Hold USB Flash Drive in a DVD Case

This is a brilliant solution that, after watching the video, will make you say, “This should have come out years ago!”

It is the least expensive — yet most secure way to hold a USB flash drive in a DVD case.

The era of CDs and DVDs is coming to a close, with USB flash drives taking their place. Yet many CD and DVD duplication facilities still have shelves full of DVD jewel cases that need a new purpose. The DVD-to-USB Insert card is a quick, easy, and low-cost solution.

The insert allows users to keep their existing DVD cases and printed artwork exactly the same, while securely holding a USB flash drive inside the case instead of an optical disc.

Many businesses continue to prefer DVD cases because they make excellent storage containers. The case size is practical, and the thick spine provides space to clearly label the contents.

This solution allows you to continue using that same “library-style” organization with the DVD-to-USB Insert card.

As shown in the video above, the insert can securely hold two USB flash drives inside a single DVD case. The DVD-to-USB Insert is made from clear plastic with a thickness of 0.65 mm — the same diameter as a DVD disc.

The clear plastic insert includes two inverted rectangular cutouts designed to hold nearly any USB flash drive. It accommodates drives up to approximately 3 inches long, 3/4 inch wide, and 3/8 inch thick (for metric users: 76 mm long, 21 mm wide, and 9.5 mm deep).

A center hole, the same size as a DVD disc hub, allows the insert to snap securely into the DVD case’s retention clip. Using virtually any standard DVD case on the market, the USB flash drive remains firmly in place and will not fall out during shipping or transit.

To be clear, the DVD-to-USB Insert includes only the clear plastic insert that holds the USB flash drive using the DVD case’s center snap. The DVD case itself is not included, as this solution assumes the user already has DVD case inventory.

This method of securing USB flash drives inside a DVD case does not infringe on patents held by other manufacturers using alternate retention designs.

Please contact USB Copier for more details. USB Copier is a professional USB duplication service company.

There are two popular methods to get large videos off your iPhone.

The most common problem is having a large video on your iPhone that you need on your computer. Email programs usually limit file sizes to around 20 MB, so if the file is larger, what can you do?

Two popular options come to mind: using QuickTime or using a USB flash drive.

Option #1

Use QuickTime. Macs already include QuickTime in the operating system, but Windows users must install it. Before choosing this as your preferred method, here are a few things to consider:

• You must back up your iPhone through QuickTime before accessing the video
• You need an authorized computer to perform the backup
• Windows users must download and install QuickTime
• QuickTime is an invasive program that many Windows users dislike
• This is not a portable way to move videos off your iPhone
• However, this is a free solution

Option #2

Use a flash drive.

Yes, you need to purchase a specific flash drive, but after this one-time investment it becomes far easier to move videos off your iPhone. Some advantages worth considering:

• Transfer large videos without using a PC
• Share videos immediately with another user’s computer
• Use the drive as external storage for video backups

Point number one is really the value in all of this ?.

While you won’t be able to make the transfer immediately without the hardware, once you have the USB device the process is quick and repeatable.

Certain USB drives include software that works with iOS, allowing files to be copied directly from the phone to the drive. The device tested here is the SanDisk iXpand flash drive with 128 GB capacity, which typically costs around $40.

The process is very straightforward:

• Download the iXpand app from the Apple App Store
• Connect the flash drive to your iPhone
• Select the files you want to transfer

“The fundamental change towards how our flash drive works should draw attention for those looking for USB write protection for flash drives” says Greg Morris, CEO of Nexcopy Inc.

What is unique about the Lock License approach is whenever power is cut to the device, for example disconnection, the USB is automatically write protected. This is the strongest first line defense against malicious software or virus jumping onto a flash drive without the user knowing. It is impossible to infect a USB drive if the device is write protected.

Lock License flash drives require a password upon first use. This password is used to unlock the write protection and make the USB a read/write device. This feature provides a personalized solution for each business which uses the Lock License technology. There is no need to set the write protection after being unlocked because simply cutting power to the device will put the USB into its default state: A read-only device.

The Nexcopy Lock License USB flash drive has the following features:

• Default state of drive is read-only, a.k.a write protected
• User assigned password to remove write protection
• No password is required to read from the drive, acts as normal WORM device
• Graphical User Interface (GUI) to set password and remove write protection
• Command line utility for custom integration to remove write protection
• No back door password or feature from Nexcopy to unlock the drive
• Available in USB 2.0 and 3.0 technology and ranging from 2GB through 128GB capacities

Stan McCrosky, head of Sales, comments, “System Control manufacturers for waterworks, electrical utility and petroleum companies need a solution like this. The ability to load software or firmware to a hardware based USB read-only device gives system control companies an incredible amount of security for in-field deployment via USB. More importantly, the command line utility gives the manufacturers a secure way to unlock the drive and update the content remotely without the worry of the drive remaining read/write. It’s simply impossible for the drive to remain writable.” McCrosky concludes.

The Lock License USB flash drive is simple to implement. Steps include:

• Connect USB to a Windows computer
• Open either GUI or command line utility to remove write protection
• Assign a password to be used when removing the write protection
• Data load the drive as needed
• Eject drive from computer once copy process is complete
• At this point the USB is write protected at the hardware controller level
• The Lock License drive can be read (used) by any device on any platform
• Password not required to read data from the drive
• Password is only used when removing write protection to make the USB read/write

Nexcopy Lock License media is available in USB 2.0 and USB 3.0 technology and range it capacity from 2GB through 128GB. Nexcopy offers six body styles for the Lock License media with a wide range of body colors available for each stye, all available for custom branding. The six body styles include Oxford; a capless swivel style drive. Newport; a classic rectangular shape with cap. Lexington; a classic rectangular style with rounded edges and cap. Augusta; a shorter style drive with large lanyard loop. Huntington and Geneva which uses an aluminum body for more durability and also better suited for laser etch branding.

The Oxford style swivel drive is the in stock media Nexcopy carries for same day printing and shipping. Nexcopy inventories USB 2.0 media of 2GB and 4GB capacity and in stock USB 3.0 media of 8GB, 16GB, 32Gb, 64GB and 128GB capacities. The in stock Oxford media is a black body with white swivel clip with full color printing via the Nexcopy Logo-EZ USB flash drive printer.

The Lock License utility is available for download off the Nexcopy support page. The utility requires a Nexcopy licensed USB flash drive. The Lock License USB write protection is not a universal solution for any thumb drive, a Nexcopy drive is required in order to take advantage of the increased security the technology offers.

Official press release:

Read more about Nexcopy on this website.

The following article will explain how to check your USB flash drive for if it’s bootable. There is no software needed, no download, just a couple of simple commands in your Windows 10 operating system.

A master boot record (MBR) is a special type of boot sector at the very beginning of a partition storage device like a fixed disk (hard drive) or removable drive (USB thumb drive). The MBR contains executable code to function as a loader for the installed operating system. This loader turns over the functions of the hardware (mother board bios) and passes that loading responsibility off to the operating system (Windows).

This is how you check if your USB is bootable, or not:

First, please have only the one USB stick connected which you want to check if it’s bootable. It’s not required to do this, but will my the instructions below a bit easier to follow, that’s all.

Using the Windows search function copy and paste this into the search field and click Enter

compmgmt.msc

The screen shot below will pop up after you click Enter. Using the image as a reference, select “Disk Management” under the “Storage” folder“. In the middle of the dialogue box you will see the drive letter associated with your USB flash drive. In the middle of the box you will probably see the USB listed two different times. The top portion of the box, the USB will be listed along with other devices, like your hard drive and optical drive. The bottom portion of the box, the USB will be shown as “Removable“

Once you’ve determined which drive letter is your USB drive, you may Right Click on the drive letter and select Properties.

A Properties dialogue box appears giving you the option to select any one of the devices show in the previous window (the Disk Management window). From this dialogue box, click the Hardware tab and select the “Mass Storage USB Device” by a single click. Then click the Properties button at the bottom.

The last dialogue box are the Properties of your specific flash drive.

Click the Volumes tab at the top, you then must click “Populate” to get the device information. . The “Partition Style” will read either Master Boot Record (MBR) or the field will be empty.

If the above information isn’t detailed enough for the information you are looking for, the next step is to use a hex editor and check if the boot strap code is actually in the Master Boot Record. This is a bit more detail and the guys at Hakzone did a really good job of summarizing how this would be done using a hex editor program.

The lifespan of a USB flash drive depends on three main factors. In general, a flash drive will last much longer than most people expect. Below are the key elements that influence its durability.

Factors That Affect USB Flash Drive Lifespan

• How the drive is made
• Wear leveling technology
• How the drive is treated

USB flash drives are largely commodity products driven by the lowest price. Manufacturers often cut corners to reduce costs. Understanding the quality of the device you’re using is essential for reliable, long-term storage.

1. How the Drive is Made

A USB flash drive consists of five main components: the PCB (printed circuit board), flash memory, USB controller, supporting components, and soldering that holds everything together.

Printed Circuit Board (PCB)

Many promotional USB drives use a two-layer PCB to save costs. However, the USB specification requires a four-layer PCB for proper grounding and interference-free data transmission. A two-layer board is more likely to experience performance issues. If you received a USB stick from a trade show, avoid using it for long-term or critical storage.

Example: A four-layer USB flash drive by Nexcopy with Micron memory offers write speeds of 12MB/s.

Flash Memory Quality

USB drives often use downgraded NAND memory. High-quality NAND chips go to phones, set-top boxes, and other premium devices first. Lower-grade chips are repurposed for USB sticks. A 512MB USB drive may have gone through several downgrades, making it unreliable.

Quick Test: For USB 2.0, a good-quality drive should have a write speed of at least 9–10MB/s. For USB 3.0, look for 18–20MB/s or higher. Slower speeds suggest lower-quality silicon struggling with phase changes during data writes.

USB Controller

The controller is the “brain” of the flash drive, managing communication between the host computer and NAND memory. The quality of the controller and its firmware significantly affects drive performance and longevity. Firmware determines whether the device prioritizes speed, capacity, or compatibility with specific NAND chips. Unfortunately, it’s impossible to test this without knowing the manufacturer and their firmware configuration quality.

Device Components

Capacitors and resistors are typically reliable due to mature manufacturing processes. However, cost-driven production may result in lower-quality components, which can slightly reduce lifespan over time.

Soldering Quality

Poor soldering or the use of hot glue instead of precision solder joints can lead to device failure. If you’re curious, you can open a USB casing to inspect build quality. Sloppy soldering is a red flag for long-term reliability.

2. Wear Leveling Technology

Wear leveling is a firmware-based algorithm that evenly distributes write and erase cycles across memory blocks, preventing premature failure of specific sectors.

• Dynamic wear leveling: Maps data writes to unused blocks but ignores untouched areas, potentially shortening lifespan.
• Static wear leveling: Periodically shifts data across unused memory areas, improving overall durability.

Thanks to wear leveling, modern USB flash drives can theoretically last up to 100,000 write cycles per individual memory block, not just per drive.

Learn more on Wikipedia.

3. How the Drive is Treated

Even a high-quality flash drive can fail if mishandled. Proper storage plays a huge role in lifespan:

• For long-term archival storage, keep the drive in a safe, dry place away from physical stress.
• A promotional flash drive or very small capacity stick (e.g., 2GB or less) is often unreliable for archiving important data.
• Frequent handling, heat, and physical shocks can damage internal solder joints and components.

Final Answer: USB Lifespan

There’s no universal number for how long a USB flash drive will last. Quality manufacturing, proper wear leveling, and careful handling all extend its life. Under optimal conditions, data stored on a good-quality drive can remain intact for 15–20 years or more.

The average user inserts a USB stick into their computer from a trusted source. However, there are companies and situations who receive USB flash drives or USB hard drives and they are not certain if the device is infected. Some information to help with USB firewall for connecting USB devices.

Globotron is a company based in New Zealand who designed the product. The product is called Armadillo and is an open-source USB firewall.

Some research has shown, as many as 29 different types of USB attacks can happen from plugging in mass storage devices (like USB flash drives and USB hard drives) or also HID devices (human input devices like keyboards and mouse).

The USB stack which is the low level code used in the host computer, is very complex and over time researchers and hackers have discovered ways to compromise a computer system through these vulnerabilities.

The Armadillo is an open-source device which is a firewall between a USB device and computer. The firewall isolates the firmware of the USB device so as not to infect your PC if the device has been infected with malicious firmware. You just need to plug in Armadillo between your computer and the USB device using the provided micro-USB cable. Armadillo is an upgrade over USG, the original or first-generation USB hardware firewall device.

The Armadillo has bot detection. This means if the USB firewall device detects malicious codes are being entered via keyboard or mouse (HID devices) the device will block transmission and a red LED indicator light will turn on.

The Armadillo has the ability to temporarily make your USB read only. This is valuable if the computer is infected and you need pull information (recovery software) from the USB stick and want to insure virus’ do not infect the flash drive. The USB is read-only, but it is read/write when not connected to the Armadillo.

Note: If you need a USB stick that is always write protected at the controller level, yet need to temporarily turn off the write protection for data changes, the Lock License drive from Nexcopy is your solution.

This last point about the Armadillo is a bit strange, but we like it. The body is sealed with glitter epoxy so it is easy to identify if the box itself was tampered with. Very creative!

The Armadillo USB Firewall is available from Globotron for $150 USD and ships from New Zealand.

The last two decades have ushered in an enormous expansion of electronic devices. Prices have dropped, users upgrade more frequently, and society reaps the benefits of rapid technological advancement. However, this explosive growth has also led to a surge in end-of-life (EOL) electronics and electronic waste (e-waste). When electronic devices are discarded in traditional landfills, toxic materials can leach into the soil and surrounding environment.

With the availability of inexpensive devices, society has gained tremendous benefits. This same growth in the electronics industry, however, has created a rapidly escalating problem of EOL electronics, commonly referred to as e-waste. In landfills or primitive recycling operations, toxic materials can be released from old electronic devices into the environment.

E-waste continues to grow, and with that surge comes the need for effective electronics recycling programs. As of 2018, e-waste became the fastest-growing waste stream in the world, with an estimated volume of 48.5 million tonnes and a material value of approximately 62.5 billion US dollars.

The amount of e-waste generated specifically from USB flash drives is not isolated in these statistics. Even so, it is not necessary to automatically include flash drives in the e-waste equation. There are practical options for reusing or recycling USB flash drives.

Option One:

Run antivirus software from a USB flash drive.

If your computer is infected with malware, running antivirus software from within Windows may not be enough to remove it. In cases involving rootkits, malicious software can hide itself from traditional antivirus tools. One proven way to remove deeply embedded malware is to boot the computer outside the Windows environment and perform the cleaning process from there.

This is where bootable antivirus solutions come into play. They operate independently of the infected operating system, preventing malware from running and interfering with cleanup. The HowToGeek website provides a clear overview of this process. If this is a tool you may need, consider repurposing an old USB flash drive instead of discarding it.

Option Two:

Run Linux from a USB flash drive.

As of 2020, Windows users still represented approximately 88% of desktop computer users worldwide. macOS users accounted for about 10%, with Linux users making up the remaining 2%. If you have never used Linux, it can be a surprisingly capable and flexible operating system. Instead of recycling a USB flash drive, you can install Linux on it and explore the platform at no cost.

The process is straightforward, and nearly any non-technical user can download and install a Linux distribution onto a flash drive. Slax is a well-known Linux distribution with simple installation instructions, making it a strong choice for first-time users.

Running Linux from a USB drive allows you to test the operating system without purchasing new hardware or making changes to your existing Windows installation.

This skill can also be useful during a computer failure. For example, if a system becomes infected with malware and immediate file access is required, booting into Linux from a USB drive can provide direct access to the hard drive without waiting for lengthy antivirus scans.

Option Three:

Recycle USB drives for a good cause.

“One person’s garbage is another person’s treasure.”

You can donate unused USB flash drives to organizations that repurpose them for educational and humanitarian use. Building on the Linux approach above, a non-profit organization called SugarLabs.org installs a Linux-based operating system onto donated flash drives. This specialized version of Linux is designed to help children learn how computers work. The organization distributes these drives to communities around the world.

SugarLabs is based in Boston, Massachusetts, and was founded by Walter Bender, a Harvard graduate and researcher from the MIT Media Lab. As part of the donation process, each USB drive is sanitized to ensure all personal data and malware are removed.

RecycleUSB.com manages the cleaning and preparation of donated USB flash drives before they are sent to SugarLabs. The RecycleUSB website outlines the donation process, contact information, and the data-sanitization steps used. The partnership between RecycleUSB and SugarLabs began in December 2009, when flash drives first became large enough to support portable operating systems.

If none of the above reuse options are suitable and you still plan to discard USB flash drives, check with your local community or municipality regarding approved e-waste programs. In most cities and counties, electronics should not be disposed of in standard trash. Instead, use certified recyclers participating in recognized programs such as R2/RIOS or e-Stewards to ensure responsible recycling.

Some extremely smart researchers at the National Institute of Standards and Technology (NIST), along with colleagues at the University of Maryland, developed a step-by-step process for producing atomic-scale devices. Atomic-scale devices are at the heart of quantum computing. Put very simply, the word “quantum” comes from Latin and means “amount.” In physics, it represents the smallest possible unit of energy or matter.

The researchers demonstrated that they could precisely control the flow of electrons across an incredibly small physical gap—an electrical barrier known as a transistor. The real challenge is controlling energy (electrons) at extremely small scales, down to the size of a single atom. What the team developed is a repeatable recipe for creating atoms whose behavior can be controlled by electrons.

In very simple terms, here is the process:

First, the team used a known technique in which a silicon chip is coated with a layer of hydrogen atoms. These hydrogen atoms naturally bind to the silicon surface.

Next, they used an extremely fine-tipped scanning microscope to selectively remove hydrogen atoms from specific areas of the silicon.

What remained was a hydrogen barrier with only precise openings where the hydrogen had been removed, as shown in the image above.

The researchers then introduced phosphine gas to the silicon surface. The gas bonded to the exposed silicon areas, passing through only where hydrogen atoms had been removed.

As a final step, the silicon was heated, triggering a chemical reaction. This reaction formed a foundation of highly stable, single-atom devices that behave like a quantum bit—or qubit.

This process can be overwhelming to understand at first, so the video below helps explain it visually. The truly exciting part is that the researchers defined a repeatable process to create a programmable quantum unit. In everyday terms, this opens the door to computers that could be hundreds of times more powerful than today’s machines, all in devices no larger than something like an Apple Watch.

Today, more than ever before, individuals are working from home offices. A comfortable and productive environment is one of the main reasons so many love working from home. However, even with all the conveniences, sometimes the home office lacks the computer equipment needed to handle specific tasks. With many businesses now practicing social distancing, certain tools are still essential. Let us look at a unique product by Nexcopy, the home office USB duplicator.

Consider the niche requirement to make USB duplicates at home. For example, an IT manager might need to prepare bootable recovery sticks, or a software engineer might need to send program updates to remote sales teams. These professionals require a fast, simple, and economical device to do the job efficiently.

The compact USB flash drive duplicator from Nexcopy is the perfect solution for this need. Measuring just 15cm long and 10cm wide, it fits easily into any computer bag and is as light as a book.

The USB duplicator is a one-master to four-target copy station. It is a digital binary copier capable of duplicating any file system or structure provided by the master flash drive. Using a USB cable, the duplicator can power up to five USB flash drives, though it is not recommended for USB hard drives.

With this device, making duplicates in a home office is quick and easy. The unit has four menu buttons: Enter, Escape, Up, and Down. It operates with a single button press, making it ideal for non-technical users. The duplicator can be set for a standard binary copy or a copy-and-compare function, ensuring every duplicate is an exact match to the master for added peace of mind.

Key Features of the Nexcopy USB104SA:

• Asynchronous copy mode at all times
• Binary copier supports all formats: FAT, FAT32, exFAT, NTFS, HFS, Ext2,3,4, Proprietary
• Binary CRC verification algorithm
• Quick Erase and Full Erase for data sanitization
• Four language modes on the LCD menu (English, Spanish, Portuguese, Simplified Chinese)
• USB speed benchmark utility
• Firmware upgradeable for future updates

Is this mini-sized USB duplicator worth the investment for a home office? The easiest way to decide is to consider how much time it saves. The Nexcopy USB104SA can copy 1GB of data to each device in just over one minute. If an IT manager or developer had to manually load 12GB of data onto four drives using a PC, it would take about 12 minutes. The duplicator accomplishes this in a fraction of the time. Using the copy-and-compare mode adds some time, about 1.5 minutes per GB, but still remains extremely fast.

The Erase function is another valuable feature. Unlike a simple format, which only removes the file allocation table (directions to data), Erase overwrites memory blocks with random binary data, making data recovery impossible. Quick Erase scrubs portions of the drive, corrupting most data, while Full Erase writes random 0s and 1s to the entire NAND memory, ensuring complete and irreversible data removal.

The USB benchmark utility is a convenient tool for testing read and write speeds, especially with lower-quality promotional USB media, which can be unstable. A write speed below 4MB/s indicates poor quality memory. Speeds above 8MB/s for USB 2.0 or 20MB/s for USB 3.0 are considered good quality.

The duplicator uses CRC (Cyclical Redundancy Check) for data verification. Learn more about this in our article on CRC vs Checksum verification for USB flash drives.

This Nexcopy duplicator is backward compatible with USB 1.0, 2.0, and 3.0 flash drives and writes as fast as the connected device allows. For best performance, USB 3.0 media is recommended.

Source: GetUSB.info

How to Format a USB Flash Drive as UDF in Windows

When trying to format a flash drive in Windows (7 or 10), you will see the file system options best suited for the device. The proper file systems for a flash drive are: FAT, FAT32, or exFAT. Windows also provides NTFS as an option for USB flash drives, but as mentioned before, NTFS is not the best file system for a USB drive. During the format process, only the most compatible file systems will be displayed in Windows.

Why is UDF not listed as an option?

First, let me say it IS possible for Windows to format a USB flash drive as UDF (Universal Disk Format). Microsoft just doesn’t want you to do it—and with good reason.

Important: If you think formatting a flash drive as UDF will make the thumb drive appear as an optical drive in the computer, you are mistaken!

According to the Universal Disk Format (UDF) specification governed by the Optical Storage Technology Association, many believe UDF will make a device work like a disc. UDF is most widely used for DVDs and newer optical disc formats. While it can be used on flash drives, it does not make them function as optical drives.

Some may assume that formatting a USB flash drive as UDF makes it universally compatible across Windows, Mac, Linux, Symbian, and other proprietary systems. In reality, exFAT offers the same cross-platform compatibility without the drawbacks of UDF.

Why You Should Avoid Formatting USB Drives as UDF

Here are the main reasons not to use UDF on USB flash drives:

• Lack of fully functional filesystem check tools.
• 64GB limit with Windows & Linux (a bug, not an inherent UDF limit).
• Risk of quick wear-leveling failure on SD and USB mass storage devices.
• UDF is read-only on Windows XP.

The most important issue is the lack of filesystem check tools. If the USB is removed during operation and data corruption occurs, there are no tools available to diagnose or repair the UDF file system. Since flash drives are designed for portability and frequent quick access, this risk makes UDF a poor choice.

How to format a flash drive as UDF:

1. Connect the USB flash drive to your computer and note its assigned drive letter.

2. Make sure no programs or data are accessing the drive.

3. Navigate to your C: drive in Windows Explorer. In the search field, type “CMD” (case-insensitive) and press Enter. Administrator privileges are required.

4. In the command prompt window, type the following command:

format G: /fs:UDF /q   (Replace G with your USB drive letter.)

The /fs parameter specifies the file system (UDF), and the /q parameter tells DISKPART to perform a quick format.

5. The OS will prompt you to insert the drive (it’s already inserted), press Enter.

6. Next, you’ll be prompted to enter a Volume name. Press Enter to leave it blank or type a custom name (e.g., “Nexcopy”).

DISKPART will process the command and notify you once formatting is complete.

7. Type exit to close the command prompt window.

Note: The /q command deletes the file table and root directory of the previously formatted flash drive but does not perform a full sector scan for bad areas. This highlights the problem mentioned earlier: UDF lacks robust filesystem check tools, making it a risky choice for USB flash drives.

Yes. Performing an erase or a "full format" shortens the life of the device. The erase function is also very slow. This matters more than most people realize because flash memory wear is cumulative and irreversible over time.

Here are some additional questions based on the answer above which we will address in today's post:

Is "erase" and "format" the same thing?

Erasing flash memory (a.k.a. setting all bits to 0, also called a "full format" by Windows) does more damage. Flash memory has a limited number of times that it can be written, and the more you write to it, the more it degrades. With an erase function, you're writing to the entire device.

With a format, all that's happening is changing a few bits at the front of the device to indicate the rest of the memory space on the flash drive is available to be overwritten. This preserves the life of the flash memory because the old data isn't being overwritten immediately—just flagged for reuse later. We've covered the broader implications of flash wear and longevity in more detail in our article on the life cycle of a USB flash drive.

Given USB is everywhere, this gadget gives you the ability to control the on-and-off power of a USB-powered device. On paper, that sounds useful, especially as more accessories, lights, fans, and gadgets rely on USB for power instead of traditional wall adapters.

I think for most people, there is no real difference between a WiFi wall outlet and a WiFi USB adapter. The only meaningful distinction is when you want to control the power of a USB gadget that is being powered directly from your computer. In every other scenario, the power source is still a wall outlet, so a standard smart plug tends to be more flexible.

Can you plug in your Alexa via USB? No. Can you plug in your Google Home via USB? No. Can you plug in your lamps in the family room or living room via USB? No. Can you plug in your Bluetooth speaker to charge via USB? Yes, but who really cares about controlling the power to that? Can you plug in your phone via USB to charge it? Yes, but again, most people want it to charge to full capacity anyway. Oh wait, unless you are a super nerd, like these guys (read the comments section).

For the $6.50 that Sonoff is planning to charge, I’d personally put my money toward a more usable product, like the Smart Life WiFi outlets. They work with a wider range of household devices and don’t limit you to USB-only power scenarios.