlade package, which gets both data and power supply from ZimaBlade.
Connect ZimaBlade using an RJ45:
Connect ZimaBlade to a keyboard(USB) and a screen (miniDP):
Connect ZimaBlade to the power supply:
Use the type-C cable included in ZimaBlade package.
ZimaBlade’s type-C interface supports USB PD 3.1.
For long-term use with an HDD, consider using an external power supply.
Once you plug in the power, the device will automatically start. And then… boom! You’re in!
You’ll be prompted to enter the default account casaos
and password casaos
to login in.
Now, get ZimaBlade’s IP address:
Type ip addr
and press Enter
to see the IP address. It will be somting like 192.x.x.x
or 10.0.x.x
. (depending on your LAN configuration.)
The physical network interface enp2s0
IP address (eg :10.0.179.111
) has been noted, and it will be used for future login attempts if needed.
The IP addresses
127.x.x.x
(loopback) is for internal communication,10.x.x.x
(physical interface) is for network connections, and172.x.x.x
(Docker) is for container networking.
Open a browser on your phone or desktop computer and visit the IP address you just noted.
Follow the instructions to create a Web UI account.
After creating the account, you will be logged into the CasaOS Web UI.
Now, configure your disk. CasaOS will detect the disk connected. Click the storage setting button, then click the “Create Storage” button.
Choose the appropriate option for your needs. Your drive is now ready to be used as storage.
Use the “Files” app to upload and access your files!
Your ZimaBlade NAS is just set up! Enjoy!
If you encounter any issues during use, feel free to let us know at any time. You can also join our community and Discord to discuss more about NAS and ZimaBlade. We look forward to your feedback!
]]>Unraid OS allows sophisticated media aficionados, gamers, and other intensive data-users to have ultimate control over their data, media, applications, and desktops, using just about any combination of hardware.
Prepare a USB stick( greater than 1G) and format it in FAT32 format. Change the name to UNRAID(Mac)
Select the following options according to the specification:
Click ‘Write’ and wait.
Download the image package and extract all the files, then copy the extracted files to the root directory of your USB stick
Tips:
The format of the USB stick also needs to be FAT32
Windows systems need to run the make_bootable.bat file from the USB stick as an administrator
Linux systems execute the make_bootable_linux file
Boot Mode Selector (Syslinux)
After configuring your BIOS, you will be prompted with the Unraid Server OS boot menu. There are a number of options available for you to select:
unRAID OS (Headless)
The standard boot mode for Unraid Server OS. The headless mode utilizes less memory than desktop mode but relies on the use of another device to access the WebGUI for management.
Unraid OS GUI Mode (Desktop)
Desktop mode loads a lightweight desktop interface with a quick-launch menu for accessing the WebGUIi, product documentation, and useful Linux utilities, including a bash shell, midnight commander, and htop. This mode may be helpful for users trying to diagnose network connectivity problems or for users that don’t have a separate device to use for connecting to the WebGUI.
unRAID OS Safe Mode (Headless)
Use this boot mode to diagnose if Plug-ins are causing stability issues on your system.
There are two methods to connect to the WebGUI in Unraid:
Boot Unraid in GUI mode and login (username is root
, no password by default); or
Open a web browser from your Mac or PC and navigate to http://tower.local
Note: if you configured a different host name in the USB Flash Creator, use that name instead of tower
.
This is the main interface of UNRAID . A lot of information can be seen on this page, such as system status, motherboard information, CPU usage, network, disk information, user information, etc.
]]>The new version of BIOS is under testing and will be released later.
Please ask for help in Discord if you encounter problems.
warning
If your ZimaBoard runs normally, upgrading the BIOS is not recommended!
Improper operation can cause the ZimaBoard to fail to start.
The new version of BIOS is under testing and will be released later.
Please ask for help in Discord if you encounter problems.
warning
If your ZimaBoard runs normally, upgrading the BIOS is not recommended!
Improper operation can cause the ZimaBoard to fail to start.
Unraid OS allows sophisticated media aficionados, gamers, and other intensive data-users to have ultimate control over their data, media, applications, and desktops, using just about any combination of hardware.
Prepare a USB stick( greater than 1G) and format it in FAT32 format. Change the name to UNRAID(Mac)
Select the following options according to the specification:
Click ‘Write’ and wait.
Download the image package and extract all the files, then copy the extracted files to the root directory of your USB stick
Tips:
The format of the USB stick also needs to be FAT32
Windows systems need to run the make_bootable.bat file from the USB stick as an administrator
Linux systems execute the make_bootable_linux file
Boot Mode Selector (Syslinux)
After configuring your BIOS, you will be prompted with the Unraid Server OS boot menu. There are a number of options available for you to select:
unRAID OS (Headless)
The standard boot mode for Unraid Server OS. The headless mode utilizes less memory than desktop mode but relies on the use of another device to access the WebGUI for management.
Unraid OS GUI Mode (Desktop)
Desktop mode loads a lightweight desktop interface with a quick-launch menu for accessing the WebGUIi, product documentation, and useful Linux utilities, including a bash shell, midnight commander, and htop. This mode may be helpful for users trying to diagnose network connectivity problems or for users that don’t have a separate device to use for connecting to the WebGUI.
unRAID OS Safe Mode (Headless)
Use this boot mode to diagnose if Plug-ins are causing stability issues on your system.
There are two methods to connect to the WebGUI in Unraid:
Boot Unraid in GUI mode and login (username is root
, no password by default); or
Open a web browser from your Mac or PC and navigate to http://tower.local
Note: if you configured a different host name in the USB Flash Creator, use that name instead of tower
.
This is the main interface of UNRAID . A lot of information can be seen on this page, such as system status, motherboard information, CPU usage, network, disk information, user information, etc.
]]>Ensure that there are at least two hard drives available to meet the basic requirements for RAID setup.
Format each hard drive individually to ensure that the formatting process completes successfully without any errors.
Verify that the RAID mount point does not already contain files. The mount point must be empty to ensure the smooth configuration of RAID. If files are present, back them up and clear the mount point.
After completing the above checks, restart the system and try creating RAID again.
Ensure that there are at least two hard drives available to meet the basic requirements for RAID setup.
Format each hard drive individually to ensure that the formatting process completes successfully without any errors.
Verify that the RAID mount point does not already contain files. The mount point must be empty to ensure the smooth configuration of RAID. If files are present, back them up and clear the mount point.
After completing the above checks, restart the system and try creating RAID again.
ZimaOS is a game-changer for NAS enthusiasts, pro users and studio users. Its intuitive interface simplifies data backup and management, ensuring your critical files are always secure. ZimaOS excels in Docker application installation, streamlining the process with just a few clicks.
We are honored that you have chosen ZimaCube as the first hardware to experience ZimaOS. In order to help everyone quickly transfer files from Synology devices to ZimaCube, we have prepared this tutorial.
Of course, transferring files to ZimaCube is very easy. Let’s get started.
This tutorial is also applicable to other devices with ZimaOS installed.
SMB (Server Message Block) is a protocol built into the Windows system for sharing files and other services over the network. SAMBA implements the SMB protocol, which enriches the file sharing methods of * nix-like systems.
Both ZimaOS and Synology DSM are well-implemented/compatible with SMB, whether through SAMBA or self-implementation, making file sharing and transfer very convenient.
At the beginning of Synology setup, many users set up sharing when creating directories; some users did not give sharing function when creating directories. Therefore, before migrating, you may need to create a new shared directory and then move the data you want to migrate to this shared directory.
Go to the ZimaOS Dashboard and launch the Files App. Then, in the left navigation bar of the Files App UI, find the “+” sign next to Storage and click it, then click “LAN Storage”.
In the pop-up window, enter the Synology DMS IP Address. Mine is 10.0.0.11 here and you need to fill in the correct IP Address of your device. Now click the Connect button.
If your DSM shared account is not a Guest, but an account specifically set up with a user and password, you need to enter the correct DSM account and password here.
When you click the Connect button and successfully connect, Synology will appear as a network device under Storage. And on the right side, the shared directory of Synology will appear.
Go to the shared directory and select the files and directories we want to migrate. You can press Ctrl + A to select all files. Then, click the Copy button in the upper right corner.
Now enter the ZimaOS storage area. Go to the target directory and select the Paste xx items
button in the upper right corner.
[
You need to ensure that the remaining capacity of the destination storage pool is greater than the total volume of the file to be copied and pasted.
Now, wait for the file migration to complete. After the migration is complete, please experience the convenience that ZimaOS brings to your data management!
]]>ZimaOS is a game-changer for NAS enthusiasts, pro users and studio users. Its intuitive interface simplifies data backup and management, ensuring your critical files are always secure. ZimaOS excels in Docker application installation, streamlining the process with just a few clicks.
We are honored that you have chosen ZimaCube as the first hardware to experience ZimaOS. In order to help everyone quickly transfer files from Synology devices to ZimaCube, we have prepared this tutorial.
Of course, transferring files to ZimaCube is very easy. Let’s get started.
This tutorial is also applicable to other devices with ZimaOS installed.
SMB (Server Message Block) is a protocol built into the Windows system for sharing files and other services over the network. SAMBA implements the SMB protocol, which enriches the file sharing methods of * nix-like systems.
Both ZimaOS and Synology DSM are well-implemented/compatible with SMB, whether through SAMBA or self-implementation, making file sharing and transfer very convenient.
At the beginning of Synology setup, many users set up sharing when creating directories; some users did not give sharing function when creating directories. Therefore, before migrating, you may need to create a new shared directory and then move the data you want to migrate to this shared directory.
Go to the ZimaOS Dashboard and launch the Files App. Then, in the left navigation bar of the Files App UI, find the “+” sign next to Storage and click it, then click “LAN Storage”.
In the pop-up window, enter the Synology DMS IP Address. Mine is 10.0.0.11 here and you need to fill in the correct IP Address of your device. Now click the Connect button.
If your DSM shared account is not a Guest, but an account specifically set up with a user and password, you need to enter the correct DSM account and password here.
When you click the Connect button and successfully connect, Synology will appear as a network device under Storage. And on the right side, the shared directory of Synology will appear.
Go to the shared directory and select the files and directories we want to migrate. You can press Ctrl + A to select all files. Then, click the Copy button in the upper right corner.
Now enter the ZimaOS storage area. Go to the target directory and select the Paste xx items
button in the upper right corner.
[
You need to ensure that the remaining capacity of the destination storage pool is greater than the total volume of the file to be copied and pasted.
Now, wait for the file migration to complete. After the migration is complete, please experience the convenience that ZimaOS brings to your data management!
]]>First, you need to download the ZimaOS V1.2.2 image file. You can download it from the following link:
Once the download is complete, you need to flash the image file to a USB drive. It is recommended to use the Balena Etcher tool for this process. Here are the steps:
Once the installation process is complete, the system will prompt you to remove the USB drive. At this point, you need to remove the USB drive and restart ZimaCube. The system will automatically boot into ZimaOS V1.2.2.
Congratulations! You have successfully installed ZimaOS V1.2.2 on your ZimaCube. Now you can start exploring and utilizing the rich features provided by ZimaOS.
For more information, please visit ZimaOS GitHub Repository.
]]>Ensure that the ZimaCube is powered off and unplugged.
Prepare the hard drive to be installed.
Ensure that the ZimaCube is powered off and unplugged.
Prepare the hard drive to be installed.
First, you need to download the ZimaOS V1.2.2 image file. You can download it from the following link:
Once the download is complete, you need to flash the image file to a USB drive. It is recommended to use the Balena Etcher tool for this process. Here are the steps:
Once the installation process is complete, the system will prompt you to remove the USB drive. At this point, you need to remove the USB drive and restart ZimaCube. The system will automatically boot into ZimaOS V1.2.2.
Congratulations! You have successfully installed ZimaOS V1.2.2 on your ZimaCube. Now you can start exploring and utilizing the rich features provided by ZimaOS.
For more information, please visit ZimaOS GitHub Repository.
]]>1X ZimaCube
1X Monitor
1X DP
1X Keyboard
1X Ethernet cable
1 X USB flash drive (as installation disk)
a.Prepare a USB stick(Needs to be greater than 1G) and format it in FAT32 format,name changed to UNRAID(Mac)
b.Download the official USB Creator
c.Download the Official Image
d.Open the USB Creator and Wirte Unraid OS
Select the following options according to the specification
Click write and wait
a.Boot from the installation USB stick
b.Choose OS
c.Get IP
There are two methods to connect to the webGui in Unraid:
root
, no password by default); orhttp://tower.local
Note: if you configured a different host name in the USB Flash Creator, use that name instead of tower
.Ensure that the ZimaCube is powered off and unplugged.
Prepare the hard drive to be installed.
Step 1: Remove the front panel of the case.
Step 2: Remove the 6th bay.
Step 3: Turn counterclockwise to unscrew the screws securing the seventh drive.
Step 4: Remove the 7th bay.
Step 5: Freely install the SSD onto the 7th bay.
Step 6: Push the 7th bay into the correct position and tighten the screws clockwise.
Ensure that the ZimaCube is powered off and unplugged.
Prepare the hard drive to be installed.
Step 1: Remove the front panel of the case.
Step 2: Remove the 6th bay.
Step 3: Turn counterclockwise to unscrew the screws securing the seventh drive.
Step 4: Remove the 7th bay.
Step 5: Freely install the SSD onto the 7th bay.
Step 6: Push the 7th bay into the correct position and tighten the screws clockwise.
1X ZimaCube
1X Monitor
1X DP
1X Keyboard
1X Ethernet cable
1 X USB flash drive (as installation disk)
a.Prepare a USB stick(Needs to be greater than 1G) and format it in FAT32 format,name changed to UNRAID(Mac)
b.Download the official USB Creator
c.Download the Official Image
d.Open the USB Creator and Wirte Unraid OS
Select the following options according to the specification
Click write and wait
a.Boot from the installation USB stick
b.Choose OS
c.Get IP
There are two methods to connect to the webGui in Unraid:
root
, no password by default); orhttp://tower.local
Note: if you configured a different host name in the USB Flash Creator, use that name instead of tower
.Currently, ZimaCube requires pressing the power button to start after being plugged in. Some users desire an auto-start function upon power being supplied.
Modify mainboard jumper pins.
Move the jumper cap position. The two pins near AUTO indicate the need to press the power button after plugging in, while the two pins near PWR1 indicate automatic startup upon plugging in.
Below is the position for requiring the power button press to start after power off:
Below is the position for automatic startup after plugging in:
You can modify the position according to your needs.
Currently, ZimaCube requires pressing the power button to start after being plugged in. Some users desire an auto-start function upon power being supplied.
Modify mainboard jumper pins.
Move the jumper cap position. The two pins near AUTO indicate the need to press the power button after plugging in, while the two pins near PWR1 indicate automatic startup upon plugging in.
Below is the position for requiring the power button press to start after power off:
Below is the position for automatic startup after plugging in:
You can modify the position according to your needs.
In today’s digital era, professionals like Jojo face the challenge of managing vast amounts of data spread across multiple devices and cloud services. Jojo, a freelancer, struggled with this until he discovered ZimaOS, a powerful personal cloud system that simplifies data access and management. This article explores how ZimaOS can transform the digital workflow for creators, offering a seamless solution for data storage, access, and security.
Jojo’s daily routine involves handling numerous files and images stored across his laptop, tablet, smartphone, and various cloud services like Google Drive, OneDrive, and Dropbox. Constantly switching between these platforms disrupted his workflow and reduced his productivity. Frustrated with the inefficiency, Jojo yearned for a solution that could centralize his data management.
One day, Jojo stumbled upon ZimaOS, a robust personal cloud operating system designed to integrate multiple cloud services into a single, unified interface. Intrigued by its promise of seamless data access and management, Jojo decided to give it a try.
ZimaOS offers a range of features that cater to the needs of professionals like Jojo:
ZimaOS is an operating system designed for managing and optimizing NAS (Network Attached Storage) devices. It offers a user-friendly platform for storing, backing up, and sharing data. With support for various RAID configurations, remote access capabilities, and a range of applications, ZimaOS ensures data security, efficiency, and accessibility.
ZimaOS’s cloud integration features allow users to connect to Google Drive, OneDrive, and Dropbox seamlessly. Here’s how it benefits users:
Jojo frequently worried about losing his precious creative work due to hardware failure. With ZimaOS, he can back up his essential files to Google Drive, OneDrive, and Dropbox. These cloud services offer high reliability, ensuring Jojo’s data is always safe. Even if his local NAS device encounters issues, he can quickly restore his data from the cloud, minimizing downtime and safeguarding his creativity.
Jojo often moves between his home office and various coffee shops. ZimaOS’s multi-device synchronization feature has been a game-changer for him. By mounting his cloud drives on ZimaOS, Jojo can edit documents on his office computer, and they are instantly synchronized to his home NAS device. This seamless data flow means Jojo can effortlessly continue his work from any location without missing a beat.
In his downtime, Jojo enjoys his extensive media library of videos and music. ZimaOS allows him to upload these files to the cloud and stream them on any device, whether it’s his smartphone, tablet, or smart TV. Whether he’s relaxing at home or traveling, Jojo can enjoy his media collection without hassle. The ability to access his content anywhere enhances his entertainment experience, making his digital life more enjoyable.
ZimaOS has revolutionized Jojo’s approach to data management, providing a seamless integration of cloud and local storage solutions. The system’s robust features and intuitive interface have significantly boosted Jojo’s productivity, allowing him to focus on his creative projects without the constant worry of data management. As technology evolves, ZimaOS continues to innovate, promising even more powerful solutions for data storage and access in the future. Ready to experience ZimaOS for yourself? Dive in and transform your digital life today: Try ZimaOS Now.
]]>Data migration is the process of transferring specified directories to another storage space to optimize and reduce the size of your current storage. This ensures that your system remains efficient and organized, allowing for better performance and easier management of your files.
You can migrate three types of folders:
Open Settings and navigate to the Data Migration page
Select the item you wish to migrate and click the Modify Location button on the right
Choose the new storage space and click the Next button
Check the box for “I acknowledge and confirm this action,” then click the Start Migration button
During migration, the progress will be displayed in full screen, and no other operations can be performed
Upon completion, a popup will show the migration details
]]>Data migration is the process of transferring specified directories to another storage space to optimize and reduce the size of your current storage. This ensures that your system remains efficient and organized, allowing for better performance and easier management of your files.
You can migrate three types of folders:
Open Settings and navigate to the Data Migration page
Select the item you wish to migrate and click the Modify Location button on the right
Choose the new storage space and click the Next button
Check the box for “I acknowledge and confirm this action,” then click the Start Migration button
During migration, the progress will be displayed in full screen, and no other operations can be performed
Upon completion, a popup will show the migration details
]]>In today’s digital era, professionals like Jojo face the challenge of managing vast amounts of data spread across multiple devices and cloud services. Jojo, a freelancer, struggled with this until he discovered ZimaOS, a powerful personal cloud system that simplifies data access and management. This article explores how ZimaOS can transform the digital workflow for creators, offering a seamless solution for data storage, access, and security.
Jojo’s daily routine involves handling numerous files and images stored across his laptop, tablet, smartphone, and various cloud services like Google Drive, OneDrive, and Dropbox. Constantly switching between these platforms disrupted his workflow and reduced his productivity. Frustrated with the inefficiency, Jojo yearned for a solution that could centralize his data management.
One day, Jojo stumbled upon ZimaOS, a robust personal cloud operating system designed to integrate multiple cloud services into a single, unified interface. Intrigued by its promise of seamless data access and management, Jojo decided to give it a try.
ZimaOS offers a range of features that cater to the needs of professionals like Jojo:
ZimaOS is an operating system designed for managing and optimizing NAS (Network Attached Storage) devices. It offers a user-friendly platform for storing, backing up, and sharing data. With support for various RAID configurations, remote access capabilities, and a range of applications, ZimaOS ensures data security, efficiency, and accessibility.
ZimaOS’s cloud integration features allow users to connect to Google Drive, OneDrive, and Dropbox seamlessly. Here’s how it benefits users:
Jojo frequently worried about losing his precious creative work due to hardware failure. With ZimaOS, he can back up his essential files to Google Drive, OneDrive, and Dropbox. These cloud services offer high reliability, ensuring Jojo’s data is always safe. Even if his local NAS device encounters issues, he can quickly restore his data from the cloud, minimizing downtime and safeguarding his creativity.
Jojo often moves between his home office and various coffee shops. ZimaOS’s multi-device synchronization feature has been a game-changer for him. By mounting his cloud drives on ZimaOS, Jojo can edit documents on his office computer, and they are instantly synchronized to his home NAS device. This seamless data flow means Jojo can effortlessly continue his work from any location without missing a beat.
In his downtime, Jojo enjoys his extensive media library of videos and music. ZimaOS allows him to upload these files to the cloud and stream them on any device, whether it’s his smartphone, tablet, or smart TV. Whether he’s relaxing at home or traveling, Jojo can enjoy his media collection without hassle. The ability to access his content anywhere enhances his entertainment experience, making his digital life more enjoyable.
ZimaOS has revolutionized Jojo’s approach to data management, providing a seamless integration of cloud and local storage solutions. The system’s robust features and intuitive interface have significantly boosted Jojo’s productivity, allowing him to focus on his creative projects without the constant worry of data management. As technology evolves, ZimaOS continues to innovate, promising even more powerful solutions for data storage and access in the future. Ready to experience ZimaOS for yourself? Dive in and transform your digital life today: Try ZimaOS Now.
]]>Docker is platform that enables users to automate the deployment, scaling, and management of applications in lightweight containers. These containers bundle an application with all its dependencies, ensuring consistent performance across various environments. Docker’s efficiency lies in its ability to isolate applications, making them more portable and scalable.
ZimaOS is really impressive when we talk about Docker apps, streamlining the process with just a few clicks. ZimaOS is also a game-changer for NAS enthusiasts, pro users and studio users. Its intuitive interface simplifies data backup and management.
But do you really understand the path when using Dockers apps on ZimaOS? Can you distinguish between the ZimaOS path and the Docker apps path?
When you run a Docker container, it operates within its own filesystem, separate from the host system. Here’s a general overview of how Docker organizes paths:
Container Filesystem: Inside a Docker container, the file system is isolated from the host machine. Applications running in a container see their own root filesystem, which typically starts from /. For instance, if you have an application that stores data in /app/data within the container, this path exists solely within that container’s filesystem.
Volumes: To persist data beyond the lifecycle of a container, Docker uses volumes. Volumes are directories or files outside the container’s filesystem, usually located on the host system, and can be shared between containers. They are often mounted into containers at specific paths.
There are other data sharing modes, which you can learn here.
Let’s take plex, a popular media server application, as an example to understand how paths are organized within ZimaOS using Docker.
Docker App: Plex is distributed as a Docker app in ZimaOS’ app store. When you install Plex from ZimaOS’ app store, ZimaOS will specify several paths for various directories:
/config in container: this directory holds Plex’s configuration files. On ZimaOS, its volume path is /DATA/AppData/plex/config on ZimaOS, which is mounted to container’s /config to ensure configurations persist across container restarts.
/media in container: this is where Plex accesses your media files. Also, media files’ volume path is /DATA/Media on ZimaOS and it is mounted to containers’s /media.
Keep in mind that we want files stored in the host. This way, even if a container is stopped or recreated, the data remains intact.
You can find the detailed configuration by clicking Plex’s Settings. Besides, on this page, the volume path can be easily modified by clicking the grey icon next to the volume path.
By understanding Docker paths and how they integrate with applications like Plex, NAS enthusiasts and Homelabbers can efficiently manage their applications in a way that combines the flexibility of containerization with the reliability of persistent storage.
Docker is platform that enables users to automate the deployment, scaling, and management of applications in lightweight containers. These containers bundle an application with all its dependencies, ensuring consistent performance across various environments. Docker’s efficiency lies in its ability to isolate applications, making them more portable and scalable.
ZimaOS is really impressive when we talk about Docker apps, streamlining the process with just a few clicks. ZimaOS is also a game-changer for NAS enthusiasts, pro users and studio users. Its intuitive interface simplifies data backup and management.
But do you really understand the path when using Dockers apps on ZimaOS? Can you distinguish between the ZimaOS path and the Docker apps path?
When you run a Docker container, it operates within its own filesystem, separate from the host system. Here’s a general overview of how Docker organizes paths:
Container Filesystem: Inside a Docker container, the file system is isolated from the host machine. Applications running in a container see their own root filesystem, which typically starts from /. For instance, if you have an application that stores data in /app/data within the container, this path exists solely within that container’s filesystem.
Volumes: To persist data beyond the lifecycle of a container, Docker uses volumes. Volumes are directories or files outside the container’s filesystem, usually located on the host system, and can be shared between containers. They are often mounted into containers at specific paths.
There are other data sharing modes, which you can learn here.
Let’s take plex, a popular media server application, as an example to understand how paths are organized within ZimaOS using Docker.
Docker App: Plex is distributed as a Docker app in ZimaOS’ app store. When you install Plex from ZimaOS’ app store, ZimaOS will specify several paths for various directories:
/config in container: this directory holds Plex’s configuration files. On ZimaOS, its volume path is /DATA/AppData/plex/config on ZimaOS, which is mounted to container’s /config to ensure configurations persist across container restarts.
/media in container: this is where Plex accesses your media files. Also, media files’ volume path is /DATA/Media on ZimaOS and it is mounted to containers’s /media.
Keep in mind that we want files stored in the host. This way, even if a container is stopped or recreated, the data remains intact.
You can find the detailed configuration by clicking Plex’s Settings. Besides, on this page, the volume path can be easily modified by clicking the grey icon next to the volume path.
By understanding Docker paths and how they integrate with applications like Plex, NAS enthusiasts and Homelabbers can efficiently manage their applications in a way that combines the flexibility of containerization with the reliability of persistent storage.
This tutorial will guide you through how to create a home video surveillance system on CasaOS using Kerberos.io and ZimaBoard. We will use CasaOS’s Docker custom installation feature to simplify the installation and configuration process, and will also explain in detail how to configure an RTSP camera.
Since different manufacturers’ cameras have different ways of getting the RTSP link, please refer to your camera’s user manual or the manufacturer’s official website for relevant instructions, or log in to the camera’s management interface to find the RTSP link. In this tutorial, we successfully tested TP-Link and Tuya brand cameras and verified their compatibility with Kerberos.io. In addition, we expect the system to be compatible with cameras from brands such as Hikvision, Ezviz, Dahua, eufy, and Yousee.
services:
kerberos:
image: kerberos/kerberos # Use the kerberos/kerberos image
container_name: kerberos # Container name
ports:
- “8080:80” # Map host port 8080 to container port 80
volumes:
- ./config:/config # Mount the host’s config directory to /config in the container
- ./recordings:/etc/opt/kerberosio/capture # Mount the host’s recordings directory to /etc/opt/kerberosio/capture in the container
restart: unless-stopped # Container restart policy: restart automatically unless stopped manually
environment:
- TZ=Europe/London # Set the container’s timezone to Europe/London
- KERBEROSIO_SETTINGS_PORT=80 # Set the Kerberos service listening port to 80
- KERBEROSIO_SETTINGS_RECORDSTREAM=”/config/recordings” # Set the recording stream location to /config/recordings
5. Click Submit
6. Fill in ‘tag’: latset and ‘title’: kerberos
7. Submit and wait for the installation to complete
This tutorial will guide you through how to create a home video surveillance system on CasaOS using Kerberos.io and ZimaBoard. We will use CasaOS’s Docker custom installation feature to simplify the installation and configuration process, and will also explain in detail how to configure an RTSP camera.
Since different manufacturers’ cameras have different ways of getting the RTSP link, please refer to your camera’s user manual or the manufacturer’s official website for relevant instructions, or log in to the camera’s management interface to find the RTSP link. In this tutorial, we successfully tested TP-Link and Tuya brand cameras and verified their compatibility with Kerberos.io. In addition, we expect the system to be compatible with cameras from brands such as Hikvision, Ezviz, Dahua, eufy, and Yousee.
services:
kerberos:
image: kerberos/kerberos # Use the kerberos/kerberos image
container_name: kerberos # Container name
ports:
- “8080:80” # Map host port 8080 to container port 80
volumes:
- ./config:/config # Mount the host’s config directory to /config in the container
- ./recordings:/etc/opt/kerberosio/capture # Mount the host’s recordings directory to /etc/opt/kerberosio/capture in the container
restart: unless-stopped # Container restart policy: restart automatically unless stopped manually
environment:
- TZ=Europe/London # Set the container’s timezone to Europe/London
- KERBEROSIO_SETTINGS_PORT=80 # Set the Kerberos service listening port to 80
- KERBEROSIO_SETTINGS_RECORDSTREAM=”/config/recordings” # Set the recording stream location to /config/recordings
5. Click Submit
6. Fill in ‘tag’: latset and ‘title’: kerberos
7. Submit and wait for the installation to complete
For users who have installed ZimaOS V1.1:
Click on the red dot in the top left corner of the dashboard to initiate the update.
Manual upgrade:
https://casaos.oss-cn-shanghai.aliyuncs.com/IceWhaleTech/zimaos-rauc/releases/download/1.2.2/zimaos_zimacube-1.2.2.raucb
Tips]]>If you find any software problems, welcome to join the Discord and get support from 20,000 Zima community members.- IceWhale
I’m Lauren from the Zima team—thank you for your interest. Let me briefly introduce Zima.
Zima’s early team comprised young, tech-savvy individuals passionate about NAS, router, and PC design and innovation, primarily engineers. In 2021, we came together to build the Zima brand.
It all started with an observation: in the next decade, could every household have a small private cloud device? This could serve as a data asset manager for individuals and small organizations, the hub of a smart home, or even a local AI-powered Jarvis. You might call it a NAS, a home server, or something else, but we believe what truly matters is granting everyone the right to their own cloud. This means relying on personal devices to manage personal data and smart services. It should be secure, reliable, locally-focused, and user-friendly—a privatized device.
With this assumption, we embarked on Zima’s journey of building and exploration.
https://www.zimaspace.com/products/cube-personal-cloud
ZimaCube is our flagship private cloud device launched in 2023 for professional users. Through Kickstarter, we garnered support from 1,252 backers and became one of the Top 30 hardware projects on Kickstarter for 2023. The NAS industry, decades old, has established players with stable footings in storage technology and market share. As a young company, we aim to bring fresh perspectives and value to this sector. |
The ZimaCube Pro features an i5-level processor, 10-core processing capabilities, and Thunderbolt interfaces that meet gigabyte-level per-second transfer demands. With storage options for four SSDs and six HDDs, it easily meets the multimedia management needs of mainstream creators and small studios. Its multi-lane PCIe expandability also offers excellent potential for SSD RAID setups, SAS components, or GPU-level computational power expansions.
Pre-installed with ZimaOS, the ZimaCube is ready to use out of the box, requiring minimal technical knowledge. Set up your multimedia management center, local AI, or Agent applications in one step.
| (Based on CasaOS)
ZimaOS is a full personal cloud OS developed by the team based on CasaOS. It is a complete operating system with system-level support for remote access, RAID configuration, and essential features like OTA updates. It is designed specifically for ZimaCube, focusing on stability, unified data management, and local LLM capabilities. Unlike traditional NAS devices that often feature complex setups, ZimaOS offers a sleek and elegant design philosophy, tailored for home and SOHO environments. It inherits from the CasaOS community, which over the past few years has grown to include over 20,000 Discord community users who participate in the governance and iteration of the app store. The store features hundreds of third-party applications, covering media servers, music servers, downloaders, web scrapers, web servers, git servers, smart home technologies, and more. Recently, it has increasingly supported applications like ChatGPT UI, Diffusion, and other text-to-image and local chat AI capabilities. |
https://www.zimaspace.com/products/single-board-server
ZimaBoard is the first compact server in the Zima product line, designed specifically for home server scenarios. Initially, its product definition stemmed from considerations in hosting, homelabs, clustering, and network security. This server is a micro x86 system priced within the hundred-dollar range, featuring a small form factor with PCIe expansion capabilities. Its x86 processor ensures excellent system compatibility and the ability to deploy various applications, effortlessly running multiple Docker applications. |
https://www.zimaspace.com/products/blade-personal-nas
Following widespread community support and interest in ZimaBoard, we began to explore building a more focused desktop setup—a compact 2 Bay DIY NAS solution. The ZimaBlade NAS Kit represents an interim response from the Zima team. Compared to the ZimaBoard, the ZimaBlade is further reduced in size by one-third and has scaled-down networking capabilities. However, paired with a 2 Bay HDD Stand, it allows for a compact, brick-sized desktop DIY NAS setup. Priced at only $160, with quad-core performance and PCIe expansion capabilities, it can handle most NAS applications and data processing needs. Pre-installed with CasaOS, it's ready to use right out of the box, making it an excellent choice for those new to NAS systems. |
As previously mentioned, the Zima product line is dedicated to providing personal cloud products for creators and professional users. These products are professional, user-friendly, and designed to meet the diverse needs of home and studio settings, offering a wealth of applications. They support daily workflows and data asset management, safeguard family privacy, and offer system-level software and hardware scalability, allowing professionals customizable options. To achieve these features, we need to define our own software and hardware.
We believe that in an era of AI, the data assets of every studio and individual will become increasingly vital. All internet companies are vying to monitor everyone’s actions and the data they produce. However, as individuals and small organizations, we cannot stop technological progress, but we can use “magic to fight magic.” We believe in building private AI for everyone, a private cloud to manage your scattered personal and organizational data. Syncing data from Notion, Google Drive, personal photo albums, and using this data to build a privatized Agent will be a main theme in the computing industry.
This will bring about a personalized Agent for everyone, fostering democratized AI.
From day one, the Zima product line has received support from the Kickstarter community. In terms of software, the development of CasaOS on GitHub and the exploration of ZimaOS could not have progressed without the participation and suggestions of a succession of outstanding engineers and enthusiasts from the community. We always adhere to listening, thinking, and taking action. The community’s suggestions permeate every aspect of Zima’s hardware and software products and operations. From major product line planning to the selection of logistics service providers, we continuously focus on the community’s ideas for Zima’s iteration and drive our updates and direction based on community feedback.
We sincerely invite you to join our community of thousands - https://discord.gg/f9nzbmpMtU
A continuously evolving hardware and software setup needs your input. Through this link, you can directly submit your desired hardware and software requirements, or provide suggestions for revisions to our documentation scope. We look forward to your suggestions.
Let’s begin our exploration of the Zima hardware and ZimaOS, covering initial usage, applications, secondary development, local LLM, and much more.
]]>I’m Lauren from the Zima team—thank you for your interest. Let me briefly introduce Zima.
Zima’s early team comprised young, tech-savvy individuals passionate about NAS, router, and PC design and innovation, primarily engineers. In 2021, we came together to build the Zima brand.
It all started with an observation: in the next decade, could every household have a small private cloud device? This could serve as a data asset manager for individuals and small organizations, the hub of a smart home, or even a local AI-powered Jarvis. You might call it a NAS, a home server, or something else, but we believe what truly matters is granting everyone the right to their own cloud. This means relying on personal devices to manage personal data and smart services. It should be secure, reliable, locally-focused, and user-friendly—a privatized device.
With this assumption, we embarked on Zima’s journey of building and exploration.
https://www.zimaspace.com/products/cube-personal-cloud
ZimaCube is our flagship private cloud device launched in 2023 for professional users. Through Kickstarter, we garnered support from 1,252 backers and became one of the Top 30 hardware projects on Kickstarter for 2023. The NAS industry, decades old, has established players with stable footings in storage technology and market share. As a young company, we aim to bring fresh perspectives and value to this sector. |
The ZimaCube Pro features an i5-level processor, 10-core processing capabilities, and Thunderbolt interfaces that meet gigabyte-level per-second transfer demands. With storage options for four SSDs and six HDDs, it easily meets the multimedia management needs of mainstream creators and small studios. Its multi-lane PCIe expandability also offers excellent potential for SSD RAID setups, SAS components, or GPU-level computational power expansions.
Pre-installed with ZimaOS, the ZimaCube is ready to use out of the box, requiring minimal technical knowledge. Set up your multimedia management center, local AI, or Agent applications in one step.
| (Based on CasaOS)
ZimaOS is a full personal cloud OS developed by the team based on CasaOS. It is a complete operating system with system-level support for remote access, RAID configuration, and essential features like OTA updates. It is designed specifically for ZimaCube, focusing on stability, unified data management, and local LLM capabilities. Unlike traditional NAS devices that often feature complex setups, ZimaOS offers a sleek and elegant design philosophy, tailored for home and SOHO environments. It inherits from the CasaOS community, which over the past few years has grown to include over 20,000 Discord community users who participate in the governance and iteration of the app store. The store features hundreds of third-party applications, covering media servers, music servers, downloaders, web scrapers, web servers, git servers, smart home technologies, and more. Recently, it has increasingly supported applications like ChatGPT UI, Diffusion, and other text-to-image and local chat AI capabilities. |
https://www.zimaspace.com/products/single-board-server
ZimaBoard is the first compact server in the Zima product line, designed specifically for home server scenarios. Initially, its product definition stemmed from considerations in hosting, homelabs, clustering, and network security. This server is a micro x86 system priced within the hundred-dollar range, featuring a small form factor with PCIe expansion capabilities. Its x86 processor ensures excellent system compatibility and the ability to deploy various applications, effortlessly running multiple Docker applications. |
https://www.zimaspace.com/products/blade-personal-nas
Following widespread community support and interest in ZimaBoard, we began to explore building a more focused desktop setup—a compact 2 Bay DIY NAS solution. The ZimaBlade NAS Kit represents an interim response from the Zima team. Compared to the ZimaBoard, the ZimaBlade is further reduced in size by one-third and has scaled-down networking capabilities. However, paired with a 2 Bay HDD Stand, it allows for a compact, brick-sized desktop DIY NAS setup. Priced at only $160, with quad-core performance and PCIe expansion capabilities, it can handle most NAS applications and data processing needs. Pre-installed with CasaOS, it's ready to use right out of the box, making it an excellent choice for those new to NAS systems. |
As previously mentioned, the Zima product line is dedicated to providing personal cloud products for creators and professional users. These products are professional, user-friendly, and designed to meet the diverse needs of home and studio settings, offering a wealth of applications. They support daily workflows and data asset management, safeguard family privacy, and offer system-level software and hardware scalability, allowing professionals customizable options. To achieve these features, we need to define our own software and hardware.
We believe that in an era of AI, the data assets of every studio and individual will become increasingly vital. All internet companies are vying to monitor everyone’s actions and the data they produce. However, as individuals and small organizations, we cannot stop technological progress, but we can use “magic to fight magic.” We believe in building private AI for everyone, a private cloud to manage your scattered personal and organizational data. Syncing data from Notion, Google Drive, personal photo albums, and using this data to build a privatized Agent will be a main theme in the computing industry.
This will bring about a personalized Agent for everyone, fostering democratized AI.
From day one, the Zima product line has received support from the Kickstarter community. In terms of software, the development of CasaOS on GitHub and the exploration of ZimaOS could not have progressed without the participation and suggestions of a succession of outstanding engineers and enthusiasts from the community. We always adhere to listening, thinking, and taking action. The community’s suggestions permeate every aspect of Zima’s hardware and software products and operations. From major product line planning to the selection of logistics service providers, we continuously focus on the community’s ideas for Zima’s iteration and drive our updates and direction based on community feedback.
We sincerely invite you to join our community of thousands - https://discord.gg/f9nzbmpMtU
A continuously evolving hardware and software setup needs your input. Through this link, you can directly submit your desired hardware and software requirements, or provide suggestions for revisions to our documentation scope. We look forward to your suggestions.
Let’s begin our exploration of the Zima hardware and ZimaOS, covering initial usage, applications, secondary development, local LLM, and much more.
]]>For users who have installed ZimaOS V1.1:
Click on the red dot in the top left corner of the dashboard to initiate the update.
Manual upgrade:
https://casaos.oss-cn-shanghai.aliyuncs.com/IceWhaleTech/zimaos-rauc/releases/download/1.2.2/zimaos_zimacube-1.2.2.raucb
Tips]]>If you find any software problems, welcome to join the Discord and get support from 20,000 Zima community members.- IceWhale