To launch the device, select it and press Start. Below is a list of my downloaded virtual devices (I added a few more to the list). The virtual device will be downloaded and once the download is complete, the device will be listed in the main Genymotion window. We’ll add a Samsung Galaxy S5 running Android 4.4.4. Select the device you want to add and click Next.

At time of writing this article, the highest version number is Android 5.0 preview running on a Nexus 5. After signing in, you will be shown a list of available devices, which you can filter by Android version or device model. You will be prompted to log in to discover available virtual devices. To add a device, click on the Add button. Since this is your first install, you won’t have any virtual devices listed or be logged in as shown in the above image. When installing VirtualBox, ensure you have VirtualBox Networking enabled.For the Mac install, make sure to drag both Genymotion and Genymotion Shell to the Applications folder.Īfter installing, launch the Genymotion application to open the main Genymotion window where you can see a list of virtual devices, add new devices and configure settings. For installation instructions for your particular development environment, check out this page. The Windows installer includes the VirtualBox dependency so you won’t need to install it manually. For Mac and Linux, you will need to first install Oracle VirtualBox. When you log in you will be directed to a download page where you download an installer for your machine. To download, create an account on the Genymotion website. For general testing, the free version is sufficient. For a list of these, take a look at this list.

You can get it for free and it has a premium license which adds more features to the emulator. It is available for Windows, Mac and Linux. It works by creating a virtual machine through VirtualBox to deliver an Android emulator with support for hardware sensors such as GPS, accelerometer and battery. The Genymotion emulator uses x86 architecture virtualization and OpenGL hardware acceleration which makes running your apps more efficient. This resulted in an emulator that was noticeably faster than the default Android emulator.ĪndroVM was bought by Genymobile and they released Genymotion which is a commercial product that improves on AndroVM.

A solution to this was AndroVM which provided an Android VM client for VirtualBox. The emulator is not only slow in booting up, but on all subsequent runs of your app. Even on a powerful machine, it is manageable at best. If you have been developing Android apps for some time and have been using the default emulator, then you know how frustratingly slow it can be.

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