Limbo ARM Emulator
version: 4.1.0



Description:
Port qemu-system-arm under Android.

Description (excerpt from the documentation translated into Russian):

Card ARM Integrator / CP emulated by the following devices:
- CPU ARM926E, ARM1026E, ARM946E, ARM1136 and Cortex-A8
- Two UART PL011
- Network card SMC 91c111
- LCD-controller PL110
- PL050 KMI with PS / 2 keyboard and mouse
- MMC PL181 interface and memory card

Card ARM Versatile emulated by the following devices:
- ARM926E processor, ARM1136 and Cortex-A8
- Vector Interrupt Controller PL190
- Four UART PL011
- Network card SMC 91c111
- LCD-controller PL110
- PL050 KMI with PS / 2 keyboard and mouse
- PCI bus. Note that it only provides access to the memory space, but IO. This means that some devices (e.g., ne2k_pci NIC) unfit for use, but others (e.g., rtl8139 NIC) only if the guest controlled drivers use memory registers may be used.
- PCI OHCI USB-controller
- LSI53C895A PCI SCSI adapter with hard disk and CD-ROM
- MMC PL181 interface and memory card

Supported by ARM RealView several options, including EB, PB-A8 and PBX-A9. Due to the nature of interaction with the loader, these cards will work only certain configuration of the Linux kernel.

Cores for board PB-A8 should have the parameters included CONFIG_REALVIEW_HIGH_PHYS_OFFSET be calculated and 512 MB RAM. Kernel Card PBX-A9 should have included setting CONFIG_SPARSEMEM and disabled parameter CONFIG_REALVIEW_HIGH_PHYS_OFFSET, as well as being designed for 1024 MB of RAM.

Emulated by the following devices:
- CPU ARM926E, ARM1136, ARM11MPCore, Cortex-A8 and Cortex-A9 MPCore
- Controller ARM AMBA Interrupt
- Four UART PL011
- Network card SMC 91c111 or SMSC LAN9118
- LCD-controller PL110
- PL050 KMI with PS / 2 keyboard and mouse
- PCI Bus
- PCI OHCI USB-controller
- LSI53C895A PCI SCSI adapter with hard disk and CD-ROM
- MMC PL181 interface and memory card

PDA based on XScale ( "Spitz", "Akita", "Borzoi" and "Terrier") are emulated by the following devices:
- Intel PXA270 SoC (core ARM V5TE)
- NAND Flash
- Hard disk IBM / Hitachi DSCM in PXA PCMCIA-slot - except for "Akita"
- Integrated OHCI USB-controller
- The integrated LCD-controller
- Built-in real time clock
- Touch Screen display TI ADS7846 to the SSP bus
- Analog-to-Digital Converter Maxim MAX1111 on the I2C bus
- The keyboard controller connected to the GPIO, and LEDs
- The memory card is connected to the interface PXA MMC / SD
- Three built-in UART
- Decoder WM8750 on I2C or I2S bus

PDA Palm Tungsten E (code name "Cheetah") are emulated by the following devices:
- Texas Instruments OMAP310 SoC (core ARM 925T)
- ROM and RAM-memory (EEPROM image can be downloaded via -option-rom)
- The integrated LCD-controller
- Built-in real time clock
- Touch screen TI TSC2102i / analog-to-digital converter / decoder is connected via I2S interface or MicroWire
- Matrix keyboard connected to GPIO
- The memory card is connected to the interface OMAP MMC / SD
- Three built-in UART

For tablets Nokia N800 and N810 (also known as RX-34 and RX-44/48) are emulated by the following devices:
- Texas Instruments OMAP2420 SoC (core ARM 1136)
- RAM and non-volatile flash memory OneNAND
- Display, connected to a remote frame buffer EPSON, video controller and the controller OMAP LS041y3 MIPI DBI-C
- Touchscreens TI TSC2301 (at N800) or TI TSC2005 (at N810), controlled SPI bus
- QWERTY-keyboard, the control board on the National Semiconductor LM8323 I2C bus
- The memory card is connected to the interface OMAP MMC / SD
- Three built-in OMAP UART console debugging and STI
- transceiver Bluetooth (R) and HCI, connected to the UART
- USB-Controller Mentor Graphics "Inventra", the built-in chip TI TUSB6010 - only supports USB-host mode
- Temperature sensor TI TMP105, controlled by the I2C bus
- Power Management Fee TI TWL92230C with real time clock on the I2C bus
- Multi-purpose chips and Nokia RETU TAHVO with real time clock connected via CBUS

For Luminary Micro Stellaris LM3S811EVB emulated by the following devices:
- Cortex-M3 core processor.
- 64K Flash memory and 8K SRAM.
- Timers, UART, ADC and the I2C bus.
- OSRAM Pictiva 96x16 OLED with SSD0303 controller on the I2C bus.

For Luminary Micro Stellaris LM3S6965EVB emulated by the following devices:
- Cortex-M3 core processor.
- 256KB flash memory and 64KB SRAM.
- Timers, UART, ADC, I2C, and SSI interfaces.
- OSRAM Pictiva 96x16 OLED controller SSD0323, connected via the SSI.

For Internet radio Freecom MusicPal emulated by the following devices:
- The core of Marvell MV88W8618 ARM
- 32 MB RAM, 256 KB SRAM, 8MB flash memory
- Up to two 16550 UART
- Network card MV88W8xx8
- Sound card MV88W8618, WM8750 decoder and mixer
- Display 128 Г— 64 dimmable
- Two buttons, two buttons with scroll wheel navigation functions

Models Siemens SX1 v1 and v2 (default). Emulated by the following devices:
- Texas Instruments OMAP310 SoC (Kernel ARM 925T)
- ROM and RAM-memory (EEPROM image can be downloaded via -pflash), V1 (16 and 8 MB), V2 (32MB)
- The integrated LCD-controller
- Built-in real time clock
- The memory card is connected to the interface OMAP MMC / SD
- Three built-in UART

Test the image of Linux 2.6 is available on the website QEMU. More information can be found in the archive QEMU mailing list.

The following parameters are emulating ARM:

-semihosting
Enable emulation system calls by semihosting.
In the case of the ARM is the implementation of the interface "Angel".
Please note that the guest OS is given direct access to the file system of the main machine.

Homepage: http://limboemulator.weebly.com

Download:
Version 4.1.0
Version: 3.0.1
limbo-android-arm-kvm-release-3.0.1-beta-arm.apk(13.23 MB)



Post has been editedKenas - 15.06.20, 09:58

and where images taken by this miracle emulsion?
Besides debian-arm, which is not put nifiga, I found nothing

Post has been editedpicasso70 - 31.10.17, 22:04

picasso70 , Most do. I've already got something that may soon lay out.

If not a secret what OS you collect? And speed, Debian me what that dolgodumayuschy

There is linuxdeploy for linux.

MVoloshin,
Is it possible to run this emulator windows mobile?

I would like the new version of the Android OS on this emulsion, in order to launch new Androids on devices with older versions, though kastomov them little or no, and not the fact that they may go to port

How to still make the network on nokia n800?

Limbo v3.0.1 beta - Release Notes
- Fixed issue with loading state being corrupt and crashing app
- Fixed crashing when vm display resizes and mouse is sending events
- DSL Linux does not boot when smp>1 so disabled if KVM is not used
- Using guest ARM 64 bit for arm emulator
- Added virtio-gpu-pci in vga options for ARM guest
- Using latest ndk 17b
- Added musl libraries from ndk 14b
- Compile support for clang from now on
- Build package support for multiple host eabi: ARMv7, ARM 64 bit, x86, and x86 64 bit

Known Issues:
Mouse acceleration issues in QEMU VNC (see guide for disabling it)
SDL Audio currently has high latency

Nobody knows the answer to these questions?

you need to run old Androyd 2.3 At least Android 4.0 to make the last Yandex Navigator

Post has been editedvik-rc - 03.09.18, 17:09

What is a smartphone? Many have custom firmware, though not at all

this is not a smartphone, but on the car where you installed the old Android 2.3 without the possibility of renovation

Version 4.0.0

An error, shaking a bunch of assemblies at all one and the same oshibka.Pol years ago rocked set, zapuskalos.Huawei y6.

limbo-android-x86-kvm-release-3.0.1-beta-multiarch



Post has been editedPerexsey - 04.02.19, 20:17

The site is closed. Thank you for providing the download address.

The project is now live onhttps://github.com/limboemu/limbo

And what about the launch of Windows 10 ARM?

Does anyone have a ready-made image of Windows or a link? to try how it works in principle - the brake, the network device drivers, and others.

The emulator does not start writing Guest has not initialised display (yet) and nothing more I tried to somehow make that Georgia but nothing happens