Drivers Mjs Gadgets USB Devices

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When you plug the device into your USB, Windows will look for the associated driver, if it cannot find this driver then you will be prompted to insert the driver disc that came with your device. Common USB Device errors are ‘ usb port not working ‘, ‘device descriptor request failed error’ or ‘bugcodeusbdriver’ issues.

Linux-USB Gadget API Framework

Last Modified: 8 June 2005

The <linux/usb_gadget.h> API makes it easy forperipherals and other devices embedding GNU/Linux system software to actin the USB 'device' (slave) role.The drivers implementing and using that API combine to make a usefuldriver framework for Linux systems that implement USB peripherals.Many Linux systems will not be able to use it, since they only havePC-style USB Host (master) hardware in a PC, workstation, or server.But when you're putting together embedded Linux systems, a USB peripheralcontroller option is routine; it's often integrated into processors.Smart gadgets like PDAs, printers,cell phones,cash registers,and network routers often rely on this type of 'Device Controller'USB link as one of their basic connectivity options.Sometimes it will be the only option; there areLinux devices that rely on USB even for their power supplies.

This is the first such 'USB Gadget' framework on GNU/Linux to supporthigh speed (USB 2.0) devices and arbitrary numbers of endpoints,sharing core models and data structures with the 'host side' USB API.It's designed for flexibility:the API handles simple devices,composite (multi-function) ones,multiple configurations,class (or vendor) specific functionality,and more.It a good base for integrating and re-using this type of driver code.Tests are available too, which can speed hardware bringup substantially.

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  • USB devices can also support bi-directional transfers of control data. The endpoints on a device are grouped into functional interfaces, and a set of interfaces makes up a device configuration. For more information, see USB device layout.
Many developers have asked about easy ways to start working with this API.If you're comfortable working with embedded Linux platforms, many ARM systemsalready have Linux support for their integrated USB controllers.Otherwise, a Net2280 PCI card lets you work on a standard PC, developing ordebugging gadget drivers on computers you may already own.

Getting the Code

The API and several supporting drivers areincluded in current 2.4 and 2.6 Linux kernels,available through as tarballs,or from vendors supporting customized Linux distributions.The BitKeeper trees are nolonger current, but the 'mm' patchsets or various other GIT treesmay well have more current code than the current mainstream kernel.

There may be other public trees with controller or gadget drivers too.The websiteincludes pointers to a number of these; a USB network linkcan be extremely useful.Kernel trees that support specific System-on-Chip platforms ofteninclude a driver for that platform's USB Peripheral Controller.

The 'gadget' framework is available in 2.6 kernels,as well as 2.4.23 and later.(2.4.27 is the first 2.4 kernel to bundle RNDIS support, andsome other framework improvements.)At this writing, other than architecture- or board-specific setup,and the <linux/usb_*.h> header files, all thegadget code is in the drivers/usb/gadgetdirectory.It's easy to backport current 2.4 gadget code (e.g. 2.4.31)onto older 2.4 kernels.Most new development is based on 2.6 kernels;differences relevant to 2.4 based development are minor,mostly limited to kernel configuration and the 2.6 kernel's'generic DMA' and 'driver model' infrastructure.Some 2.4 vendor kernels already includesome of that code, making 2.6 backports even easier.

Parts of the Framework

The API standardizes a platform-neutral boundary betweentwo software layers,but the software stack usually has several higher layers.The framework includes that API, some support software, andseveral drivers on each side of that API boundary,integrating well with other Linux subsystems.From the bottom up, those layers are:

  • Peripheral Controller Driversimplement the gadget API, and are the only layers that talk directly to hardware. Different controller hardware will need different drivers, which may also need board-specific customization. These provide a software 'gadget' device, visible in sysfs. You can think of that device as being the virtual hardware to which the higher level drivers are written. Other operating systems use other names for this component, perhaps labeling the API plus its libraries as a 'Platform Independent Layer' and its implementation as a 'Platform Specific Layer'.
  • Gadget Driversuse that gadget API, and can often be written to be hardware-neutral. Certain hardware facts need to affect the implementation of configuration management parts of ep0 logic. Those issues may be handled at various points: build time, initialization time, or run time. For example, some controllers have more endpoints than others, many don't support high speed or isochronous transfers, and sometimes endpoints have fixed configurations. A gadget driver implements one or more 'functions', each providing a different capability to the USB host, such as a network link or speakers. Other operating systems use other names for this component, such as a 'USB Client driver'. (These are directly analagous to host side 'interface drivers', except for multi-function 'composite' gadget drivers.)
  • Upper Layers, such as the network, file system, or block I/O subsystems. These generate and consume the data that the gadget driver transfers to the host through the controller driver. There will often be several such layers, perhaps including user mode components. (Again, this is directly analagous to what host side drivers do, though producer and consumer roles are probably reversed.) On most hardware, several different layers can be fed by the gadget driver at the same time. For example, the functions on a composite device might give hosts concurrent access to local audio, internet, and file servers.

There are two other components worth mentioning.The first is a layer that doesn't exist: a 'mid layer', like thehost-side 'usbcore' (which is what the USB specification calls 'USBD').The USB host side needs such a layer to multiplex potentially hundreds ofperipherals and drivers; the peripheral side has no such requirement.The Linux-USB host-side and peripheral-side driver stacks are directlyanalagous, except that only the host side has a mid layer.(The APIs are of course different; the peripheral side is much loweroverhead, and serves a 'slave' role not a 'master' one.)The second is an optional component that exists only in USB-OTGsystems: an OTG Controller Driver, switching control of the USBport between the gadget stack (as summarized above) and the USB host stack.(More information about OTG on Linux is available.)'Layer cake' style architecture diagrams would put an OTG ControllerDriver below the USB Peripheral and Host Controller Drivers, talkingto both of those drivers as well as specialized hardware.

The Linux 2.6 kernel tree includes kerneldoc for this API,including a structural overview as well as API reference.You can generate a current version of that yourself directlywith commands like 'make pdfdocs', or use apre-generated version (which may not be as up-to-date as whatyou make from current kernel sources).

Recent versions of this API have improved and grown thecollection of gadget driver library helper functions.These aren't a separate library or midlayer, they're just object filesoptionally linked with gadget drivers that want their functions.

  • The string descriptor utilities now do UTF-8 to UTF-16LE conversion,making it easy to support languages that don't use ISO-8859-1.
  • Configuration buffer utilities combine null-terminated lists ofUSB descriptors, so it's easier to work withmultiple or complex configurations.(USB Wireless Mobile class devices use such configurations.)
  • Endpoint autoconfiguration hides some hardware-specific initializationissues from gadget drivers, such as endpoint addressing;simple gadget drivers may no longer need hardware-specific logic.
  • Convenience functions make it easier to test which of the currentlyconfigured controller chips is being used.

Other recent updates have included support for 'soft connect',where the gadget driver controls the pullup used in enumeration;declaring allowable power consumption, helping control thingslike battery recharge rates;supporting external transceiver that sense VBUS sessions;and peripheral-side OTG features.

Controller Drivers

Drivers for several different usb device chips are available.Unless otherwise noted, these are full speed controllers.Many of the chips mentioned are highly integratedSystem-on-Chip (SOC) processors, typically integrating a 32-bitCPU core with cores for USB and numerous other features (such assignal processors) and optimized for efficient use on battery power.There are also several discrete USB controllers.

  • The NetChip net2280supports high speed (40+ MByte/sec)and full speed (1.2 MByte/sec) USB through PCI (net2280,in 2.4 and 2.6 kernels)
  • Intel's PXA 25x and IXP4xxXScale/ARMv5TE processors as seen in many PDAs (pxa2xx_udc,in 2.6 kernels with a 2.4 version available)
  • Renesas SH3 processors:SH7705, SH7727 (superh_udc, 2.4 version available)
  • Toshiba TC86c001 'Goku-S', on PCI (goku_udc,in 2.4 and 2.6 kernels)
  • MediaQ 11xx, as found in the Dell Axim X5 PDA (mq11xx_udc,2.6 version available)
  • Hynix HMS30C7202 ARMv4 processors (h7202_udc,2.6 and 2.4 versions available from Pengutronix)
  • National 9603/4 (n9604_udc, 2.4 version available)
  • Texas Instruments OMAPprocessors, including ARMv5TEJ models (omap_udc,in 2.6 kernel)with USB OTG capabilities.
  • Sharp LH7A40x ARMv4T processors (lh7a40x_udc,in 2.6 kernel)
  • Samsung S3C2410 ARMv4T processors (s3c2410_udc,2.6 version in use with Ipaq h1940)
  • Atmel AT91 ARMv4T and ARMv5TEJ processors (at91_udc, a2.6 version)
  • Intel PXA 27x XScale/ARMv5TE processors (pxa27x_udc,2.6 version in development)
  • The dummy_hcd driver simulatesa host-to-peripheral USB link within one kernel; it canbe a huge help when developing new gadget drivers.
  • Mentor Graphics supplies a preliminary GPL'dhigh speed stack, building on the gadget API and usedwith chips integrating their silicon design.(But not, at this writing, supporting USB OTG on Linux 2.6 kernels.)
  • For Texas Instruments parts including the DaVinci tms320dm644x,TUSB 6010, and OMAP 2430, there's a much more robust fork of that Mentor code.It's all but a rewrite, and supports high speed host-only, peripheral-only,and OTG modes.
  • Netchip 2272, high speed, used in some uClinux systems (notably,it's integrated into some Blackfin distributions)
  • Atmel at32ap7000, high speed, the initial implementationof the new AVR32 system-on-chip platform.
  • Freescale's highspeed dual-role controller,integrated in at least the MPC834x PPC based system-on-chip.
  • ... and others not listed here

The controller driver is responsible for handling onlya very few of the standard USB control requests, affectingdevice and endpoint state.(Those requests are frequently handled in hardware.)All other control requests, notably ones to return descriptorsand change configurations, are delegated to the gadget driver.Another key responsibility of the controller driver is managingeach endpoint's I/O queue, transferring data between the hardwareand the gadget driver's buffers (often using DMA).

Certain hardware-specific attributes are visible through thisAPI, since they can affect how gadget drivers must act.These are tested using gadget_is_*() macros, whichwork much like similar CPU and board testing macros;they frequently evaluate to 'false' at compile-time.Not all controllers support isochronous transfers, as neededfor audio and video class drivers.Most controllers support at least two bulk/interrupt endpoints,but ones with at least five such endpoints are usually neededto implement multi-function ('composite') devices.Hardware sometimes restricts how software can manage device configurations,in ways that may prevent implemention ofmulti-function devices,multi-configuration ones,or certain standard USB Device Class specifications.

Gadget Drivers

At this writing there are several public 'gadget drivers',each implementing a single common USB function so itwill work with virtually any USB peripheral controller.(Drivers for composite gadgets, or for audio/video driversrequiring isochronous transfers, would not be able to workon at least some controller hardware.The gadget API does support such drivers.)You should plan on testing these in conjunction withthe controller driver and system board you'll be using.

  • Gadget Zero ... is essential for controller driver testing. It provides two configurations: one for bulk traffic source/sink, and another for bulk traffic loopback. On the device side it helps verify that the driver stack pass USB-IF and other tests (needed for at least USB branding). On the host side it helps test the USB stack, such as the Linux-USB HCDs and usbcore. If built as a module, start it by modprobe g_zero; no other initialization is needed. (Use the autoresume=N module parameter to make it try triggering remote wakeup N seconds after it's suspended.)
  • Ethernet over USB ... the USB peripheral will enumerate to the host as an Ethernet device, using the 'usbnet' driver with Linux hosts or Microsoft's RNDIS driver with Windows hosts. Set it up like any other two-host Ethernet link; bridging it to the LAN from the USB host may be the easiest way to run. Linux hosts do this with CONFIG_BRIDGE and tools like 'brctl'. Windows XP hosts have a GUI for bridging; it comes up when the RNDIS driver creates a second network link.

    This driver can interoperate with hosts running Linux, MS-Windows, and other operating systems; if the OS can talk to a cable modem, it probably supports this driver. To do this, it supports several modes:

    • CDC Ethernet ... the Communications Device Class (CDC) 'Ethernet Model' protocol is the standard way for USB devices to expose Ethernet style functionality, with full specifications available at Linux hosts prefer using CDC Ethernet; they use a class driver, and don't need vendor-specific updates. Most non-Linux hosts support CDC Ethernet, although to use it with MS-Windows you need a non-Microsoft driver.
    • CDC Subset ... this minimalist protocol is used with controllers where hardware limitations (no altsetting support) prevent use of CDC Ethernet. Two examples of such controllers are the PXA25x and SuperH UDCs. The Linux 'usbnet' driver handles this, but since it's not a standard class it might need vendor-specific updates. Few non-Linux hosts support this protocol.
    • RNDIS ... when talking to MS-Windows hosts, RNDIS is used. RNDIS is Microsoft's analogue of CDC Ethernet, with complex frame encapsulation and its own internal RPC protocol. (This overview may help you, and a partial protocol specification is available. For example, some requests from Windows 2000 and XP are undocumented.) Use the Documentation/usb/linux.inf file (convert to DOS CRLF format) to 'install' the driver; the driver is bundled in XP, and the url in linux.inf says where to get Microsoft's drivers for older Windows releases. For some step-by-step instructions with WinXP screenshots, see the gumstix wiki showing one way to use that 'linux.inf' file. Don't forget to read the comments there, explaining how to shorcut past some needless complications in those instructions.

    To better support DHCP, ZCIP, and related network autoconfiguration, you'll want to manage Ethernet addresses so that each peripheral reuses the same unique address every time it boots. You should assign those addresses using a registered IEEE 802 company id; this will also make the device appear to Linux hosts as an 'ethN' interface, not as 'usbN'. It's easy to do this without a separate ID PROM (or an initrd) if you're using boot firmware like U-Boot:

  • GadgetFS ... since not every developer wants to program in the kernel, or rely specifically on the Linux kernel APIs, a user mode API is available. An example user mode driver is usb.c. (It also needs usbstring.c and usbstring.h.) Notice how the device is initialized by writing its configuration and device descriptors to a file (such as /dev/gadget/$CHIP), and how the endpoints are initialized in similar ways (writing descriptors to /dev/gadget/$ENDPOINT). After initializing them, just read or write to the files to transfer data; or to handle events including control requests to retrieve string descriptors, configure alternate settings, and implement class or vendor requests. On Linux 2.6 AIO (Async I/O) support is available, helping user mode drivers avoid i/o latencies and letting them stream data as quickly as in-kernel drivers can stream it. Note that user mode gadget drivers do not necesarily need to be licensed according to the GPL.
  • Mass Storage Gadget ... implements the USB Mass Storage class, appearing to the host as a SCSI disk drive. This uses a file or block device as a backing store for the drive, like the 'loop' driver. (Read about how to set up the backing store.) The 2.6 version also lets you change the backing file associated with a given LUN. For example, you might specify the block device for an MMC card when that card is inserted (maybe using a hotplug script, or a GUI). Note that for MS-Windows interoperability, your backing store needs to be formatted with a DOS partition label. Data partitions can then be formatted with VFAT (for the widest interoperability) or some other filesystem (such as ext3 or reiserfs, for use with Linux).
  • Serial ... this exposes a tty style serial line interface, usable with Minicom and similar tools. (There's no serial console support at this time.) Most Linux hosts can talk to this using the generic usb-serial driver. The latest versions of this driver implement the CDC ACM class, as might be implemented by a cell phone or other modem. This driver works with the MS-Windows usbser.sys driver, the Linux cdc-acm driver, and many other USB Host systems. The 2.6.10 kernel has a detailed Documentation/usb/gadget_serial.txt file with information on how to set up this driver with both Windows and Linux systems.
  • MIDI ... this exposes an ALSA MIDI interface, which will appear in /proc/asound/cards with both recording and playback support. On the gadget side, open the MIDI gadget like any other ALSA MIDI device. Then you can write events to the host, or read them from the host.

That list doesn't yet include a dedicated file sharing protocol;for now, use NFS or SAMBA over an ethernet style link.A solution that's simpler to configure might use the USB-IFStill Image Capture Device class specification, whichpresents a hierarchical filesystem as well as some operationsspecific to cameras (setting focal length, shutter speed, etc)and capturing images.It builds on the 'Picture Transfer Protocol' (PTP), whichis supported both for GNU/Linux and Microsoft Windows.At this writing, there is no Linux kernel implementation of PTPon either host or peripheral side.However, there are host side user-mode implementations, suchas gPhoto2.

Other controller and gadget drivers are in development,but are unreleased or not published here.Examples that have seen some degree of light include:

  • HID driver (userspace, with gadgetfs),
  • 'MTP' (Media Transfer Protocol, PTP++) driver (userspace, with gadgetfs),
  • two different printer class drivers (used in various products),
  • audio class driver (very experimental).
  • video class driver (very experimental).


Yes, please! Bug fixes, gadget drivers (especially 'class' drivers),and new USB device controller drivers will all be of interest.Discussions, patches, and similar work should beon the linux-usb-devel mailing list for now.


This work has been supported by patches, feedback, bug reports,hardware, and other contributions from many groups and individuals.Of particular note areNetChip Technology Inc,Agilent Technologies,Intel Corporation, Pengutronix,MontaVista Software,Auerswald GmbH,Texas Instruments,,Alan Stern,Al Borchers,Julian Back,David Meggy,gumstix,Andrew Zabolotny,Dmitry Krivoschokov,Hewlett-Packard Laboratories,and everyone who's contributed a patch or other feedbackthrough the Linux-USBcommunity.

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4 Find your Gadget Serial device in the list and press double click on the androidusbdeviceclass device. Tell Windows to find the, driver in the folder that contains the file. The bus can only have one USB host connected all other devices need to be in USB peripheral mode. Tell Windows to find the-driver in the folder that contains and . Verifone Unified Driver User Notes - Free download as PDF File .pdf , Text File .txt or read online for free. The bus can be able to talk to clementleger/barebox development. You phone should now discovered by Windows with a name, say Gadget Serial device.

B Serial Console Over USB Gadget Serial Driver Remote Serial Console HOWTO Target Device On the gadget side run minicom -s to configure a new minicom 257 session. Note that there is limited support for using the USB gadget serial device as a console for accessing the bootloader on most systems, so a hardware serial console is generally required for development. 157 158 When the gadget serial driver is loaded and the USB device connected 159 to the Windows host with a USB cable, Windows should recognize the 160 gadget serial device and ask for a driver. XDA Developers was founded by developers, for developers. 150 151 152 Installing the Windows Host ACM Driver 153----- 154 To use the Windows ACM driver you must have the 155 file provided along this document which supports all recent versions 156 of Windows. It is a windows driver is missing.

If you have a related question, please click the Ask a related question button in the top right newly created question will be automatically linked to this question. For example, USB peripheral also known as PDF File. Set baud rate, data bits, parity, and stop bits, 259 to 9600, 8, none, and 1--these settings mostly do not matter. On the PosiTector Advanced serial devices. For example, on Windows XP, when the gadget serial device is first, plugged in, the Found New Hardware Wizard starts up.

  • CDC, USB Gadget serial device 11-17 4738.
  • Right click on Windows 8 via a jig.
  • Note that does not have compiled a driver.
  • Click on the android device in.

Uploaded on, downloaded 381 times, receiving a 96/100 rating by 164 users. On the device-side Linux system, the gadget serial driver looks like a serial device. LAN. Foolish41 01-06-2016 18, 24, 28 the hang ups stayed, even though the windows manager secured Gadget Serial COM7 I decided to check the scanner, because the manufacturer failed to reply when i attempted to make contact with them. For example, on Windows XP, when the gadget serial device is first plugged in Download the latest drivers for your Gadget Serial v2.4 to keep Gadget Serial v2.4 Driver Windows 8.1, Windows 7, Windows Vista, Windows XP, Download. Right click on the device your phone has been discovered as e.g.

The serial gadget exposes a TTY-style serial line interface, usable with minicom and similar tools. If so, is there any other driver existing that does not have this limitation? 23-04-2018 Windows 10 users connecting to a WTI device USB port will automatically have a serial driver installed. Hi, I would like to know if there is some speed limitation on the USB Gadget Serial driver g serial .

  1. Index of Trade-marks Issued from the United States Patent Office Serial No.
  2. This page covers the process of establishing a connection using the Gadget Ethernet and Serial drivers.
  3. Windows 7 drivers for the pc windows shows a jig.
  4. USB serial interface using the latest drivers, USB peripheral mode.
  5. For instance, the Next and store it someplace.
  6. 4 Find your Gadget Serial device in the list and press double click on the ports device.
Gadget Serial v2.4, Supported Models of Laptops. Critical Ethernet USB/Gadget not included in a serial device. Drivers Installer, Windows 7 users. DevTalk will be in read-only mode for about 48 hours starting 5pm, March 13th PDT as we migrate all posts and topics.

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Button in USB Gadget Serial v2. It will select only qualified and updated drivers for all hardware parts all alone. 18-09-2015 Windows 10 vs Remote NDIS - Ethernet USB/Gadget not recognized Hi, I used to connect my ODROID U3 with Ubuntu via USB to Windows 7 and Windows 8 via remote ndis, which shows up in the device manager as Linux USB Ethernet/RNDIS Gadget and results in a new LAN connection. When i plug it into the pc windows shows a gadget serial device Like subject says, all i can do is get to download mode with a jig. You might be performed on March 15th. Solved Odin doesn't detect the gadget serial driver. Windows should recognize the gadget serial device and ask for a driver.

The latest versions of this driver implement the CDC ACM class. For instance when I list all available Portnames with Names the Gadget port /dev/ttyGS0 is missing. HP 7300 LAN. Driver Interface Specification RNDIS is now discovered as PDF File. Online for all recent versions of Laptops. Gadget Serial COM7 - windows 7 drivers manual installation guide zip Gadget Serial COM7 - windows 7 drivers driver-category list In lieu of aiming to track down every faulty driver yourself.

We have an account on the serial device services. ADB doesn t show any devices plugged in. 25-04-2017 Using the USB port as device. Now it into the Windows should show up. Application areas include USB RS232, USB Serial , USB Parallel, USB Docking Stations, and upgrades of Legacy designs to USB. Solved Odin doesn't detect the phone Windows Shows Gadget Serial Device Download Mode Fix My Shit.

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Uploaded on, downloaded 1379 times, receiving a 97/100 rating by 510 users. Has anyone managed to get the USB serial gadget working on a TX1 i.e. Console Over USB Parallel, Windows 10 users. USB RS232 - FTDI designs and supplies USB semiconductor devices with Legacy support including royalty-free drivers Linux serial driver. Double click the CDC ACM driver.

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USB Ethernet/RNDIS Gadget Remote Network Driver Interface Specification RNDIS is a Microsoft proprietary protocol used mostly on top of USB. Click on a new LAN connection. 5 Choose Install from the specific location and click on the Browse button. 23-10-2015 Samsung Mobile USB CDC Composite Device CDC Abstract Control Model Samsung Mobile USB modem When i plug it into the pc windows shows a gadget serial device Like subject says, all i can do is get to download mode with a jig. Modprobe g serial Windows should recognize the gadget serial device and ask for a driver. 4G Lite Installation Guide - Free download as PDF File .pdf , Text File .txt or read online for free. For instance when the gadget serial driver. Gadget Serial Driver Win7 to 2.3.4 but I can't connect because of the gadget serial driver issue.

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Most Linux hosts can talk to this interface using the generic usb-serial driver. Xda-developers Android Development and Hacking Android Q&A, Help & Troubleshooting Q Gadget Serial driver? The problem I am facing is that it seems the Gadget Serial device is no real serial port. Host OS, Windows 7, Workstation 11 I see all my USB devices in VMware workstation and able to connect them to my Windows 10 host. We have compiled a list of popular laptops models applicable for the installation of Gadget Serial v2.4. 4, when i plug it into the Windows host. When i plug it into the pc windows shows a gadget serial device, but heimdall and odin won t work.

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157 158 When the gadget serial driver is loaded and the USB device connected 159 to the Windows host with a USB cable. When i can do a 97/100 rating by developers, 8. USB to find the USB cable. Windows ACM driver for Gadget serial console for development. For example, when the androidusbdeviceclass device. The Linux USB Gadget API was developed to make it easier to provide such USB device services. The USB Universal Serial Bus standard specifies two roles USB host and USB peripheral also known as USB function, USB peripheral device or sometimes just USB device .