Register using a QR code: To identify your device's serial number through a QR code, tap Scan QR code, and tap OK. Line up your phone's camera with the device's QR code. Make sure you use the barcode on the device itself, not on the packaging. When the device is found, follow the on-screen instructions to register it.
Scan the barcode or manually enter: To scan a barcode on your device or manually enter its numbers, tap Enter info or scan barcode. Select your device type (phone, watch, TV, etc.). From here, you can enter the necessary information. If you'd like to scan a barcode, tap the barcode icon next to your desired option, such as Model number. When you're finished entering or scanning, tap Register.
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When registering a product to your Samsung account, you will need to enter some information about your device. Some mobile devices (like phones or LTE tablets) require you to enter an IMEI number, while appliances and other devices require a serial number and model number. However, keep in mind that if you can sign into your Samsung account on the device, that will automatically register it to your Samsung account.
Our Knowledge Base with curated Q&As will point you in the right direction to troubleshoot your error code yourself. Be sure to search the error code you are struggling with along with your product model number in our Knowledge Base.
Canon CanadaYou may obtain technical support* for your Product as follows:Telephone assistance from a Canon Canada Customer Care representative free of charge during regular business hours at 1-800-OK-CANON (1-800-652-2666)When you call, have your Product serial number and your date of purchase available to expedite service. A Canon Customer Care representative will attempt to diagnose the nature of the problem and correct it over the telephone. If the problem cannot be corrected over the telephone, you will be asked to follow the applicable procedures for MAIL-IN SERVICE. Note that a dated proof of purchase is required at the time of service. This requirement will be satisfied by providing a copy of your dated bill of sale.
MAIL-IN SERVICE is a program under which your Product is repaired by a Canon U.S.A. or a Canon Canada authorized service center for the Product. Authorized service center information can be obtained by visiting www.canontechsupport.com (US customers only) or by contacting the Canon U.S.A., Customer Care Center or Canon Canada Customer Information Centre at 1-800-OK-CANON (1-800-652-2666). You will be given the name, address and phone number of an authorized service center.
You will receive tracking information via email once your order leaves the warehouse. Please allow up to 2 business days for your order to be processed and shipped. If it has been more than 2 business days since you placed your order and you still have not received your tracking number, please check your spam/junk box and then contact customer service.
The location of these bays is shown in the following figure. The ST50 drive option part numbers include the SATA cable and power cable needed to connect the drive to the onboard SATA controller on the system board.
Each drive option part number includes a SATA signal cable and a power cable to connect the drive to the onboard SATA controller on the system board. For CTO orders, the necessary cables will be derived by the configurator.
The RDX drive is attached via the USB 3.0 port on the system board. The RDX drive requires a USB cable (included in the drive part number) and a power cable (included in cable kit 4Z57A13568 and 4Z57A80513).
The use of an LTO tape drive requires the ThinkSystem 430-8i SAS/SATA 12Gb HBA, 7Y37A01088. The LTO tape requires a SAS cable (included in the drive part number) and a power cable (included in cable kit 4Z57A13568 and 4Z57A80513).
The use of the slim optical drive requires the media bay conversion kit 4M17A12096 (which also adds a fourth drive bay). The drive is connected by a USB cable which is included in the drive option part number. A separate power cable is not needed.
For customers in United Kingdom: The adapter is not correctly labelled for sale in the UK market as a standalone option. As a result, for UK customers, the adapter is only supported as a factory installed component, not as an option part number.
Health monitoring, event log, alerts, hardware inventory, boot device selection, and remote power control features are accessible out-of-band with a web browser. Serial over LAN, IDE/USB Redirect, and KVM redirection features require third-party tools that are not supplied or supported by Lenovo.
Network latency and bandwidth can affect user experience and USB device operation when using generic USB redirection for some types of USB devices. For example, timing-sensitive devices might not operate correctly over high-latency low-bandwidth links. Use optimized support instead where possible.
Some USB devices require high bandwidth to be usable, for example a 3D mouse (used with 3D apps that also typically require high bandwidth). If bandwidth cannot be increased, you might be able to mitigate the issue by tuning bandwidth usage of other components using the bandwidth policy settings. For more information, see Bandwidth policy settings for Client USB device redirection, and Multi-stream connection policy settings.
USB devices are often used to distribute malware. Configuration of Citrix Workspace app and Citrix Virtual Apps and Desktops can reduce, but not eliminate, risk from these USB devices. This situation applies whether generic USB redirection or optimized support is used.
Generic USB redirection is supported for USB 2.0 and earlier devices. Generic USB redirection is also supported for USB 3.0 devices connected to a USB 2.0 or USB 3.0 port. Generic USB redirection does not support USB features introduced in USB 3.0, such as super speed.
If you are using earlier versions of the Citrix Workspace app, see the Citrix Workspace app documentation to confirm that generic USB redirection is supported. See Citrix Workspace app documentation for any restrictions on USB device types that are supported.
Specify that devices are connected automatically without manual redirection. You can do this using an Administrative template or in the Citrix Workspace app for Windows > Preferences > Connections.
USB devices are automatically redirected when USB support is enabled and the USB user preference settings are set to connect USB devices automatically. USB devices are also automatically redirected when the connection bar is not present.
Users can explicitly redirect devices that are not automatically redirected by selecting the devices from the USB device list. For more information, the Citrix Workspace app for Windows user help article, Display your devices in the Desktop Viewer.
If both generic USB redirection and the client drive mapping policies are enabled and a mass storage device is inserted either before or after a session starts, it is redirected using client drive mapping. When both generic USB redirection and the client drive mapping policies are enabled and a device is configured for automatic redirection and a mass storage device is inserted either before or after a session starts, it is redirected using generic USB redirection. For more information, see Knowledge Center article CTX123015.
To prevent users from adding or changing files and folders on mapped client-devices, enable the Read-only client drive access policy setting. When adding this setting to a policy, ensure that the Client drive redirection setting is set to Allowed and is also added to the policy.
Ever since the original IBM PC, personal computers have been equipped with one or two serial ports, also called COM ports by DOS and Windows. Serial ports were commonly used with modems, and some computer mice used to be connected to serial ports before USB became commonplace.
While serial ports are no longer as common as they used to be, there are still some important uses left for them. For example, serial ports can be used to set up a primitive network over a null-modem cable, in case Ethernet is not available. Also, serial ports are indispensable for system programmers needing to do kernel debugging, since kernel debugging software usually interacts with developers over a serial port. With virtual serial ports, system programmers can do kernel debugging on a virtual machine instead of needing a real computer to connect to.
If a virtual serial port is enabled, the guest OS sees a standard 16550A compatible UART device. Other UART types can be configured using the VBoxManage modifyvm command. Both receiving and transmitting data is supported. How this virtual serial port is then connected to the host is configurable, and the details depend on your host OS.
Host Device: Connects the virtual serial port to a physical serial port on your host. On a Windows host, this will be a name like COM1. On Linux or Oracle Solaris hosts, it will be a device node like /dev/ttyS0. Oracle VM VirtualBox will then simply redirect all data received from and sent to the virtual serial port to the physical device.
Raw File: Send the virtual serial port output to a file. This option is very useful for capturing diagnostic output from a guest. Any file may be used for this purpose, as long as the user running Oracle VM VirtualBox has sufficient privileges to create and write to the file.
TCP Socket: Useful for forwarding serial traffic over TCP/IP, acting as a server, or it can act as a TCP client connecting to other servers. This option enables a remote machine to directly connect to the guest's serial port using TCP.
TCP Server: Deselect the Connect to Existing Pipe/Socket check box and specify the port number in the Path/Address field. This is typically 23 or 2023. Note that on UNIX-like systems you will have to use a port a number greater than 1024 for regular users. 2ff7e9595c
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