Drivers Denso Wave USB Devices



  1. Drivers Denso Wave Usb Devices Type C
  2. Drivers Denso Wave Usb Devices 3.0
  3. Drivers Denso Wave Usb Devices Type C
  4. Drivers Denso Wave Usb Devices 3.0
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DENSO WAVE Active USB-COM Port This program installs the device drivers required by the DENSO WAVE barcode and QR-code scanners. It supports 2D Code Scanner, Bar Code Handy Scanner, Bar Code Handy Terminal, Communication Unit, and Bluetooth Communication Adapter from the manufacturer. NOTE: Look under Universal Serial Bus Controllers (select the drop down option on the left). If there is a “ PhoneTree USB Lines Composite device ” that reflects a conflict: a. Right-click on the “ PhoneTree Composite device ” entry and select “ uninstall ”. Select the 'Delete the driver software' check box.

A client accesses an audio device through a set of device interfaces that a vendor specifies in the adapter's INF file. The device interfaces specified in the INF file have a one-to-one correspondence with the subdevices that the adapter driver creates when it initializes the device (see Subdevice Creation). For each device interface, the INF file specifies a FriendlyName entry value, which is accessible in user mode, under the interface's registry key.

In the kernel-streaming architecture, topology categories (see KSPROPERTY_TOPOLOGY_CATEGORIES) represent device interface classes.

The following table lists the topology categories that audio adapters are most likely to use to describe the capabilities of their subdevices.

CategoryDescription
KSCATEGORY_ACOUSTIC_ECHO_CANCELAn audio device that can perform acoustic echo cancellation (see DirectSound Capture Effects) registers itself under this category.
KSCATEGORY_AUDIOAll audio devices register themselves under this category.
KSCATEGORY_CAPTUREAn audio device that can capture a data stream registers itself under this category.
KSCATEGORY_DATATRANSFORMAn audio device that performs a data transformation on a stream registers itself under this category.
KSCATEGORY_MIXERAn audio device that can mix data streams registers itself under this category.
KSCATEGORY_RENDERAn audio device that can render a data stream registers itself under this category.
KSCATEGORY_SYNTHESIZERAn audio device that can convert MIDI messages to either wave audio samples or an analog output signal registers itself under this category (see Synthesizers and Wave Sinks).
KSCATEGORY_TOPOLOGYA device's Topology miniport driver registers itself under this category.
KSCATEGORY_DRM_DESCRAMBLEAn audio device that can unscramble a DRM-protected wave stream registers itself under this category (see Digital Rights Management).

For a complete list of topology categories, see the KSCATEGORY_XXX GUIDs that are defined in the header files Ks.h and Ksmedia.h.

Drivers Denso Wave USB DevicesDrivers

All audio devices are classified under KSCATEGORY_AUDIO, but an audio device might also be classified under additional categories such as KSCATEGORY_RENDER (for an audio rendering device) or KSCATEGORY_SYNTHESIZER (for a synthesizer). For each category that the INF file specifies for a device, the Windows Installer builds a set of registry entries for that device under the category name (see Filter Factories).

Only a device that contains a built-in synthesizer should register itself under the category KSCATEGORY_SYNTHESIZER. Note that this category excludes a pure MPU-401 device. A pure MPU-401 device, which can output or input raw MIDI to or from a UART, should register itself under these categories:

  • KSCATEGORY_AUDIO

  • KSCATEGORY_RENDER

  • KSCATEGORY_CAPTURE

Drivers Denso Wave Usb Devices Type C

Note that the SysAudio system driver reserves the registry category KSCATEGORY_AUDIO_DEVICE exclusively for its virtual audio devices. Adapter drivers should not register themselves in this category.

The following example installs four common system-defined device interfaces that an adapter typically supports for an audio device.

Drivers Denso Wave Usb Devices 3.0

Example: Installing Audio Device Interfaces

In this example, the device-install section for the XYZ Audio Device uses the INF AddInterface directive to install four audio adapter interfaces. In the following, each of the four directives assigns a unique reference string to an interface, which the adapter driver can use to distinguish between instances of each interface class.

The first three AddInterface directives specify an add-interface section named XYZ-Audio-Device.Wave. The last specifies an add-interface section named XYZ-Audio-Device.Topology. Each add-interface section adds the following registry entries to a device interface subkey, which is accessible in user mode under the DeviceClasses<InterfaceGUID> registry key:

  • A FriendlyName registry entry specifies a friendly name for each device interface.

  • Microsoft DirectShow requires a CLSID registry entry, set to a proxy GUID value, which indicates that the adapter can be accessed and controlled by the KSProxy system driver.

Denso

The two add-interface sections appear in the following example, which contains INF file entries that add each interface's FriendlyName and CLSID to the registry:

Drivers Denso Wave Usb Devices Type C

The keyword HKR in this example denotes the system-supplied registry path for the device. For more information, see INF AddReg Directive.

The following is the Strings section for this example.

Drivers Denso Wave Usb Devices 3.0

The string name that an AddInterface directive specifies for a KSCATEGORY_XXX device interface cannot be localized because the adapter driver uses the same name internally as a string constant. The sample adapter drivers in the Windows Driver Kit (WDK) use the following string names for their audio device interfaces:

For the sake of uniformity, your proprietary driver should assign these same names to its corresponding device interfaces. If your driver supports additional device interfaces that are proprietary, you can invent your own proprietary names for these interfaces. Make sure that the names that the driver uses match those in your INF file. If the strings do not match, system setup will not load the driver.

Knowledgebase
Last updated: 03 Sep, 2015
Installing Stenograph Writer Drivers in Case CATalyst

Note: The following instructions are for users who are using Case CATalyst version 15 and above. If you are using Case CATalyst version 14 or below click here for information on how to install the drivers.

  1. Connect the writer to your computer with the USB cable and turn the writer on.
  2. Open Case CATalyst and click on Help, Open Device Manager (Alt + h, d). The Device Manager will appear in a separate window.
  3. In Device Manager look for a category that says Other Devices. Below that you should see a yellow exclamation point that says Luminex Machine, Diamante Machine, Stenograph Elan Mira, or Stenograph Fusion. Right click on the yellow exclamation point and left click on Update Driver.
  4. The Update Driver Software dialog window will appear. Left-click Browse my computer for driver software.
  5. In the next screen type C:Cat4DriversWriter (or copy and paste this text) in the Search for driver software in this location field. Then click Next.
  6. You will be prompted with a dialog window verifying the installation of the drivers. Click Install.
  7. When your writer's USB driver has finished installing, click Close.
  8. To confirm a successful installation has completed, a new category will appear that say Stenograph USB Writer without a yellow exclamation point next to it.
  9. After installing the writer USB driver, you may get another driver installation wizard to install the Stenograph Writer Serial Port. Follow steps 4-7 to install the drivers.
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Also read
Installing Stenograph Writer Drivers on Windows 7
Installing Stenograph Writer Drivers on Windows 10

Also listed in
Writers -> Elan Mira A3/Stentura Fusion
Writers -> Elan Mira G1/G2
Writers -> Luminex/Luminex II

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