Amazon Prime Video App For Smart Tv Download Latest Version
Jeffrey Dyer
Most Amazon Fire TV developers build apps for both Google Play and the Amazon Appstore, using the same Android-based code for both app markets and devices. Because Amazon devices don't use Google services (they use Amazon services and APIs instead), you might need to target your code in different ways. Additionally, within Fire OS, there are several versions:
This documentation provides details on identifying Amazon devices based on features, models, and API levels. You can find details about which Fire TV device has which Fire OS version in the Fire TV Device Specifications.
amazon prime video app for smart tv download latest version
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You can identify Amazon Fire TV devices by looking for amazon.hardware.fire_tv as a feature. You can also use patterns in the android.os.Build.MODEL. See the Fire TV Device Specifications for information about each device's build model. The following image shows the build model for each device. (You can see this dialog when you upload your APK into the Dev Console.)
All Fire TV devices can be identified through the feature amazon.hardware.fire_tv. You get the feature by calling the getPackageManager() method on the Context object and checking whether hasSystemFeature() returns com.hardware.amazon.fire_tv. The following code shows a sample:
However, as more Amazon-powered devices come to market with non-Amazon manufacturers, combining the android.os.Build.MODEL with the Build.MANUFACTURER may not always work. Because of this, include a sensible fallback approach for future Amazon Fire TV devices based on the com.hardware.amazon.fire_tv feature. Here's a code sample that looks for the model but falls back on the feature:
To implement conditional behavior based on Android API level, you can check for the API level of the device using SDK_INT. For example, the following code checks whether the version is greater than or equal to API level 25:
To check whether 4K is supported, use the standard Android Display.Mode APIs, which were introduced in Android 6.0. Display.Mode allows applications to query physical display sizes and switch to a different HDMI display mode.
For Fire OS 5 devices (which are based on Android 5.1, before Display.Mode was released), Display.Mode is also available (due to some backporting of these APIs into Fire OS) but reflection must be used. Amazon provides a 4K Extension Library that wraps these Android APIs via reflection and provides a simple interface for them. See APIs for HDMI Mode Switch for more details.
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An AppStream 2.0 image that uses the latest AppStream 2.0 agent or agent versions published on or after November 14, 2018. For information about AppStream 2.0 agent versions, see AppStream 2.0 Agent Release Notes.
The Windows native client supports UDP as well as the default TCP-based streaming over NICE DCV. For more information about NICE DCV and UDP, see Enabling the QUIC UDP transport protocol. If you want to enable UDP streaming for the Windows native client, make sure you meet the following requirements. If you don't meet the following requirements, the Windows native client will default back to TCP-based streaming.
We recommend an internet connection for AppStream 2.0 client installation. In some cases, the client can't be installed on a computer that is not connected to the internet, or USB devices might not work with applications streamed from AppStream 2.0. For more information, see Troubleshooting AppStream 2.0 User Issues.
Native application mode provides a familiar experience for your users during their AppStream 2.0 streaming sessions. When your users connect to AppStream 2.0 in this mode, they can work with their remote streaming applications in much the same way that they work with applications that are installed on their local computer. Each streaming application in native application mode opens in its own window, and application icons appear on the taskbar on your users' local PC.
If you want your users to connect to AppStream 2.0 in classic mode only, you can configure the NativeAppModeDisabled registry value to disable native application mode. For more information, see Choose Whether to Disable Native Application Mode.
To enable this feature for your users, you must use an image that uses a version of the AppStream 2.0 agent released on or after February 19, 2020. In addition, version 1.1.129 or later of the AppStream 2.0 client must be installed on your users' PCs. For more information about client versions, see AppStream 2.0 Client Release Notes.
If AppStream 2.0 client version 1.1.129 or later is installed on your users' computer, but you are not using an image that uses an agent version released on or after February 19, 2020, the client falls back to classic mode even if native application mode is selected.
When users try to dock or undock tabs in one browser window into separate windows during a streaming session in native application mode, their remote streaming browser doesn't work the same way as a local browser. To perform this task during a streaming session in native application mode, users must press the Alt key until their browser tabs are docked into separate browser windows.
To help with troubleshooting issues that might occur when your users are using the AppStream 2.0 client, you can enable automatic or on-demand diagnostic log uploads, or let your users do so themselves.
Diagnostic logs do not contain sensitive information. You can disable automatic and on-demand diagnostic log uploads on user PCs that you manage, or allow your users to disable these features themselves.
When you install the client on PCs that you manage, you can configure the AppStream 2.0 client to upload diagnostic logs automatically. That way, when a client issue occurs, the logs are sent to AppStream 2.0 (AWS) without user interaction. For more information, see Configure Additional AppStream 2.0 Client Settings for Your Users.
Or, you can let your users choose whether to enable automatic diagnostic log uploads when they install the AppStream 2.0 client, or after client installation. For guidance that you can provide your users to help them perform this task, see Setup.
If you require more control over logging, you can disable automatic logging and enable on-demand diagnostic log uploads. If you let your users upload diagnostic logs on demand, they can also choose whether to send minidumps (error reports) to AppStream 2.0 (AWS) if an exception occurs or the client stops responding.
With certain exceptions, USB redirection is required for the AppStream 2.0 client to support USB devices. And in most cases, when USB redirection is required for a device, you must qualify the device before it can be used with AppStream 2.0 streaming sessions. For more information, see USB Redirection.
AppStream 2.0 supports the use of multiple monitors during streaming sessions, including monitors that have different resolutions. To help ensure an optimal streaming experience, we recommend that users who have monitors with different resolutions set the display scale for their monitors to 100 percent.
For AppStream 2.0 streaming sessions that use native application mode, monitors with up to 2K resolution are supported. If higher-resolution monitors are used for streaming sessions, the AppStream 2.0 client falls back to classic mode. In this scenario, the AppStream 2.0 classic mode streaming view occupies 2K of the screen, and the remaining portion of the screen is black.
The following AppStream 2.0 instance types support up to 4 monitors and a maximum display resolution of 2560x1600 pixels per monitor: General Purpose, Memory Optimized, Compute Optimized, Graphics Design, and Graphics Pro.
AppStream 2.0 supports real-time audio-video (AV) by redirecting local webcam video input to AppStream 2.0 streaming sessions. This capability enables your users to use their local webcam for video and audio conferencing within an AppStream 2.0 streaming session. With real-time AV and support for real-time audio, your users can collaborate by using familiar video and audio conferencing applications without having to leave their AppStream 2.0 streaming session.
When a user starts a video conference from within an AppStream 2.0 streaming session, AppStream 2.0 compresses the webcam video and microphone audio input locally before transmitting this data over a secure channel to a streaming instance. During their streaming sessions, users can enable audio and video input by using the AppStream 2.0 toolbar. If users have more than one webcam (for example, if they have a USB webcam that is connected to their local computer and a built-in webcam), they can also choose which webcam to use during their streaming session.
For AppStream 2.0 agents released on or after May 17, 2021, real-time AV is enabled by default. To create a streaming URL for testing, you can skip steps 3 through 6 and disconnect from the image builder. If you need to disable real-time AV, complete all of the steps, and disable webcam permissions in step 4.
The image builder must use a version of the AppStream 2.0 agent released on or after June 24, 2021 to support video when connecting using web browser access. For more information about supported web browsers, see Web Browser Access.
If the image builder that you want to connect to is joined to an Active Directory domain and your organization requires smart card sign in, you must create a streaming URL and use the AppStream 2.0 client for the connection. For information about smart card sign in, see Smart Cards.