Hi, I'm trying to run the latest RC1 on my PC (x64) but I can't get Ethernet working. So without internet, Android x86 is useless to me.
Android Ethernet Connection on x86 machine. Make sure to enable the network in bridge mode in Virtual Box settings. If you are using 4.x branch, the networking is somewhat problematic. You can type these commands in terminal to get the network setup: - su - dhcpcd eth0 - route add default gw yourgateway dev eth0 - setprop net.dns1 yourDNS – ZoltanF Mar 7 '12 at 22:29.
I'm using a PC with a Gigabyte Z77x-UD5H motherboard, Core i7 3770k, 32gb ram, Nvidia GTX 770 This motherboard has 2 ethernet ports. One is Atheros, one is Intel. I'm plugged into the Intel port. I found some suggestions online about using various netcfg commands but I get 'netcfg: not found' when I try them. I'm a total noob when it comes to android/linux so I don't know anything about how to get this working. If Ethernet isn't available yet on 6.0, might it be available in one of the earlier versions? Can anyone help?
Chih-Wei Huang 2/8/2016, 6:45 น. 2016-07-31 7:11 GMT+08:00 Rod Jones: HiI'm trying to run the latest RC1 on my PC (x64) but I can't get Ethernet working. So without internet, Android x86 is useless to me. I'm using a PC with a Gigabyte Z77x-UD5H motherboard, Core i7 3770k, 32gb ram, Nvidia GTX 770 This motherboard has 2 ethernet ports. One is Atheros, one is Intel.
I'm plugged into the Intel port. Ethernet only supports DHCP mode in the first ethernet interface (eth0).
So you need to make Intel's port becomes eth0 (by loading its driver prior to Atheros) to make it work. I found some suggestions online about using various netcfg commands but I get 'netcfg: not found' when I try them. I'm a total noob when it comes to android/linux so I don't know anything about how to get this working. If Ethernet isn't available yet on 6.0, might it be available in one of the earlier versions?
Same as all android versions. Chih-Wei Android-x86 project Thomas Hoberg 5/8/2016, 18:52 น. I believe the issue is that the Linux kernel and the Android userland cannot agree on a numbering for eth0, eth1 etc. Or perhaps it just uses the highest number after enumerating the Ethernet devices: Android wasn't really designed for Ethernet after all (or multiple WLAN devices). So once you have more than one port the dhcp client actually attempts to run on eth1 and eth0 is left without addresses. On the older builds you could then manually set the IP address, mask etc.
If you're lucky, your BIOS allows you to disable one port, then RemixOS will just work fine (make sure the cable winds up in the surviving port). Intel is bound to be your better choice, because Linux support for all Intel Ethernet is just great. 'netcfg' seems to have gotten lost from Marshmallow, I guess you're supposed to work with 'ip' now, but without man pages I find 'ip' a mouthful. 'ifconfig' is still around du doesn't do much on Android. I typically set up an SSD with the newest RemixOS on a computer with just one single Ethernet port, activate the Play store, install all the software I want and then take that around to all the machines I want to test and benchmark.
I know of no other OS that boots such a rich variety of hardware and just works off the disk like Remix 3: A revelation! I'm sure they fix the multi-Ethernet issue soon.
Video: Everything business needs to know about Android 8.0 Oreo With faster boot speeds, a refined API, and system-wide optimizations Google's new mobile operating system is packed with features for developers. While it seems as if there should be no shortage of devices on which to run Android—particularly as Android apps are installable on many Chromebooks—running Android in a VM is perhaps not the most confidence-inspiring activity, given recent concerns about the that consumes power and computing resources. Despite that incident, there are trustworthy options for running Android on standard computers. The project has been active since 2009, and has just announced the. While other solutions, such as Andy OS or BlueStacks provide virtualization layers to run inside a different operating system, Android-x86 is built for installation on bare metal, though it readily supports installation inside a third-party virtualization program. Given this focus, it includes a 'text-based GUI installer,' as well as support for booting from UEFI and installing to UEFI disks, and adding theme support to GRUB-EFI, according to the release notes. Additionally, it can also be installed to a USB drive as a more portable solution.
SEE: (Tech Pro Research). Of note, Android-x86 bundles the Google Play Store and services by default.
Despite what the name implies, Android-x86 supports both 32 and 64 Bit kernel and userspace environments. Additionally, it supports OpenGL ES 3.x hardware acceleration on Intel, AMD, and Nvidia graphics hardware, as well as within VMware and QEMU virtualization solutions. For unsupported GPUs, it falls back to OpenGL ES 2.0 software rendering via, as the release notes point out. It also supports multi-touch, and other common features including audio, Wi-Fi, Bluetooth, camera, sensor support, and Ethernet, though only DHCP—this limitation should not pose a problem for most users.
The new release also supports auto-mounting external USB drives and SD cards, as well as bundles the open-source launcher, which is designed for use with a keyboard and mouse. For ease of use, it also supports freeform window mode by default, and enables ForceDefaultOrientation for devices without known sensors, making it possible to run portrait apps on a landscape-oriented device without rotating the screen. Similarly, the release notes indicate that it can support ARM-compiled apps via Oreo's native app bridge. Building a slide deck, pitch, or presentation? Here are the big takeaways:.
![Ethernet Ethernet](http://lh3.ggpht.com/_bThy5DH7GQI/SqU9vAr1DkI/AAAAAAAAAME/oyz1MTkjoDs/s288/NormalDesktop.png)
The Android-x86 project just announced the first release candidate for the Android Oreo derived version. Android-x86 is built for installation on bare metal, though it readily supports installation inside a third-party virtualization program.