Alright, let's figure out why your Android emulator is crashing on Windows Server 2016 with that "the emulator process for AVD_Pixel3A was killed" error. Since you've already confirmed virtualization is enabled and Hyper-V isn't installed, here are the most effective fixes I've helped other developers with in similar scenarios:

1. Install the Desktop Experience Feature #

Windows Server 2016 doesn't include some desktop-focused components that the Android emulator depends on. The key one here is Desktop Experience:

• Open Server Manager > Go to Manage > Add Roles and Features
• Walk through the setup wizard until you reach the "Features" section
• Expand User Interfaces and Infrastructure, then check the Desktop Experience box
• Finish the installation and restart your server—this adds essential UI and media components the emulator needs

2. Force Software Rendering for the Emulator #

Hardware acceleration can be finicky on Windows Server. Switching to software rendering often resolves crash issues:

• In Android Studio, go to Tools > AVD Manager
• Find your Pixel 3A AVD, click the dropdown menu next to it, and select Edit
• In the configuration window, click Show Advanced Settings
• Under the "Emulated Performance" section, set Graphics to Software - GLES 2.0
• Save the changes and try launching the emulator again

3. Reduce Emulator Memory Allocation #

Windows Server prioritizes system resources differently, so the default emulator RAM might be too high:

• Edit your Pixel 3A AVD in the AVD Manager
• Navigate to the Memory and Storage section
• Lower the RAM value (start with 1GB or 1.5GB instead of the typical 2GB default)
• Also reduce the VM Heap to 256MB if it's set higher
• Save and test the emulator—lower memory usage reduces the chance of the system killing the process

4. Temporarily Disable Windows Defender Real-Time Protection #

Sometimes Windows Defender's background scanning interferes with the emulator's process:

• Open Windows Defender Security Center > Go to Virus & Threat Protection > Virus & Threat Protection Settings
• Toggle off Real-Time Protection (don't forget to turn it back on after testing!)
• Launch the emulator to see if the crash stops

5. Update Android Studio and Emulator Components #

Outdated software often has compatibility bugs with server OSes:

• In Android Studio, go to Help > Check for Updates
• Install all available updates for Android Studio itself and the Android Emulator component
• Restart Studio and try launching your AVD again

6. Launch the Emulator via Command Line for Detailed Logs #

If the above steps don't work, launching via command prompt can reveal specific errors:

• Open Command Prompt and navigate to the emulator directory:
  cd C:\Users\<YourUsername>\AppData\Local\Android\Sdk\emulator
• Run this command to start the emulator with verbose logging:
  emulator -avd AVD_Pixel3A -verbose
• Look through the output for messages like missing DLLs, permission denials, or resource limits—these will point you to the exact issue to fix

Give these steps a try in order, and I bet one of them will get your emulator running smoothly on Windows Server 2016. Let me know if you need more details on any step!

内容的提问来源于stack exchange，提问作者Maxwell