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The USB ports in a computer are used to connect different devices via a USB cable. These devices can be mice, keyboards, printers, etc. Desktop computers and laptops have a limited number of USB ports. Comparing these two, desktop computers usually have more USB ports than laptops. But if your work requires connecting more USB devices to your desktop computer or laptop, you need something that extends the USB connection. Here, you can use USB Hubs or USB Splitter cables. But the question is USB Splitter or USB Hub, which one is better for you? Let’s see.

USB Splitter or USB Hub? Which is better?

If you are confused between these two gadgets and cannot make the right decision about your purchase, this article will help you. We will explain what a USB Hub and a USB Splitter cable are. When you know the differences between these two gadgets, you will be able to make the right decision.

What is a USB Splitter cable?

As the name implies, a USB Splitter cable is a type of USB cable that is split into multiple USB connectors. Usually, a USB Splitter cable is split into two USB connectors. But you may also see some USB Splitter cables with more than two USB connectors.

One end of a USB Splitter cable has a male USB connector and the other end is split into multiple USB connectors. The split ends of a USB Splitter cable can have different or the same types of USB connectors, like both female USB connectors, one male and one female USB connector, etc.

Some USB Splitter cables are manufactured only for charging purposes. These types of USB Splitter cables have a male USB port at one end and the other end is split into the USB ports like Micro USB port, USB C port, etc.

A USB Splitter cable can extend your USB connection but you will not get as many USB connections as a USB Hub offers.

What is a USB Hub?

A USB Hub is an electronic gadget that allows you to connect multiple USB devices to your computer. A USB Hub has more USB ports than a USB Splitter cable. There are following two types of USB Hubs:

Powered USB Hub

Non-powered USB Hub

A Powered USB Hub comes with a built-in power adapter that provides power to the USB ports. On the other hand, a Non-powered USB Hub is a USB Hub that does not have a power adapter. Such types of USB Hubs draw power from the USB port to which they are connected.

Powered USB Hub or Non-powered USB Hub – Which is suitable for me?

If you want to buy a USB Hub but are confused between these two types of USB Hubs, let us explain. As we have explained above, a Non-powered USB Hub draws power from the USB port to which you connect it. Therefore, it is suitable if you want to connect low-powered USB devices to your system, like a keyboard, a mouse, a pen drive, etc. But if you want to connect the USB devices that require more power to operate, such as an external hard drive, you need a Powered USB Hub.

Also, a Non-powered USB Hub distributes the output power from the computer’s USB port equally among the USB ports. This can cause problems if you connect high-powered USB devices to your computer via the Non-powered USB Hub.

Read: What is an NVIDIA LHR GPU? LHR vs. non-LHR GPU compared.

USB Splitter or USB Hub – The Difference

Now, you have understood what a USB Splitter cable is and what a USB Hub is. Let’s compare both these gadgets in detail. We will take different parameters to compare both of these electronic gadgets. Let’s start.

Design

Let’s start with the design of these two electronic gadgets. A USB Splitter cable has a simpler design. One of its ends has a USB male connector and the other end is split into two or more USB connectors. To use a USB Splitter cable, connect its male connector to your computer, and then you can connect your USB devices to your computer via the female connector on the other end of the USB Splitter cable.

A USB Hub has a USB male connector on one end and a rectangular case on the other end. This rectangular case contains USB ports and other types of ports. To use a USB Hub, you have to connect its male connector to the USB port of your computer. After that, you can connect different USB devices to the USB ports on the USB Hub. Your computer will recognize all the USB devices connected to the USB Hub.

Portability

Both USB Splitter cable and USB Hub are portable electronic gadgets. You can carry both of them with you easily. But if we compare the portability of these two gadgets, the USB Splitter cable is more portable than the USB Hub. You can roll the cable and put it in your pocket.

Number of USB ports

Another factor of comparison between these two gadgets is the total number of USB ports. A USB Splitter cable has a minimum of two USB ports to extend the USB connection. Some USB Splitter cables offer up to 4 USB connections. But a USB Hub has more USB ports than a USB Splitter cable. If you search on the internet, you will find USB Hubs that have up to 11 USB ports.

Types of Ports

The split end of the USB Splitter cable has both female USB connectors or a male and a female USB connector. Some USB Splitter cables are made to charge devices. These types of USB Splitter cables contain charging ports at the split end, like a Micro USB port.

A USB Hub also has different types of ports in addition to USB ports. If we talk about the USB ports, USB Hubs can have both USB 2.0 and USB 3.0 ports. In addition to the USB ports, some USB Hubs also contain other types of ports, like an ethernet port, a port to insert an SD card, etc.

Power

A USB Splitter cable draws power from the USB port to which you connect it. This property of the USB Splitter cable is similar to the Non-powered USB Hubs. The power drawn from the USB port is distributed among all the USB ports.

One more similarity between the USB Splitter cables and the Non-powered USB Hubs is that all the USB Ports remain active once you plug these gadgets into the USB port of your computer. Therefore, the USB devices connected to your computer via a USB Splitter cable or a Non-powered USB Hub will continuously draw power from the USB port of your computer even if you do not use them. Hence, if you want to save power, you have to disconnect the USB devices that you are not using.

The Powered USB Hubs come with a built-in power adapter that supplies power to all USB ports. Also, these types of USB Hubs have a separate switch for each USB port. Using these switches, you can turn off the USB ports that are not in use.

Read: Can Magnets damage your computer or phone?

Is a USB hub the same as a USB splitter?

No, both USB Splitter and USB Hub are different. A USB Splitter is a cable that is split into two or more USB ports. Whereas, a USB Hub has a rectangular case that contains different types of ports including USB ports, an HDMI port, an SD card slot, etc. A USB Hub usually has more ports as compared to a USB Splitter cable.

Is it safe to use USB Splitter?

Yes, a USB Splitter cable is completely safe to use. It helps you extend the USB connections. If your computer has fewer USB ports due to which you have to unplug the connected USB devices in order to connect other USB devices, you can buy a USB Splitter cable.

Read next: USB-C vs HDMI; Which is better for Gaming or Video quality?

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Vga Vs Hdmi – Which One Is Better?

Due to this growing requirement for display quality, the older and relatively low signal-quality VGA interface is now on the verge of extinction. It has now been almost completely replaced by the superior HDMI interface.

Nevertheless, there are still devices and display unit that consists of the VGA. And it still has its significance in a few areas. So, how exactly does the VGA vary from the HDMI interface? And which one should you choose? Let’s find out.

VGA, or the Video Graphics Array, is one of the oldest display connections developed by IBM, which came to use in the late 80s IBM computer. It transmits the video signal in analog form. This display controller has been the common type of interface to transmit video signals to the monitor, and almost every display device incorporates one.

The VGA connector consists of a bulky design with 15 pins divided into three rows. It works by transmitting the Red, Blue, and Green video signals along with Vertical and Horizontal sync information. In the later upgrades, it also consisted of VESA signals to identify the type of display units as well.

VGA has received several upgrades from different manufacturers with improvements in maximum resolution support for monitors and signal quality. These are named VGA, SVGA, XGA, SXGA, UXGA, QXGA, etc.

Pros:

Slightly less input lag

Useful to get a display from older computers

Cheap

Cons:

Low bandwidth, image quality, and resolution

Inconvenient due to bulky design

No audio transmission

Signal interference or cross-talk

HDMI, or High-Definition Multimedia Interface, was the first display controller to transfer both digital visual and audio signals using a single cable. Released in 2002, the HDMI interface has now become a norm in almost all monitors, gaming consoles, and other display units.

The commonly used Type-A HDMI, among the five types, consists of 19 pins. These pins are responsible for transmitting the audio, video, and pixel clock data after being inserted into an HDMI port. It works as per the principle of Transition Minimized Differential Signaling, or TMDS, which divides the video signal into pixels and uses links to transmit the RGB color and the divided pixels as a pixel clock.

HDMI has also received several upgrades after HDMI 1.0, with 2.1 being the recent one, with superb bandwidth and support for the highest refresh rate and resolution.

Pros:

High bandwidth, resolution, and refresh rate

Better video quality and zero or less interference

Both audio and video transmission

Convenient and easy insertion

Available in almost all modern systems

Longer cable length

Cons:

Cannot be used directly to get display from older systems

Comparatively more input lag

Relatively expensive

The major difference between the VGA and HDMI interfaces is in their image quality, with HDMI being the better one.

Similarly, HDMI is hot-pluggable, meaning you can insert or remove it while the system’s running, and you won’t experience any disturbance in the signal. However, the image quality will degrade, or the display may not even show up if you try hot-plugging the VGA connector.

Besides these, let’s discuss what features and functionality separate these two interfaces.

VGA connection can transfer the video signal data at the rate of 14 to 116 MegaHertz. This bandwidth varies for different versions, with VGA having the lowest transfer rate and UXGA the highest.

As per the bandwidth, the standard VGA version supports a display resolution of up to 640 x 480. While the QXGA version can provide a maximum resolution of 2048 x 1536. Similarly, the standard VGA interface can attain a refresh rate of up to only 60 Hz.

Nevertheless, for the upgraded VGA versions, one can obtain a slightly higher refresh rate of up to 85 Hz for a lower-resolution display.

VGA VersionsBandwidthResolution and Refresh RateVGA14 MHz640 x 480 @ 60, 75, 85 HzSVGA27 MHz800 x 600 @ 56, 60, 72, 75, 85 HzXGA48 MHz1024 x 768 @ 60, 70, 75, 85 HzSXGA60 MHz1280 x 1024 @ 70, 75, 85 HzSXGA +79 MHz1400 x 1050 @ 70, 75, 85 HzUXGA87 MHz1600 x 1200 @ 60 HzQXGA116 MHz2048 x 1536 @ 60 Hz

Looking at the HDMI interface, the commonly available HDMI 2.0 can transfer the signal at up to 18 Gbps, while HDMI 2.1 have a transmission rate of whooping 48 Gbps. It even surpasses the faster DisplayPort 1.4.

Not only this, you can achieve a maximum resolution of 8K and a refresh rate of 240 Hz for 1080p resolution. Let’s have a quick look at the bandwidth, resolution, and refresh rate for the two interfaces.

HDMI VersionsBandwidthResolution and Refresh Rate1.0 – 1.2a4.95 Gbps1080p @ 60 Hz1.3 – 1.4b10.2 Gbps4K @ 30 Hz or1080p @ 144 Hz2.0 – 2.0b18 Gbps4K @ 60 Hz or1080p @ 240 Hz2.148 Gbps8K @ 30 Hz or4K @ 144 Hz

Input lag is the time elapsed between the reception of a signal and its appearance on the screen. In the case of the HDMI interface, the digital signals are post-processed in terms of color and other effects for better image quality. But the analog signals from VGA are shown as they are received. This post-processing can cause a slight input lag in HDMI.

However, the lag is not that significant. It is in a few milliseconds, and you would not even find any differences. To add to this, when you use a VGA connection in a digital display unit, the analog VGA signals also take a while to get converted into digital signals. Thus, the VGA interface also seems to have input lag.

Also, the input lag mostly depends upon the monitor and display unit rather than the connection type. So, if we look at the imperceptible time of lag, Input lag and latency do not make much of a difference.

Talking about signal quality, the VGA interface experiences a lot of signal interference from other system components. This is because the VGA carries the information in the analog signal, and these pick up noise from other cables and electrical parts of the computer.

In the past, most of electronic devices used a VGA interface. So, to lower the interference, the VGA cable is provided with a cylindrical extrusion. Similarly, the I/O Shield at the back of the motherboard also prevents signal interference from internal components and other cables of the PC.

HDMI interface is able to transfer both audio and video from the same cable and port. It even supports up to 32 channels of audio signals and HD Audio, such as DTS and Dolby.

However, VGA is able to transmit only the video signal. You will need an additional audio cable and port on the system to share the sound. Even after using a VGA to HDMI converter, you will have to get an additional audio cable to get the sound signals.

VGA cables can transmit image and video signals in their original quality within a distance of 25 feet. Beyond that, the signal quality starts to degrade. However, there are VGA cables longer than 150 feet in the market though you won’t get better quality.

But the recommended length of an HDMI cable is up to around 50 feet or 15 meters, up to which you won’t experience any quality degradation. The digital signals in the case of HDMI do not get lost a lot in comparison to the VGA analog signals.

The higher quality signals, refresh rate support from the HDMI and its longer cable length make it the ideal choice for display at a farther distance.

VGA interfaces are mostly compatible and found in older displays and gaming consoles. You may not find an HDMI port in those systems. So, if you possess such hardware, then you may want to use the VGA, and the HDMI cables might be useless. In addition to those systems, the projectors still use the VGA interface.

Similarly, you can find HDMI in modern displays, consoles, TV, and other electronics. Almost all display and audio-needing devices are HDMI-friendly nowadays. Yes, some of these systems still provide one VGA port, but the transition is getting faster due to the excellent signal quality of HDMI. So, VGA cables have become pretty much obsolete at the present time.

So, while HDMI is almost used in every display unit, VGA is mostly employed for a multi-monitor setup, screen projection, etc.

Having said that, there are converter cables available in the market, such as VGA to HDMI and HDMI to VGA. You can use these to use a VGA cable on an HDMI port and vice versa.

Being a bulky design, the VGA connector needs to be locked into the port with two pins on its side. Without the lock, the connector gets loosened easily, hence, distorting the image quality and color. Sometimes, the display will not even come up on the screen. This makes the VGA quite inconvenient as you need to make sure of a tight connection behind both the monitor and the system.

However, the HDMI does not require such pins to tighten it. You can simply insert the connector to the monitor and the motherboard or GPU, and it does not easily come off as well. There is a chance of a loose connection, but it is quite unusual. And you do not have to worry about having the video signal disturbed.

Being the oldest type of display interface, VGA cables are quite cheap and easily available in the market. HDMI cables are quite costlier than VGA. The cost of the new HDMI 2.1 cable, with its fastest bandwidth, is incomparable with the old and slow VGA cable.

But nowadays, you can find a cheaper HDMI cable of an earlier version in the market. And they do a fine job in comparison to the VGA cables.

Besides both being a display controller and interface for video signal transfer, there are not many similarities between VGA and HDMI.

VGAHDMIMuch less bandwidth.Higher bandwidth.Supports low resolution and refresh rate.Supports higher resolution and refresh chúng tôi transmit only video chúng tôi transmit both audio and video signals.Relatively less input lag.Slightly more input chúng tôi level of signal interference and electromagnetic chúng tôi electromagnetic interference and no signal cross-talk.Bulky in design and inconvenient to connect due to the need for tightening chúng tôi pins to tighten and can connect conveniently.Shorter cable length.Longer cable length.Suitable for old computer systems and projectors.Suitable for modern systems.

Nordvpn Vs. Torguard: Which One Is Better? (2023)

A Virtual Private Network (VPN) offers effective protection from malware, ad tracking, hackers, spies, and censorship. But that privacy and security will cost you an ongoing subscription.

There are quite a few options out there (TORGuard and NordVPN seem to be quite popular), each with varying costs, features, and interfaces. Before making a decision about which VPN you should go for, take the time to consider your options and weigh up which will best suit you in the long term.

How They Compare

1. Privacy

A VPN can stop unwanted attention by making you anonymous. It trades your IP address for that of the server you connect to, and that can be anywhere in the world. You effectively hide your identity behind the network and become untraceable. At least in theory.

What’s the problem? Your activity isn’t hidden from your VPN provider. So you need to choose someone you can trust: a provider that cares as much about your privacy as you do.

Both NordVPN and TorGuard have excellent privacy policies and a “no logs” policy. That means they don’t log the sites you visit at all and only log your connections enough to run their businesses. TorGuard claims to keep no logs at all, but I think it’s likely they keep some temporary logs of your connections to enforce their five-device limit.

Both companies keep as little personal information about you as possible and allow you to pay by Bitcoin so even your financial transactions won’t lead back to you. TorGuard also allows you to pay via CoinPayment and gift cards.

Winner: Tie. Both services store as little private information about you as possible, and don’t keep logs of your online activity. Both have a large number of servers around the world that help make you anonymous when online.

2. Security

When you use a public wireless network, your connection is insecure. Anyone on the same network can use packet sniffing software to intercept and log the data sent between you and the router. They could also redirect you to fake sites where they can steal your passwords and accounts.

VPNs defend against this type of attack by creating a secure, encrypted tunnel between your computer and the VPN server. The hacker can still log your traffic, but because it’s strongly encrypted, it’s totally useless to them. Both services allow you to choose the security protocol used.

If you unexpectedly become disconnected from your VPN, your traffic is no longer encrypted and is vulnerable. To protect you from this happening, both apps provide a kill switch to block all internet traffic until your VPN is active again.

TorGuard is also able to automatically close certain apps once the VPN disconnects.

For additional security, Nord offers Double VPN, where your traffic will pass through two servers, getting twice the encryption for double the security. But this comes at an even greater expense of performance.

TorGuard has a similar feature called Stealth Proxy:

TorGuard has now added a new Stealth Proxy feature inside the TorGuard VPN app. Stealth Proxy works as a “second” layer of security that connects your standard VPN connection through an encrypted proxy layer. When enabled, this feature hides the “handshake”, making it impossible for the DPI censors to determine if OpenVPN is being used. With TorGuard Stealth VPN/Proxy, it is virtually impossible for your VPN to be blocked by a firewall, or even detected.

Winner: Tie. Both apps offer encryption, a kill switch, and an optional second layer of security. Nord also provides a malware blocker.

3. Streaming Services

Netflix, BBC iPlayer and other streaming services use the geographic location of your IP address to decide which shows you can and can’t watch. Because a VPN can make it appear that you’re in a country you’re not, they now block VPNs as well. Or they try to.

In my experience, VPNs have wildly varying success in successfully streaming from streaming services. These two services use completely different strategies to give you the best chance of watching your shows without frustration.

Nord has a feature called SmartPlay, which is designed to give you effortless access to 400 streaming services. It seems to work. When I tried nine different Nord servers around the world, each one connected to Netflix successfully. It’s the only service I tried that achieved a 100% success rate, though I can’t guarantee you’ll always achieve it.

TorGuard uses a different strategy: Dedicated IP. For an additional ongoing cost, you can purchase an IP address that only you have, which almost guarantees you’ll never be detected as using a VPN.

Before I purchased a dedicated IP, I attempted to access Netflix from 16 different TorGuard servers. I was only successful with three. I then purchased a US Streaming IP for $7.99 per month and could access Netflix every time I tried.

But be aware that you’ll have to contact TorGuard’s support and request them to set up the dedicated IP for you. In most cases, it doesn’t happen automatically.

Winner: Tie. When using NordVPN, I could successfully access Netflix from every server I tried. With TorGuard, purchasing a dedicated streaming IP address virtually guarantees that all streaming services will be accessible, but this is an additional cost on top of the normal subscription price.

4. User Interface

Many VPNs offer a simple switch interface to make it easy for beginners to connect and disconnect the VPN. Neither Nord nor IPVanish takes this approach.

The list of servers can be sorted and filtered in various ways.

Winner: Personal preference. Neither interface is ideal for beginners. NordVPN is aimed at intermediate users, but beginners won’t find it hard to pick up. TorGuard’s interface is suitable for those with more experience using VPNs.

5. Performance

Both services are quite fast, but I give the edge to Nord. The fastest Nord server I encountered had a download bandwidth of 70.22 Mbps, only a little below my normal (unprotected) speed. But I found that server speeds varied considerably, and the average speed was just 22.75 Mbps. So you may have to try a few servers before you find one you’re happy with.

TorGuard’s download speeds were faster than NordVPN on average (27.57 Mbps). But the fastest server I could find could download at only 41.27 Mbps, which is fast enough for most purposes, but significantly slower than Nord’s fastest.

But they’re my experiences testing the services from Australia, and you’re likely to get different results from other parts of the world. If a fast download speed is important to you, I recommend trying both services and running your own speed tests.

Winner: NordVPN. Both services have acceptable download speeds for most purposes, and I found TorGuard a little faster on average. But I was able to find significantly faster servers with Nord.

6. Pricing & Value

Winner: NordVPN.

The Final Verdict

Tech-savvy networking geeks will be well-served by TorGuard. The app places all the settings at your fingertips so you can more easily customize your VPN experience, balancing speed with security. The service’s basic price is quite affordable, and you get to choose which optional extras you’re willing to pay for.

For everyone else, I recommend NordVPN. Its three-year subscription price is one of the cheapest rates on the market—the second and third years are surprisingly inexpensive. The service offers the best Netflix connectivity of any VPN I tested (read the full review here), and some very fast servers (though you may have to try a few before you find one). I highly recommend it.

Gopro Camera Is Not Recognized When Plugged Into A Computer Usb Port

GoPro camera is not recognized when plugged into USB Port

When you connect your camera to a computer using a USB cable, the system sometimes fails to recognize your camera and throws an error message. Even if the camera is recognized by your computer, it may fail to show files that you want to import from the camera to the computer. Fortunately, there are a few troubleshooting ideas that might help you fix the problem.

The following solution might help to resolve the issue

Check the cable connection

Run the troubleshooter for Hardware and Devices

Replace USB cable

Connect the camera to a different USB port

Reinstall drivers for USB controllers

Change the USB Root Hub Properties

Check the compatibility of SD card with a computer

In this article, we step you through all the solutions that might help you to fix the issue.

1] Check the cable connection

If your system fails to recognize the camera when plugged with a USB cable, first and foremost thing you have to do is to check if there is a loose connection anywhere. Reinsert the USB cable into computer and camera such that both the USB ends are securely inserted. To ensure proper connection to the computer, make sure that your camera is powered on and displays the USB symbol on the GoPro’s LCD screen. If the problem persists, restart the system and reconnect the USB cable into a camera and computer. If reinserting the USB cable doesn’t resolve the issue, keep reading further as the problem could be something else.

2] Run the troubleshooter for Hardware and Devices

Connect your GoPro camera to the computer. Navigate to Settings and select Update and Security.

Select Troubleshoot and Navigate to Hardware and Devices from the menu.

3] Replace the USB cable

When you connect your camera to the computer, using a GoPro USB cable,  make sure that you see USB logo on the front display of a camera. If you are not able to see a USB logo, try connecting your GoPro camera to the computer using a different USB cable.

4] Connect the camera to a different USB port

If you don’t see GoPro files in the GoPro app of your computer, try connecting your camera’s USB cable to another USB port. Sometimes its quite possible that your system won’t recognize the USB port if there is a hardware problem associated with that USB port. If plugging the camera to an alternative USB port recognizes your camera then it should be the problem with your system’s USB slot.

5] Reinstall the drivers for USB controllers

Open Control Panel and navigate to Device Manager

Select and expand Universal Serial Bus controllers

Once done, restart Windows to reinstall all the driver’s controllers

6] Change USB Root hub Properties

Open Control Panel and navigate to Device Manager.

Expand Universal Serial Bus Controllers

In the USB Root Hub Properties window, Navigate to Power Management

Uncheck the option Allow the computer to turn off this device to save power.

7] Check the compatibility of SD card with a computer

When you connect your camera to the computer via USB cable, make sure that you have an SD card inserted into the camera for the computer to recognize the connection. If the above solutions don’t help to resolve the problem, then there might be issues related to the compatibility of SD card with computer. Try using a different SD card reader or a separate SD card slot to connect with the computer. If this doesn’t help, backup all your files from the reader and reformat the SD card to see if this helps your computer to recognize the camera.

If you have no luck with any of the above solutions then there is a possibility of fault with the camera itself.

Related read: Camera is not recognized on GoPro’s Quik app for desktop.

How To Remove Uefi Ntfs Partition From Usb

When you plug in your USB drive, do you see a UEFI NTFS partition? Do you know why Windows Explorer is displaying such a partition? If not, then you are at the right place! That partition usually occurs when you use Rufus to make a bootable USB drive. This post will discuss this topic and guide you on deleting the UEFI NTFS partition from the USB drive.

What is UEFI NTFS?

UEFI NTFS is a generic bootloader made to boot from NTFS or exFAT partitions in pure UEFI mode, even if your system doesn’t support it by default. This is mainly meant to be used with Rufus, although it can also be used independently.

How to remove UEFS NTFS Partition from the USB drive?

This part will provide the proper steps to remove the UEFS NTFS partition from the USB drive. We will be using the Diskpart tool, which is a command line tool.

Connect the USB drive to your PC.

Open Windows Terminal with admin permission

On the terminal, type diskpart and press the Enter key to open the DiskPart tool.

Type listdisk and press the Enter key to get the list of disks again.

Type clean and press the Enter key, and wait for it complete

Post that, type create partition primary and press the Enter key

When the process is complete, you should receive a message as—DiskPart succeeded in creating the specified partition.

Note: Choose the correct partition; otherwise, you may lose all your valuable data.

At this stage, the USB drive will not be accessible. It would be best if you formatted it. Since we have created the primary partition, any error, such as the drive showing Unknown Capacity, will not appear.

Open File Explorer

Once the formatting is completed, check whether the UEFI NTFS partition is still showing.

Important:

If you try to access the USB driver after running the CLEAN command either through the Disk Management tool or File Explorer, it will not work. Since the disk space is unallocated, there will be no operation that can work on it.

Conclusion 

If you are still following this post, you must have learned how to remove the UEFI NTFS partition from the USB. Follow the steps above and choose the right drive for deletion; otherwise, you may lose important data.

What’s the Need for Deleting the UEFI: NTFS Partition?

There may be several reasons for deleting the UEFI: NTFS partition like

Suppose you want to make a bootable USB drive for a different operating system. In that case, you may need to delete the UEFI partition and replace it with a new partition scheme that works with the other operating system.

The UEFI partition might take up a lot of space on the USB drive, which can be problematic if the disk is small. If you delete the partition, this space can be used for other data or apps.

In some situations, the UEFI partition on a bootable USB drive can make it incompatible with certain PCs, creating boot errors and other problems. These problems can be resolved by removing the partition.

Read: Cannot delete Disk Partition as Delete Volume option is greyed out.

Diamond Bvumd3 Usb Display Adapter Supports 1080P Hd

Diamond BVUMD3 USB Display Adapter supports 1080p HD

DisplayLink adapters capable of outputting 1080p Full HD are relatively rare beasts – so far we’ve spotted a Lenovo model on the market, for a heady $129 – so Diamond Multimedia’s $75 BVUMD3 USB Display Adapter Plus tickles us exactly where we want it to: in our wallets.  The compact device allows you to hook up a DVI or VGA monitor to a regular USB 2.0 port on your PC, notebook or netbook, and you can plug in up to six at any one time.

As well as the display output there are three powered USB 2.0 ports for using the BVUMD3 as a mini docking station of sorts.  Up to 1600 x 1200 and 1920 x 1080 (wide) 32-bit True Color resolutions are supported, and you can either mirror your notebook’s display or extend it.

It’s worth noting that, since the DisplayLink drivers take a toll on your CPU, you won’t be able to run six of these from, say, a regular netbook.  Still, for adding a third screen when you’re already using your notebook’s normal display output, $75 seems something of a bargain.

Press Release:

DisplayLink and Diamond Create New Twist on Docking Stations, Combines Mini Display Adapter and USB Hub

PALO ALTO, Calif.–(BUSINESS WIRE)–DisplayLink USB virtual graphics technology has enabled Diamond Multimedia’s BVUMD3 USB HD Display Adapter Plus to provide plug-and-play capabilities for additional displays to laptop or desktop computers, while providing additional USB ports for peripheral connectivity and giving a new twist to the traditional universal docking station.

“DisplayLink’s DL-165 USB virtual graphics chip has enabled us to offer our customers a means to connect multiple monitors to a single device, along with many other multimedia capabilities”

Using DisplayLink’s USB virtual graphics chip, the DL-165, Diamond’s BVUMD3 USB HD Display Adapter Plus packs a lot into a small 4.0 x 2.6 x .8 inch device. It supports DVI or VGA interfaces, offering high quality digital imaging up to 1600 x 1200 and 1920 x 1080 (wide) 32-bit True Color resolutions and allows users to mirror or extend the display in any direction. The BVUMD3 can determine the type, resolutions and key features of any display, ensuring a fast and error free setup. Furthermore, it is fully integrated into the Windows operating system and is managed by the Windows Control Panel interface.

“DisplayLink’s DL-165 USB virtual graphics chip has enabled us to offer our customers a means to connect multiple monitors to a single device, along with many other multimedia capabilities,” says Louis Kokenis, the Product Engineering Manager for Diamond Multimedia. “The BVUMD3 also uses 80% less power than a discrete solution.”

In addition to the USB graphics adapter, the BVUMD3 provides three DisplayLink USB virtual graphics powered USB 2.0 high speed ports that can be used as a mini universal USB docking station for netbooks, notebooks and Macbook peripherals.

“Diamond’s USB HD Display Adapter Plus is another example of USB universal docking stations gaining momentum in the market and how they have unlimited potential to enhance the notebook/netbook computing experience,” says Dennis Crespo, Senior Vice President of Marketing and Business Development for DisplayLink. “The USB HD Display Adapter Plus offers big productivity and organizational benefits in a small package.”

Diamond’s BVUMD3 USB HD Display Adapter Plus is available now for $75 from Diamond’s online partners, including chúng tôi chúng tôi chúng tôi chúng tôi chúng tôi chúng tôi and retail outlets such as Fry’s and Micro Center.

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