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Versions supported
- Windows 10
- Windows 8.1
Applies to
- Device manufacturers of CDC Control devices
Microsoft-provided in-box driver (Usbser.sys) for your Communications and CDC Control device.
In Windows 10, the driver has been rewritten by using the Kernel-Mode Driver Framework that improves the overall stability of the driver.
- Improved PnP and power management by the driver (such as, handling surprise removal).
- Added power management features such as USB Selective Suspend.
In addition, UWP applications can now use the APIs provided by the new Windows.Devices.SerialCommunication namespace that allow apps to talk to these devices.
Usbser.sys installation
Load the Microsoft-provided in-box driver (Usbser.sys) for your Communications and CDC Control device.
Note Alienware 17 drivers download for windows 10, 8.1, 7, vista, xp.
If you trying to install a USB device class driver included in Windows, you do not need to download the driver. They are installed automatically. If they are not installed automatically, contact the device manufacturer. For the list of USB device class driver included in Windows, see USB device class drivers included in Windows.
Windows 10
In Windows 10, a new INF, Usbser.inf, has been added to %Systemroot%Inf that loads Usbser.sys as the function device object (FDO) in the device stack. If your device belongs to the Communications and CDC Control device class, Usbser.sys is loaded automatically.You do not need to write your own INF to reference the driver. The driver is loaded based on a compatible ID match similar to other USB device class drivers included in Windows.
USBClass_02
USBClass_02&SubClass_02
- If you want to load Usbser.sys automatically, set the class code to 02 and subclass code to 02 in the Device Descriptor. For more information, see USB communications device class. With this approach, you are not required to distribute INF files for your device because the system uses Usbser.inf.
- If your device specifies class code 02 but a subclass code value other than 02, Usbser.sys does not load automatically. Pnp Manager tries to find a driver. If a suitable driver is not found, the device might not have a driver loaded. In this case, you might have to load your own driver or write an INF that references another in-box driver.
- If your device specifies class and subclass codes to 02, and you want to load another driver instead of Usbser.sys, you have to write an INF that specifies the hardware ID of the device and the driver to install. For examples, look through the INF files included with sample drivers and find devices similar to your device. For information about INF sections, see Overview of INF Files.
Note
Microsoft encourages you to use in-box drivers whenever possible. On mobile editions of Windows, such as Windows 10 Mobile, only drivers that are part of the operating system are loaded. Unlike desktop editions, it is not possible to load a driver through an external driver package. With the new in-box INF, Usbser.sys is automatically loaded if a USB-to-serial device is detected on the mobile device.
Windows 8.1 and earlier versions
In Windows 8.1 and earlier versions of the operating system, Usbser.sys is not automatically loaded when a USB-to-serial device is attached to a computer. To load the driver, you need to write an INF that references the modem INF (mdmcpq.inf) by using the Include directive. The directive is required for instantiating the service, copying inbox binaries, and registering a device interface GUID that applications require to find the device and talk to it. That INF specifies 'Usbser' as a lower filter driver in a device stack.
The INF also needs to specify the device setup class as Modem to use mdmcpq.inf. Under the [Version] section of the INF, specify the Modem and the device class GUID. for details, see System-Supplied Device Setup Classes.
For more information, see How to use or reference the Usbser.sys driver from universal serial bus (USB) modem .inf files.
Configure selective suspend for Usbser.sys
Starting in Windows 10, Usbser.sys supports USB Selective Suspend. It allows the attached USB-to-serial device to enter a low power state when not in use, while the system remains in the S0 state. When communication with the device resumes, the device can leave the Suspend state and resume Working state. The feature is disabled by default and can be enabled and configured by setting the IdleUsbSelectiveSuspendPolicy entry under this registry key:
To configure power management features of Usbser.sys, you can set IdleUsbSelectiveSuspendPolicy to:
'0x00000001': Enters selective suspend when idle, that is, when there are no active data transfers to or from the device.
'0x00000000': Enters selective suspend only when there are no open handles to the device.
That entry can be added in one of two ways:
Write an INF that references the install INF and add the registry entry in the HW.AddReg section.
Describe the registry entry in an extended properties OS feature descriptor. Add a custom property section that sets the bPropertyName field to a Unicode string, 'IdleUsbSelectiveSuspendPolicy' and wPropertyNameLength to 62 bytes. Set the bPropertyData field to '0x00000001' or '0x00000000'. The property values are stored as little-endian 32-bit integers.
For more information, see Microsoft OS Descriptors.
Develop Windows applications for a USB CDC device
If you install Usbser.sys for the USB CDC device, here are the application programming model options:
Starting in Windows 10, a Windows app can send requests to Usbser.sys by using the Windows.Devices.SerialCommunication namespace. It defines Windows Runtime classes that can use to communicate with a USB CDC device through a serial port or some abstraction of a serial port. The classes provide functionality to discover such serial device, read and write data, and control serial-specific properties for flow control, such as setting baud rate, signal states.
In Windows 8.1 and earlier versions, you can write a Windows desktop application that opens a virtual COM port and communicates with the device. For more information, see:
Win32 programming model:
.NET framework programming model:
Related topics
FlashcatUSB Classic Memory Programmer SPI socket adapters (SO8, SO16, DIP8, WSON8) are available here Parallel sockets (PLCC-32, TSOP-48, TSOP-56) are available here |
Features:
| MADE IN USA |
| Part number | Description | Price |
| FCUSB2X | A standard FlashcatUSB Classic (PCB 2.2), USB 2.0 cable, and your choice of connection jumper cable/wires (see below for visual description). | $29.99 |
| FCUSB2X-SO8E | FlashcatUSB variant with a built in SO-8 wide (0.200') EIAJ standard SPI socket, for 3.3 volt SPI Flash memory only. Also includes USB 2.0 cable. | $34.99 |
| FCUSB2X-SO8J | FlashcatUSB variant with a built in SO-8 narrow (0.150') JEDEC standard SPI socket, for 3.3 volt SPI Flash memory only. Also includes USB 2.0 cable. | $34.99 |
| FCUSB2X-SO16 | FlashcatUSB variant with a built in SO-16 (0.300') JEDEC standard SPI socket, for 3.3 volt SPI Flash memory only. Also includes USB 2.0 cable. | $34.99 |
| Jumper pins (6 individual pins, 0.1') Ideal for XILINX or other ports that may have a unique pin out for JTAG or SPI. | IDC Cable (10 pin, 0.1') Ideal for JTAG or standard board to board connections. | Jumper pins (8 pins, 2mm) Ideal for smaller SPI headers, such as motherboards. |
Easy to use interface that you can use to load scripts, read or write flash memory, or perform JTAG commands.
Current Supported Features
| 8 MHz SPI clock speed | Up to 350KB/s read and 200KB/s write |
| SPI Flash Memory | SPI mode 0, 1 and 2 supported |
| Ultra High Density (1Gb+ SPI devices) | 16, 24, and 32-bit addressing |
| Multi-voltage I/O devices | 3.3v and 5v memory devices |
| SPI Serial EEPROM devices | 25AAxx, 25LCxx, M95xxx devices |
| I2C and TWI EEPROM devices | All 24Cxx supported (See picture) |
| Three-wire Microwire EEPROM | All 93XX devices supported |
| JTAG supported | SVF Programming mode |
| FPGA or CPLD JTAG programming | XLINX / Lattice devices (SVF and XSVF formats) |
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| Atmel AT25010A, AT25020A, AT25040A, AT25128B, AT25256B, AT25512; AT25080, AT25160, AT25320, AT25640 Microchip M25AA160A, M25AA160B ST M95010, M95020, M95040, M95080 M95160, M95320, M95640, M95128, M95256, M95512, M95M01, M95M02 93XX46, 93XX56, 93XX66, 93XX76, 93XX86 |
| Nordic nRF24LE1 and nRF24LU1+ (16KB/32KB flash over SPI) (See picture) Xilinx CoolRunner-II series (XC2C32A, XC2C64A, XC2C128, XC2C256, XC2C384, XC2C512) (See picture) Xilinx CPLD devices (XC9500XL, XC95288XL, XC95144XL, XC9572XL, XC9536XL) Lattice CPLD devices (LC4032V, LC4064V, LCMXO256, LCMXO640, LCMXO1200, LCMXO2280) Altera CPLD devices (5M40Z, 5M80Z, 5M160Z, 5M240Z, 5M570Z, 5M1270Z, 5M2210Z) Altera EPCS devices (EPCS1, EPCS4, EPCS16, EPCS64, EPCS128) Altera EPC2 devices (EPC2LC20, EPC2LI20, EPC2LC20N, etc. JTAG/SVF) |
If you need to program a device that is not listed here, just contact us and request to have it added. We are able to add any SPI or CFI compatible flash to our software free of charge. If you need a specific MCU supported (such as a device with on board memory that can be programmed via SPI or JTAG), contact us!