Uploaded February 2026 | Updated September 2026, 1 week ago
The Kingston® IronKey™ Keypad 200 series are OS-independent hardware-encrypted USB Type-A and USB Type-C®* drives with an alphanumeric keypad for easy-to-use PIN access. The KP200 series is FIPS 140-3 Level 3 Validated for military-grade security with enhancements that elevate the bar for data protection and incorporates XTS-AES 256-bit hardware-based encryption. Its circuitry is covered by a layer of special epoxy that makes it virtually impossible to remove components without damaging them; this tough epoxy stops attacks against the semiconductor components.
kingston.com/en/usb-flash-drives/ironkey-kp200-encrypted-usb-flash-drive
csrc.nist.gov/projects/cryptographic-module-validation-program/certificate/5133
The drive is designed to be tamper-evident to alert owners. It also incorporates Brute Force password attack protection, and BadUSB protection with digitally signed firmware. The alphanumeric keypad is coated with a layer of polymer that protects the keys and hides key usage through analysis of fingerprints on the keys.
KP200 series utilizes a built-in rechargeable battery that can be used to unlock the drive first without using any software, and then plug it into any device that supports USB Type-A or USB Type-C mass storage device. This gives users the most flexibility across different platform types and operating systems.
With the Multi-PIN option (Admin/User), the keypad can be used to set up an easy-to-remember but hard-to guess alphanumeric PIN for the Admin or User accounts. Admin can restore a User PIN and provide access to the drive should the User PIN be forgotten, or if the drive is locked after reaching the maximum of 10 User login attempts. With both Admin and User PINs enabled, KP200 will lock the User PIN after 10 failed login attempts; if the Admin PIN is entered wrong 10 times in a row, Brute Force attack protection will crypto-erase the drive, destroy the data forever, and reset it.
The drive also provides two levels of Read-Only (or Write-Protect) modes – a Global mode that can be set by Admin, and a session-only mode that can be set by User. Read-Only modes can protect the drive from malware on untrusted systems. In addition, Admin can load content and set the Global Read-Only mode, so that User can access the data but not make any changes.
Fast dual channel performance is offered on KP200 drives with 512GB and on KP200C drives with 64GB-512GB capacities.
*USB Type-C® and USB-C® are registered trademarks of USB Implementers Forum.
The Kingston® IronKey™ Keypad 200 series are OS-independent hardware-encrypted USB Type-A and USB Type-C®* drives with an alphanumeric keypad for easy-to-use PIN access. The KP200 series is FIPS 140-3 Level 3 Validated for military-grade security with enhancements that elevate the bar for data protection and incorporates XTS-AES 256-bit hardware-based encryption. Its circuitry is covered by a layer of special epoxy that makes it virtually impossible to remove components without damaging them; this tough epoxy stops attacks against the semiconductor components.
kingston.com/en/usb-flash-drives/ironkey-kp200-encrypted-usb-flash-drive
csrc.nist.gov/projects/cryptographic-module-validation-program/certificate/5133
The drive is designed to be tamper-evident to alert owners. It also incorporates Brute Force password attack protection, and BadUSB protection with digitally signed firmware. The alphanumeric keypad is coated with a layer of polymer that protects the keys and hides key usage through analysis of fingerprints on the keys.
KP200 series utilizes a built-in rechargeable battery that can be used to unlock the drive first without using any software, and then plug it into any device that supports USB Type-A or USB Type-C mass storage device. This gives users the most flexibility across different platform types and operating systems.
With the Multi-PIN option (Admin/User), the keypad can be used to set up an easy-to-remember but hard-to guess alphanumeric PIN for the Admin or User accounts. Admin can restore a User PIN and provide access to the drive should the User PIN be forgotten, or if the drive is locked after reaching the maximum of 10 User login attempts. With both Admin and User PINs enabled, KP200 will lock the User PIN after 10 failed login attempts; if the Admin PIN is entered wrong 10 times in a row, Brute Force attack protection will crypto-erase the drive, destroy the data forever, and reset it.
The drive also provides two levels of Read-Only (or Write-Protect) modes – a Global mode that can be set by Admin, and a session-only mode that can be set by User. Read-Only modes can protect the drive from malware on untrusted systems. In addition, Admin can load content and set the Global Read-Only mode, so that User can access the data but not make any changes.
Fast dual channel performance is offered on KP200 drives with 512GB and on KP200C drives with 64GB-512GB capacities.
*USB Type-C® and USB-C® are registered trademarks of USB Implementers Forum.



![Easy fixes for SSD not showing up in Windows – DIY in 5 Ep 212
If Windows refuses to recognize the new SSD you installed, it can seem like gaslighting. Luckily, we can help you get it sorted.
First thing to do is be sure that the new drive is installed properly. If you’re installing a SATA SSD, check that the SATA cable is connected properly to the motherboard and that you’ve connected power from your PSU to the drive. You can unplug and plug them back in, if you’re in doubt. If you’re adding a new SSD as a storage drive, make sure your motherboard has ‘hot plug’ enabled in the BIOS, otherwise it might not appear until you reboot your system.
If you’re installing an NVMe SSD, make sure your motherboard slot supports that type of drive. Each motherboard is different, after all. Always consult your system manufacturer’s documentation to be certain on how to extract the best performance out of your system and SSD.
Before getting into it with Windows, check your BIOS settings. Reboot or start up your PC using your motherboard’s special key to open the BIOS (usually one key like Delete, F1, F2, F10 or Esc). Getting the timing right can be tricky, so don’t get frustrated. Usually you have to press the key during the motherboard logo. Once in BIOS, look for a storage section. If you’re installing a SATA drive, make sure the configuration is set to AHCI. If that doesn’t work, try IDE or Compatibility mode, to see if it fixes things. Older motherboards may need to actually enable the SATA port for it to work at all. Consult your PC or motherboard manual here, because they all work differently.
Moving on to Windows, sometimes a new drive just needs to be initialized. A polite hello of sorts. Right-click on the Windows logo, and select Disk Management. Locate your new drive, right-click, and select “Initialize Disk”. You’ll then need to choose MBR or GPT for your partition style. Most of the time you want GPT, so if unsure, select that. Once the drive is initialized, right-click on the unallocated space, select New Simple Volume and follow the on-screen instructions.
Sometimes your drive won’t show up in Windows because it needs a new drive letter You can select a new drive letter in Disk Management by right-clicking the drive and choosing “Change Drive Letter and Paths”. Note that if you have existing apps or games on the drive, changing the drive letter may cause problems.
Other times, your drive doesn’t show up in Disk Management at all. Give it a gentle nudge by going to Action then Rescan Disks. Wait for the scan to finish and hopefully your drive will be seen now. Another solution if your drive can’t be found is to reinstall the disk driver. Right-click on the Windows logo and go to Device Manager. Expand Disk Drives and right-click on the SSD that is not showing up. Click on Uninstall Device. Sometimes a drive won’t show up in Disk Management because it’s simply the wrong file system and needs to be reformatted. Note that this process will delete the data on a drive and bring it to like-new condition. Our last DIY in 5 episode [insert link] walks you through it. If after all of this is done, your drive is still not recognized, it might be a hardware problem.
Hopefully though, one of these fixes got your PC and SSD talking to each other and you’re on the way to getting the most out of your new storage. If you found another solution, or still have problems, leave a comment!
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0:33 Intro
1:04 Check connection
1:49 Check BIOS
2:31 Initialize Disk
3:03 Drive letter
3:21 Rescan disk
4:11 Conclusion Easy fixes for SSD not showing up in Windows – DIY in 5 Ep 212](https://i.ytimg.com/vi/QMluI53B24E/mqdefault.jpg)






