11/24/2021

CSM USB Devices Driver Download For Windows

Summary :

Note: The Intel® USB 3.0 eXtensible Host Controller Driver is not supported on Windows XP. and Windows Vista. This is a new version release: 5.0.4.43v2. Not sure if this is the right driver or software for your Intel® chipset? Run Intel® Driver & Support Assistant (Intel® DSA) to automatically detect driver or software updates. OmniDrive USB CF/SD; OmniDrive USB Professional intern; as well as drivers for various types of devices with extended temperature range (ET) and different types of PCBs; System requirements: Windows 10 (32- and 64-bit), Windows 8.1 (32- and 64-bit), Windows 8 (32- and 64-bit), Windows 7 (32- and 64-bit), Vista (32- and 64-bit) XP (32- and 64-bit). Need a Bluetooth Driver for your accessory? If you are having Bluetooth trouble, updates should be available through Microsoft's Windows Update service. If drivers were not downloaded automatically by Windows Update, use Device Manager to refresh the driver from Windows Update, or contact the device.

Download USB Mass Storage Device for Windows to uSB driver. Note: The drivers for VN8900 do not support VN8910(A) anymore. CAUTION: For the devices VN8911, VN8912(A), and VN8914 the drivers on the device must also be updated. To do this the device must be connected via USB. The manual 'Accessories for Network Interfaces' is available for download (PDF).

What is UEFI boot mode? How to create a UEFI bootable USB? How do I boot from USB in UEFI mode? If you are also troubled by these questions, this post of MiniTool is what you need. It will provide you with detailed steps and clear screenshots.

Quick Navigation :

About UEFI Boot

Why do so many people want to create a UEFI boot USB? In order to create a UEFI bootable USB successfully, it is necessary to figure out the following 2 questions first.

What Is UEFI

UEFI (Unified Extensible Firmware Interface) is known as a motherboard firmware interface for computers. It serves as a “middleman” between your computer’s firmware and the operating system. With UEFI boot mode, your computer can initialize the hardware components and boot the OS stored on the hard disk.

In recent years, UEFI boot mode seems to be the successor to the BIOS. More and more users tend to boot their computer in UEFI mode. This is because the UEFI mode breaks many limitations of BIOS mode, including the restrictions on the size of hard drive, booting process, number of partitions, and security.

In a word, UEFI boasts more advanced features compared with BIOS. Here we summarize them as follows:

Tip: If you want to know more details about UEFI vs BIOS, you can read this post “UEFI vs. BIOS – What’s the Differences and Which One Is Better”.
  • UEFI allows users to handle a storage device that is larger than 2TB, while the old legacy BIOS cannot handle so large d
  • With UEFI boot mode, you can create more than 4 primary partitions on a GPT disk.
  • UEFI supports secure startup. It is capable of checking the validity of the operating system to prevent malware from tampering the startup process.
  • UEFI firmware supports various optimization and enhancement, which can help your system boot more quickly than it could before.
  • UEFI supports both 32-bit and 64-bit architectures, which helps the computer use more RAM to handle a more complicated process than BIOS.
  • Under the UEFI mode, the computer supports networking function that can help remote troubleshooting and UEFI configuration.
  • UEFI has much more setup menus and simpler graphical user interface than legacy BIOS.

What Support UEFI Boot Mode

UEFI has lots of advantages over BIOS, but not all computers and devices are supported. In order to boot from USB in UEFI mode successfully, the hardware on your hard disk must support UEFI. One of the most important things is to make sure that your system disk is GPT form. If not, you have to convert MBR to GPT disk first.

If your hardware doesn’t support the UEFI firmware, you need to purchase a new one that supports and includes UEFI.

Now, you may have an overall understanding of UEFI boot mode. Let’s see how to create a Windows 10 UEFI boot stick. Please keep reading the following part carefully.

How to Create a UEFI Bootable USB

How to create a UEFI boot USB? Before starting the following steps, you need to prepare a USB flash drive with 8GB space at least.

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Method 1. Use Windows Media Creation Tool

Windows Media Creation Tool is one of the most common ways to create a bootable USB drive. Similarly, you can use it to create a UEFI boot USB.

Tip: This method is suitable for those computers that are using UEFI firmware. To create a UEFI boot USB, you can perform a clean installation or in-place upgrade of the OS.

Now, let’s see how to create a Windows 10 UEFI USB via Windows Media Creation Tool.

Step 1. Make sure the USB flash drive is connected to your computer.

Step 2. Click here to download the Windows Media Creation Tool from Microsoft's official website and save it on your computer.

Step 3. Run this program as an administrator and click on Accept to agree with the license terms.

Step 4. In the pop-up window, click the second option Create installation media USB flash drive, DVD, or ISO file) for another PC and click on the Next button.

Step 5. Then check the box Use the recommended options for this PC and click on Next to go on, which will automatically select the language, edition, and architecture that match with your computer.

Tip: You can also select the Language, Windows Edition, and Architecture that you want to create for the Windows 10 UEFI USB.

Step 6. Select the USB flash drive option and click on Next to go on.

Step 7. Then select the USB flash drive from the Removable drives list and click on Next to go on. If you don’t find the USB drive, click on the Refresh drive list option.

Step 8. Now, this tool will download the latest Windows 10 installation files that you select above on your device. Once the download is completed, click on Next to start creating the Windows 10 bootable USB.

Step 9. Once you see the screen Your USB flash drive is ready, click on the Finish button.

Now, the Windows 10 UEFI boot stick has been created. You can use it to boot your computer and install Windows 10.

In addition to using the tool of Microsoft, here are another 2 effective utilities that can help you create a UEFI boot USB.

Method 2. Use Rufus

Rufus is an open-source program that can create a UEFI bootable USB by using an existing ISO file. Connect your USB flash drive to the computer and then follow the steps below:

Step 1. Click here to download Rufus and install the program on your PC.

Step 2. Launch this program to open its main interface, and then select the USB flash drive from the Device menu.

Step 3. Click on the Select button under the Boot selection tab, and then select the Windows 10 ISO file from its folder path.

Step 4. Select the Standard Windows installation option from the Image option drop-down menu.

Step 5. Select the GPT option from the Partition scheme drop-down menu.

Step 6. Select the UEFI (non-CSM) option from the Target system drop-down menu

Step 7. Then you can click on Show advanced drive properties section and keep the default settings.

Step 8. Enter a name for the USB drive in the Volume label field, and then you can select a File system and cluster size from the drop-down menu.

Step 9. After the Format Options are confirmed, click on the Start button.

Step 10. Click on the OK button to confirm this process and click the Close button.

After finishing the above steps, this tool will create a UEFI bootable USB drive automatically.

Method 3. Use MiniTool Partition Wizard

MiniTool Partition Wizard is another effective tool that can help you create a UEFI boot stick. It is a reliable partition manager that boasts many powerful features such as resize partition, convert FAT to NTFS without data loss, convert MBR to GPT disk, migrate OS to SSD, etc.

As mentioned above, the UEFI mode requires a GPT disk. If your USB is the MBR partition table, you need to convert it to GPT first. MiniTool Partition Wizard can help you convert MBR to GPT without data loss. It is very simple to operate. Here’s how:

Step 1. Connect the USB flash drive to your computer and launch this program to get its main interface.

Step 2. Select the USB drive and click on Convert MBR Disk to GPT Disk feature from the left pane.

Step 3. Click on Apply to execute the pending operation.

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After your USB flash drive is converted to GPT, you can move your Windows 10 to this drive. To do so, continue the following steps.

Step 1. In the main interface, select the Migrate OS to SSD/HD Wizard feature from the left pane.

Step 2. Select Option B to copy the system required partitions only and click on Next to go on.

Step 3. Select the USB drive and click on Next. Then you will see a warning message saying that all the data on the target disk will be destroyed. Click on Yes to confirm this operation.

Note: Please back up all important data on the USB drive in advance.

Step 4. Select a copy option based on your needs and click on Next to continue.

Step 5. Click on the Finish button. At last, click on Apply to execute the pending operations.

After that, Windows 10 will be migrated to the USB drive. You can set the USB as the first boot order and use it to boot your computer.

Now, another question comes into being. How do I boot from USB in UEFI mode? Please keep reading the following part.

How Do I Boot From USB in UEFI Mode

In this part, we mainly focus on how to boot from USB in UEFI mode. You need to enable the UEFI mode first and then use the UEFI boot USB to start your computer.

Step 1. Power on your computer, and then press the F2 keys or other function keys (F1, F3, F10, or F12) and the ESC or Delete keys to open the Setup utility window.

Step 2. Navigate to the Boot tab by pressing the right arrow key.

Step 3. Select the UEFI/BIOS Boot Mode, and press Enter.

Step 4. In the pop-up window, select the UEFI Boot Mode by pressing the up and down arrow keys, and then press Enter.

Step 5. Press the F10 key and Enter to save the change and exit the window. Here the key depends on your specific computer manufacturer. After that, you can try using the bootable USB to start your computer in UEFI mode.

Wrapping Up

How to create a UEFI bootable USB on Windows 10? Now, I believe that you already have known the answer. Bear in mind that you need to make sure the drive is GPT partition table so that you can use it to boot your computer in UEFI mode successfully.

If you have any questions about this software, you can send us an e-mail via [email protected]. We also appreciate any ideas about this topic in the comment area.

UEFI Boot USB FAQ

UEFI boot mode is a type of boot mode that can run on the top of PC’s advanced firmware. Compared with the old legacy BIOS, UEFI has many distinct advantages such as faster booting process, more primary partition, and more secure startup.

To enable the UEFI boot mode, you need to access the BIOS Setup utility and then operate further. Here’s how:

  1. Press F10 and ESC (or Delete) keys when booting your computer to open the BIOS Setup utility.
  2. Go to the Boot tab and select the UEFI/BIOS Boot Mode by using the arrow keys, and press Enter.
  3. Select the UEFI Boot Mode by pressing the up and down arrow keys and press Enter.
  4. Press F10 keys to save the changes.
Since the EFI partition is a system and protective part on your hard drive, you can’t delete it in Disk Management. You need to convert it to a basic data partition using Diskpart and delete it. Alternatively, you can use professional software to delete EFI partition.

You need to prepare a Windows 10 bootable USB and follow the steps:

  1. Connect the USB drive to your computer.
  2. Press the appropriate key to enter the BIOS menu.
  3. Select the USB drive as the first boot order and save the change.
  4. Restart your computer.

Here at ACCES we pride ourselves on our commitment to service. If you can't find what you're looking for below, please, contact us.

Drivers & Software

The best way to find your updated driver and software package is to navigate to the specific product page (starting with the product category, in the menu / navigation side-bar to the left.)

The packages are listed on each product's page, both in the 'Manuals / Software' tab, and in the navigation side-bar to the left.

You can also use the Latest Driver / Software Package Installer List.

USBPCIPCIemPCIeWirelessPC/104
MiscSerial ConverterDAQ PACKEthernetPCMCIARemote ACCES

The Software Packages include Windows Drivers (32- and 64-bit), Samples, Utilities, Documentation, etc.

We also provide a Driver Only package, for production deployment.

All of these packages are redistributable .EXEs, and don't require an internet connection to be installed (nor during use).

Supported Windows Versions

ACCES supports every version of Windows we can. The packages described above support retail and OEM versions of every edition of Windows from XP through 10 including the Embedded Standard editions (XPe, Win7ES, Win8ES, etc.) and all the related Server editions (Windows 2008R2 etc), in both 64-bit and 32-bit. The packages also include limited support for Windows 98se, Windows 95, Windows 3.11 for Workgroups, and DOS, for older products.

We also provide macOS, DOS, and VxWorks 7 software and drivers, for some products or product families — as well as others upon request, just ask us. Keep scrolling down for more details about our non-Windows software.

Operating Systems Supported

All our software supports both 32-bit (x86) and 64-bit ('x64', AMD64) versions of the following Windows operating systems.

Supported Windows desktop / client versions

  • Windows 10
  • Windows 8, 8.1
  • Windows 7*
  • Windows Vista*
  • Windows XP*
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Supported Windows Server versions

  • Windows Server 2016
  • Windows Server 2012 R2
  • Windows Server 2012
  • Windows Server 2008 R2*
  • Windows Server 2008*
  • Windows Server 2003 R2*

* Note: Windows versions prior to the NT6.2 kernel (prior to Windows 8 and Server 2012) are not recommended for use in new applications due to lack of support from Microsoft. ACCES will continue supporting them, until we cannot.



Linux, macOS, and more

ACCES provides Linux drivers primarily via our git repositories. The following are just a few examples of what's available:

  • AIOUSB library and documentation, including how to use .rules files to get fxload to automatically load the device's firmware when the USB cable is connected
  • APCI library and documentation, including support for register and IRQ access from userland applications
  • PCI Express Serial documentation, including how to configure individual ports for RS232/422/485 modes (on supporting hardware)

    The Linux software for some products is available on those product pages (under the Manuals / Software tab, and in the navigation column to the left.)

    If you would like the Linux software package for any product and do not see it on the specific product's page, please call us


VxWorks

Among the many RTOS only one stands above the rest: VxWorks by Wind River® — 'Wind River VxWorks is an embedded Real Time Operating System (RTOS) that focuses on scalability and modularity. Kernel profiles allow customization specific to the needs of an organization whether it be safety, security or graphics. Kernels can be 32-bit or 64-bit and can be built to provide Symmetrical Multiprocessing (SMP) or Asymmetrical Multiprocessing (AMP) where supported.

Visit our Wind River partner page for more information about our VxWorks offerings.


LabVIEW

ACCES has VIs for LabVIEW 5 through 7, and 8.5, for most of our products, and USB boards have VIs demonstrating use in LabVIEW 8.5 through 2013. You can find the drivers for LabVIEW 5 through 7 in the /Drivers/LabVIEW directory on the Software Master CD. The LabVIEW 8.5+ drivers are available in the /Drivers/LabVIEW 8.5+ directory on the CD, and on the products' pages, both in the Manuals / Software tab, and in the navigation column to the left.

For your convenience, the two major LabVIEW packages are available here:

  • USB devices (other than serial ports)
  • Register-based cards (other than serial ports). This includes ISA, PC/104, PCI, PCI Express, and all related devices with I/O register address ranges.
  • Serial devices are supported directly by the Operating System and LabVIEW itself.

Supported Legacy Versions

  • 7.9 Driver Package

    This is primarily useful for USB products. The later USB drivers are mainly not a bugfix, but exist to add 64-bit Windows support. Further, it can be tricky to move from 7.x to 8.x or 9.x. So, you can continue using 7.x drivers via this package, which does include any bugfixes.

    Please note: ACCES USB devices invented after January 2001 are not supported by this package. (contact us if you need support added. We're here to help you succeed.)
  • 8.10 Driver Package

    This is the oldest supported driver with 64-bit support. Notably, USB products use Microsoft WinUSB.dll in this version, instead of CyUSB.dll (in the 9.x drivers), or CyUSB3.dll (in the 10.x, current, driver package)

  • 9.63 Driver Package

    This is the most recent driver using CyUSB to interface to USB devices (the current '10.x' drivers use CyUSB3 instead). Some customers have reported problems installing the 10.x drivers on some Windows XP systems: the 9.63 Driver Package should be used in those situations.


Datasheets / Manuals

To find your updated manual and/or datasheet, please navigate to the specific product page (starting with the product category, in the left NAV bar).

The manuals and datasheets are listed on each product's page, both in the 'Manuals / Software' tab, and in the navigation column to the left.



Other, Unusual, or Rare Downloads

The following software applies to just a few models we produce. Most customers looking for software for our cards should click the product packages link, or download the software from the product's page, itself.

USB Serial Adapter Drivers for Windows

This section applies to the following serial communication models:

  • USB-485
  • USB-422
  • USB-232
  • USB-COM-4S
  • USB-COM-4SM
  • USB-COM232-4
  • USB-FLEXCOM4
  • USB-COM232-4A

Our 9.x Driver release supports all relatively recent revisions of these devices.

Significantly older versions of the hardware may require older versions of the driver, which can be downloaded here, here, here and here.
To install the older, '.zip' driver package:

  • Unzip the package.
  • Uninstall the card from Device Manager if it's already installed. To get to Device Manager in 98 / ME, right-click on My Computer, choose Properties, then choose the Device Manager tab. To get to Device Manager in 2000 / XP, right-click on My Computer, choose Properties, choose the Hardware tab, then click Device Manager. The card will be in the Multifunction Adapters and/or Ports categories.
  • Click Refresh in Device Manager to re-detect the card. Choose Search For The Best Driver, then check only Specific Location, and enter the location to which you unzipped the package.

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