Develop Reference

Android Emulator ARM64 won't start "The emulator process for AVD Pixel_6_Pro_API_33_ARM64 has terminated." But x86_64 works fine

I am unable to start ARM64 emulator on my Windows 10 system but x86_64 works fine. Intel HAXM installed successfully, so of course virtualization is enabled
What can be the reason?
DualCore Intel Core i5-7300U
Update
Running an emulator from the console it prints the next error:
PANIC: Avd's CPU Architecture 'arm64' is not supported by the QEMU2 emulator on x86_64 host
Update 2
It seems we can not use newer Android API for ARM64 emulator on x86_64 systems - https://stackoverflow.com/a/74819011/7767664

Cannot start up ARM64-v8a based emulator in Android Studio Chipmunk

I am unable to start up an ARM-based emulator in Android Studio Chipmunk. Getting the error:
PANIC: Avd's CPU Architecture 'arm64' is not supported by the QEMU2 emulator on x86_64 host.
I am running Android Studio an a MacBook with Intel core i7 chipset. The x86_64-based emulators come up fine. Is it not possible to run an ARM-based emulator with the Intel core i7 chipset? The reason I wanted to use an ARM-based emulator is because I have an executable with these properties:
ELF executable, 64-bit LSB arm64, static, not stripped
so I thought I have to use an ARM-based emulator to run this executable. Is this not right, i.e., would it be possible to run this arm64 executable in an x86_64 based emulator? TIA for any info.

The emulator process for AVD XXX has terminated

I just installed Android Studio yesterday. I have all of the latest versions for the emulator, studio and adb.
I created a new emulator using Android Q API 29 arm64-v8a (Android 10). When trying to launch this I am getting The emulator process for AVD Pixel 5 API 29 has terminated.. I am not sure what the issue is. I have tried the following.
Adding advancedFeatures.ini
Making sure I have enough HDD space
Restarting
Making sure everything is up to date.
When launching from the terminal I get the error:
C:\Users\User\AppData\Local\Android\Sdk\emulator>emulator -avd Pixel_5_API_29
INFO | Android emulator version 31.2.10.0 (build_id 8420304) (CL:N/A)
PANIC: Avd's CPU Architecture 'arm64' is not supported by the QEMU2 emulator on x86_64 host.
I am not sure what to do at this point. Not sure why Android Studio would offer these if the program cannot run it. I am on a Samsung S9+ and I am trying to develop using the same architecture.

look at BobMorane's answer
https://stackoverflow.com/a/71216466/19299549
#ifdef __x86_64__
if (sarch == "arm64" && apiLevel >=28) {
PAPANIC("Avd's CPU Architecture '%s' is not supported by the QEMU2 emulator on x86_64 host.\n", avdarch);
}
#endiF

Can't find Android 8.0-8.1 (Oreo) API 26-27 ARM System Images

Are there anywhere Android 8.0 (Oreo) API 26 and Android 8.1 (Oreo) API 27 ARM System images (ARM, not x86 Intel) for AVD Manager? Thanks.
Unofficial? Beta? Alpha? Any?

The ARM images for API 26 and 27 are not available yet. ARM images available till API 25 only.
Note:
Google recommended an x86 system image on an x86 host for better emulation performance.

Just suggestion,
please check [https://developer.android.com/games/optimize/64-bit#test-64-bit-hardware][1]
They have given how to install new abi along with apk to your device-
:: Command Line
A successful install:
adb install --abi armeabi-v7a YOUR_APK_FILE.apk
Success
If your APK does not have the 64-bit libraries:
adb install --abi arm64-v8a YOUR_APK_FILE.apk
adb: failed to install YOUR_APK_FILE.apk: Failure [INSTALL_FAILED_NO_MATCHING_ABIS: Failed to extract native libraries, res=-113]
If your device does not support 64-bit, an emulator, for example:
adb install --abi arm64-v8a YOUR_APK_FILE.apk
ABI arm64-v8a not supported on this device

You should build Android sources for specific platform by yourself

Recent updates enabled computers with AMD processors to run Android Emulator and you don't need to install ARM images anymore. Taken from the Android Developers blog:
If you have an AMD processor in your computer you need the following setup requirements to be in place:
AMD Processor - Recommended: AMD® Ryzen™ processors
Android Studio 3.2 Beta or higher
Android Emulator v27.3.8+
x86 Android Virtual Device (AVD)
Windows 10 with April 2018 Update
Enable via Windows Features: "Windows Hypervisor Platform"
And that's it! I strongly recommend reading the whole blog post:
https://android-developers.googleblog.com/2018/07/android-emulator-amd-processor-hyper-v.html

Android emulator fails to start when used with tcpdump-option

When I run an AVD from the Terminal on Ubuntu 14.04, the following command is working without problems:
my_name#host:~$ emulator -avd my_avd
But when I want to use tcpdump to capture the network-traffic, the emulator fails to start:
my_name#host:~$ emulator -avd my_avd -tcpdump ~/test.cap
qemu-system-i386: -tcpdump: invalid option
I have no problems running the emulator with tcpdump on Windows, but on Ubuntu and Debian it refuses to work. Might this be a Bug or am I missing something? The same problem occurrs when I want to use the option -timezone Europe/Berlin. In contrast, the option -dns-option 8.8.8.8 is working fine. The problem occurrs for every AVD.
Android SDK:
SDK Tools 25.1.1
Platform-Tools 23.1
Build-Tools 23.0.3
Android 6.0 SDK Platform Revision 3
Android 6.0 (Intel x86 Atom Image 32/64 Bit Revision 8 and ARM EABI v7a Image Revision 3)
Virtualization (KVM) is enabled on Intel Core 2 Duo. Oracle JDK 8 is installed.

The same behavior occurred on my Mac, the solution seems to be to add -engine classic to your command line call. So it reads:
my_name#host:~$ emulator -avd my_avd -tcpdump ~/test.cap -engine classic
Credits go to #Interix for posting this here

According to your emulator, -tcpdump is an invalid option. Check emulator -? or man emulator for the syntax. However, I'd be surprised if this would normally work at all - I haven't seen tcpdump integrated with anything as an argument by itself (though I'm sure it's not impossible).
Normally I'd expect to use tcpdump as a command by itself. Depending what tools you have installed, I'd run up the emulator, check what ports it's running, and run tcpdump against its port range separately if you're looking for incoming traffic. If it's outgoing, use tcpdump to trace the traffic to the destination you're going to use.