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Live Ready Device Serial Number



To find your serial on a Mac computer, click the Apple icon at the top-left corner of your screen and click to About This Mac. You will then see your serial number at the bottom of the pop-up window.


Then choose your device, enter its serial number, or click Skip this step. Next, you can search for the closest Apple Store by using your current location or entering a zip code or address. After you select a location, you can choose an available time and date to bring your item in for repairs or to return it.




Live Ready Device Serial Number



Portal Prisma Cloud LIVE Community or Customer Support PortalPhone With the Premium Success Plan, you can reach a regional Support team at these numbers. Please have your serial number ready.


In residence halls, internet-ready devices like smart TVs or other multimedia equipment are connected to the ecu-wifi network or the wired network as they are not supported by eduroam. You can register up to two internet-ready devices following these instructions to avoid daily authentication.


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.


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.


Apple has determined that certain iPhone 6s and iPhone 6s Plus devices may not power on due to a component that may fail. This issue only affects devices within a limited serial number range that were manufactured between October 2018 to August 2019.


The serial number you entered is not eligible under this program due to one of the following reasons: - It's not in the affected serial number range. - Our records show that your device has already been serviced as part of this Program. - Our records show your device is no longer eligible for a free service under this Program. If you have questions, please contact us.


On the back of the TV on a sticker that shows a bar code and serial number. This sticker may be on either the right or left side, depending on the model; but is normally located in the lower half of the back of the TV. The model number may also be visible on the side of the TV panel.


Chapter 1 described how to connect the Arduino serial port to your computer to upload sketches. The upload process sends data from your computer to Arduino and Arduino sends status messages back to the computer to confirm the transfer is working. The recipes here show how you can use this communication link to send and receive any information between Arduino and your computer or another serial device.


Your Arduino sketch can use the serial port to indirectly access (usually via a proxy program written in a language like Processing) all the resources (memory, screen, keyboard, mouse, network connectivity, etc.) that your computer has. Your computer can also use the serial link to interact with sensors or other devices connected to Arduino.


Implementing serial communications involves hardware and software. The hardware provides the electrical signaling between Arduino and the device it is talking to. The software uses the hardware to send bytes or bits that the connected hardware understands. The Arduino serial libraries insulate you from most of the hardware complexity, but it is helpful for you to understand the basics, especially if you need to troubleshoot any difficulties with serial communications in your projects.


Some serial devices use the RS-232 standard for serial connection. These usually have a nine-pin connector, and an adapter is required to use them with the Arduino. RS-232 is an old and venerated communications protocol that uses voltage levels not compatible with Arduino digital pins.


The Arduino Mega has four hardware serial ports that can communicate with up to four different serial devices. Only one of these has a USB adapter built in (you could wire a USB-TTL adapter to any of the other serial ports). Table 4-1 shows the port names and pins used for all of the Mega serial ports.


Sometimes you need more serial ports than the number of hardware serial ports available. If this is the case, you can use an additional library that uses software to emulate serial hardware. Recipes 4.13 and 4.14 show how to use a software serial library to communicate with multiple devices.


To display text and numbers from your sketch on a PC or Mac via a serial link, put the Serial.begin(9600) statement in setup(), and then use Serial.print() statements to print the text and values you want to see.


Your sketch must call the Serial.begin() function before it can use serial input or output. The function takes a single parameter: the desired communication speed. You must use the same speed for the sending side and the receiving side, or you will see gobbledygook (or nothing at all) on the screen. This example and most of the others in this book use a speed of 9,600 baud (baud is a measure of the number of bits transmitted per second). The 9,600 baud rate is approximately 1,000 characters per second. You can send at lower or higher rates (the range is 300 to 115,200), but make sure both sides use the same speed. The Serial Monitor sets the speed using the baud rate drop down (at the bottom right of the Serial Monitor window in Figure 4-2). If your output looks something like this:


You can use a liquid crystal display as a serial output device, although it will be very limited in functionality. Check the documentation to see how your display handles carriage returns, as some displays may not automatically advance to a new line after println statements.


You can also send binary data using structures. Structures are a mechanism for organizing data, and if you are not already familiar with their use you may be better off sticking with the solutions described earlier. For those who are comfortable with the concept of structure pointers, the following is a function that will send the bytes within a structure to the serial port as binary data:


Set the variable portIndex to match the port used by Arduino. You can see the port numbers printed in the Processing text window (the area below the source code, not the separate Display window; see ). Recipe 1.4 describes how to find out which serial port your Arduino board is using.


Use TSDR to retrieve status information and to view and download documents for pending and registered trademarks. TSDR also displays information contained in the USPTO records regarding International Registrations and applications for International Registration filed under the Madrid system through the United States. To access TSDR, enter a valid trademark serial number or registration number and select either the "Status" or "Documents" buttons.


To get started, Once you have confirmed that your camera supports Snapbridge, download and install the SnapBridge app on your smart device. Before connecting, you should also turn on Bluetooth on your smart device. Once this is done, you are ready to pair your camera and smart device which is done via Snapbridge. You do not need to access the settings on your smart device at all, all of the pairing setup is done via the Snapbridge app. To make sure the pairing is a success, it is best to start with a fully charged battery on both the camera and smart device.


- On iOS, your smart device will ask you to select an accessory, which should be your camera with the serial number, select this by touching the screen to confirm that is the accessory you want to pair with


Snapbridge Main Screen (Camera Icon)When you look at the main snapbridge screen, it will show you the camera you are currently connected to, alongside the serial number of that camera as well. You will also see a symbol showing whether you have an active connection or not to a smart device, and if that connection to the camera is via Bluetooth or Wi-Fi.


When connected to your camera via Wi-Fi, your smart device can display a live view of everything your Nikon camera sees, so you can compose shots on its screen, alter camera settings and then remotely fire the shutter. Remote Photography only works over a Wi-Fi connection which the camera will automatically establish using the snapbridge app. On some smart devices you may need to go into the Wi-Fi settings on the device to establishthe connection.


Settings Cog Wheel: Gives you the option to automatically download the remotely captured images to your smart device, set the self timer feature and toggle the live view screen on or off.


The icon (two arrows above each other) on the bottom right of the screen next to the remote photography bar, allow you to toggle between either full remote live view capture via the camera - this is the Remote photography setting. Alternatively, you could just use your smart device as a Bluetooth trigger in the Bluetooth remote control mode. 2ff7e9595c


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