If you ever wanted to update your BIOS or make any other hardware changes to your Linux system, you likely needed the motherboard information. There is a handy little command line tool called dmidecode that we have written about in the past. This program will dump a ton of information about the hardware on your system. It's name is short for DMI decode because it can display all the information in the DMI Table (SMBIOS). In this case we are going to use specific switches to find the motherboard model and serial number in Linux system.
dmidecode is a tool for dumping a computer's DMI (some say SMBIOS ) table contents in a human-readable format. This table contains a description of the system's hardware components, as well as other useful pieces of information such as serial numbers and BIOS revision.
get motherboard serial number c tutorials
To get your motherboard information simply use dmidecode with the --type option. The DMI type we are looking for is "Base Board" which is represented numerically using the number 2. Here is an example.
There is a lot this tool can do, this is barely scratching the surface. This tool is what you need to get any kind of hardware information from the command line. As we demonstrated, you can easily find the motherboard model and serial number in Linux using dmidecode.
Sometimes abbreviated as Serial No., SN or S/N, a serial number is a unique number assigned to the PC by the OEM (Original Equipment Manufacturer) used for identification and inventory purposes. A serial number allows the manufacturer to identify a product and get additional information about it, for replacement, or as a means of finding compatible parts.This tutorial will show you how to find the serial number of your Windows 7, Windows 8, or Windows 10 PC.
3. You will now see the serial number of your PC in the command prompt. (see screenshot below)The serial number will only show in the command prompt if the OEM saved it to your PC's BIOS or UEFI firmware.If the OEM didn't, or this is a self built PC, then you may see To be filled by O.E.M in the command prompt instead.
All mobile devices have a unique identity that is made up of an IMEI number, serial number and model number. The IMEI (or MEID) and serial number are two forms of identification for your phone or tablet. Just like fingerprints for people, these two numbers are different for every phone and tablet. These identifiers help ensure that your device is not a counterfeit and can also help you find it if it is lost or stolen. Additionally, sometimes you may need the IMEI or serial number to redeem special promotions from Samsung.
A serial number and IMEI are similar, but have some differences. The serial number is a unique number assigned by the manufacturer (like Samsung) to help identify an individual device, like a phone, tablet, TV, and so on. For example, your phone's serial number will be different from every other phone Samsung has made. Serial numbers make it easier for the makers to organize and keep track of their products.
On the other hand, an IMEI or MEID is only used for phones or other communication devices. Depending on the carrier, your device will have either an IMEI or MEID. These two numbers are different from a serial number. They are used at an international or global level, not just by manufacturers. Both types of numbers can help network providers track down a device that has been stolen or lost.
For Windows: If you are using Windows, you can check serial number and all other hardware related information in system property using User Interface. You can also get system info using system information command in windows.
I have tested and verified all these commands on Ubuntu Linux machine. If you are using any other Linux OS system, kindly check, How to get serial number in Linux using the same commands. Do share your result. It will be helpful for other candidates.
On Windows 10, the ability to check the computer serial number can come in handy in many scenarios. For instance, when you need to create an inventory of the devices connected to your home network or organization, or need to contact technical support to troubleshoot a problem, order a replacement part, or check the warranty information.
Some USRP products contain an EEPROM on the motherboard which is used to store information about the USRP. Currently, the N200/210, X300/310, B200/210, and E100 contain an on-board EEPROM. The EEPROM contains information about each USRP such as product code, revision number, USRP name, and IP address. The specific information stores on each USRP EEPROM is dependent on the USRP model.
It is useful in many cases to determine the revision number of your X300/X310. A part number sticker is located on the X300/310 motherboard. This sticker is located near the AUX-I/O connector and has the format 123456\-\ where \ is a letter code that corresponds to the revision number. The photograph below highlights the location of the sticker:
The USRP B200 and B210 EEPROM is used to store certain information about each board. The USB PID (Product ID) and VID (Vendor ID) are stored in the EEPROM as well as serial number, product code, hardware revision, and USRP name for each B200/210. A table of these settings and whether or not the setting is user customizable is given below:
Have you ever asked how to check the motherboard model in Windows 10? How to find the motherboard serial number? In this tutorial, we will show you 3 simple methods for checking your motherboard model and related information on Windows 10.
In just a few clicks you can see motherboard (mainboard) information such as the serial number, manufacturer, and sometimes the version number. By following the steps below, you can get this information in moments. While many users may not need to know details about their Windows 10 PC motherboard, for a subset of users the information is important.
We have also learned how to use the Management namespace to display various hardware data, such as the BIOS serial number, Motherboard serial number, Processor id, and physical RAM serial number in part 2.
What command can I use to retrieve the system's serial number from the unix command line? As uname will output some information about the software and hardware, I would like to retrieve the serial number from a command to use in a script.
Dmidecode tool read DMI (some say SMBIOS) table to fetch data and displays useful system informations like hardware details, serial numbers and BIOS version, Processor etc. in human readable format. You may require root priviledge to execute dmidecode command.
3) This is the ass kicker of them all...all those policies I just mentioned AREN'T tied to the firmware, the BIOS, or any of that (well they are but you'll see what I mean). They're all tied to your serial number. When you reset your Chromebook, go through the GUI Setup process, and right before the enrollment screen you see "Determining device configuration"...that's Google checking in with it's servers to see if your device is managed by a domain. So that's really hard to bypass. I can give you all a few extra suggestions to try, but don't get your hopes up. It's also just a policy called "Forced Re-Enroll" in the Admin Console. These things have security tighter than a bug's ass, but I guess that's why all of our G Suite admins are laughing at us right now, me included.
Hey there. Sorry if this is a duplicate post, I think my last one got deleted because I had to create an account. I have an HP Chromebook 14 G4 that was issued by my last job. I'm allowed to keep this one, but with enrollment it does me no good because I no longer have the token key from the little device they gave me 2 login. Also, it's very limited as to what you can install so I'm trying to wipe it. I was able to get through all of these steps including developer mode and confirm the product serial number changed. The device is still managed however. I think I may have chosen the wrong screw possibly? I also did not see a sticker around the copper, only a circle of silver dots on it. It almost looks like Braille. the Skrill remove was the only one that had a copper plate that was parsed in different sections. After looking at diagrams online I did not find a picture that looked anything like the inside of this laptop. Thoughts?
Alright so i hate to break it to all of you 6th/7th/8th graders but enrolled devices CANNOT BE BYPASSED it is tied to the chromebooks S/N meaning even if you do bypass it. It will connect to the district servers and find the computers serial number and force enroll it and bring you back down to where you started, unless you get into a admins console and untie the desired chromebook which would be hard unless you knew youre devices serial number. and even if you were tech savvy and changed the devices Serial number YOU WOULD BE CAUGHT, Because you would trip youre districts IT department they track all the chromebook serial numbers so moral of the story just dont even bother trying to bypass the restrictions.
Windows If your drive is connected to your computer: Seagate has created a very simple tool that will tell you the serial number and the model number of any and all Seagate, Samsung and Maxtor-brand drives connected in or to your computer. Use the DriveDetect.exe method to find both numbers.
If your drive is not detected or connected to your computer: The USB devices have the serial numbers printed on the external cases and internal drives have the serial and part numbers on the drive labels.
In the diagram below, a command in Powershell lists some values regarding the above two USB devices. Clearly, what we have been calling the serial number does not conflate with what the identification in Powershell calls a serial number.
I tried the setup on a different computer we will call Computer 2. As if by magic, GSmartControl now showed me all of the correct information including serial number. Well now I have even bigger problems. Why would it work properly on Computer 2 but not Computer 1? What does the computer have to do with it? 2ff7e9595c
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