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Supported processors

The list of supported processor/OS/file format combinations is so large that it is not easy to enumerate it. Please look at our gallery which contains disassembly samples across a wide number of processors.

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IDA Pro supported processors

IIDA Pro supports the processors listed below. The source code of some processor modules is available in our free SDK.

chevron-rightIDA Pro supported processorshashtag

  • web assembly (WASM)

  • AMD K6-2 3D-Now! extensions

  • 32-bit ARM Architecture versions from v3 to v8 including Thumb, Thumb-2, DSP instructions and NEON Advanced SIMD instructions.

    • ARMv4 / ARMv4T: ARM7 cores (ARM7TDMI / ARM710T / ARM720T / ARM740T), ARM9 cores (ARM9TDMI / ARM920T / ARM922T / ARM940T)

    • ARMv5 / ARMv5TE / ARMv5TEJ: ARM9 cores (ARM946E-S/ ARM966E-S/ ARM968E-S/ ARM926EJ-S/ ARM996HS), ARM10E (ARM1020E / ARM1022E / ARM1026EJ-S)

    • ARMv6 / ARMv6T2 / ARMv6Z / ARMv6K: ARM11 cores (ARM1136J(F)-S / ARM1156T2(F)-S / ARM1176JZ(F)-S / ARM11 MPCore)

    • ARMv6-M: Cortex-M0 / Cortex-M0+ / Cortex-M1 (e.g. NXP LPC800/LPC1xxx, Freescale Kinetis L and M series, STM32 F0 series etc.)

    • ARMv7-M: Cortex-M3 (e.g. NXP LPC17xx/18xx/13xx, STM32 F1/F2/L1 series, TI Stellaris, Toshiba TX03 / TMPM3xx etc.)

    • ARMv7E-M: Cortex-M4 (e.g. NXP LPC43xx, STM32 F3/F4 series, TI Stellaris LM4F, Freescale Kinetis K series and W series, Atmel AT91SAM4 etc.)

    • ARMv7-R: Cortex-R4(F)/Cortex-R5/Cortex-R7 (e.g. TI TMS570LS etc.)

    • ARMv7-A: Cortex-A5 / Cortex-A7 / Cortex-A8 / Cortex-A9 / Cortex-A12 / Cortex-A15 (e.g. TI Sitara, TI OMAP series, Samsung S5PC100 and Exynos, Nvidia Tegra, Freescale i.MX, Allwinner A-Series and many others)

    • ARMv7 (custom): Apple A4/A5/A5X/A6/A6X (Swift microarchitecture, used in Apple’s iPhone/iPod/iPad/AppleTV), Qualcomm Snapdragon [Note: this list is incomplete; code for any ARM-compliant core can be disassembled]

  • ARM64 Architecture (aka AArch64): *

    • ARMv8-A: Cortex-A50/Cortex-A53/Cortex-A57 etc.

    • ARMv8 (custom): Apple A7,A8 etc. (iPhone 5s and newer devices)

  • ARC (Argonaut RISC Core), including ARCompact and ARCv2 (comes with source code)

  • ATMEL AVR (comes with source code)

  • DEC PDP-11(comes with source code)

  • Fujitsu FR (comes with source code)

  • Nintendo Entertainment System (NES) (6502)

  • Nintendo Super Entertainment System (SNES) (65816, 65C816)

  • Nintendo GameBoy (Z80, ARM7)

  • Nintendo DS (ARM9, ARM11)

  • Hitachi/Renesas H8/300arrow-up-right, H8/300Larrow-up-right, H8/300Harrow-up-right, H8S/2000arrow-up-right, H8S/2600arrow-up-right, H8SX (comes with source code)H8/330, H8/322, H8/323, H8/325, H8/326-329, H8/336-338, H8/350, H8/3048F, H8/3202, H8/3212, H8/3214, H8/3216, H8/3217, H8/3256, H8/3257, H8/3292, H8/3294, H8/3296, H8/3297, H8/3315, H8/3318, H8/3334Y, H8/3336Y, H8/3337Y, H8/3337YF, H8/3394, H8/3396, H8/3397, H8/3534, H8/3434, H8/3434F, H8/3436, H8/3437, H8/3437F, H8/3522H8/3612, H8/3613, H8/3614, H8/3712, H8/3713, H8/3714, H8/3723, H8/3724, H8/3725, H8/3726, H8/3812, H8/3813, H8/3814, H8/3833-37, H8/3875, H8/3876, H8/3877, H8/3924, H8/3925, H8/3926, H8/3927, H8/3945-47H8/3002, H8/3040-3042, H8/3003, H8/3030-32, H8/3048, H8/3070, H8/3071, H8/3072H8S/2246, H8S/2245, H8S/2244, H8S/2243, H8S/2242, H8S/2241, H8S/2133, H8S/2144F, H8S/2357F, H8S/2143, H8S/2142F, H8S/2345F, H8S/2343, H8S/2341, H8S/2237, H8S/2235, H8S/2233, H8S/2227, H8S/2225, H8S/2223, H8S/2240, H8S/2242, H8S/2350, H8S/2352, H8S/2340, H8S/2355, H8S/2353, H8S/2351, H8S/2134F, H8S/2132FH8S/2655R, H8S/2653R, H8S/2655

  • Hitachi H8/500 (comes with source code)

  • Hitachi HD 6301, HD 6303, Hitachi HD 64180

  • INTEL 8080

  • INTEL 8085 (comes with source code)

  • INTEL 80196 (comes with source code)

  • INTEL 8051 (comes with source code)

  • INTEL 860XR (comes with source code)

  • INTEL 960 (comes with source code)

  • INTEL 80×86 and 80×87 (Intel 8086/8088, 80186, 80286, 80386, 80486 and compatibles)

  • INTEL Pentium/Celeron/Xeon, including SSE, SSE2, SSE3, SSE4, AVX, AVX2, AVX-512 and other extensions

  • Java Virtual Machine (comes with source code)

  • KR1878 (comes with source code)

  • Microsoft .NET (Common Language Infrastructure bytecode)

  • Mitsubishi MELPS740 or Renesas 740 (comes with source code)

  • Hitachi/Renesas M16C family (M16C/60, M16C/20, M16C/Tiny, R8C/Tiny, M16C/80, M32C/80, R32C/100

  • MN102 (comes only with source code)

  • MOS Technologies 6502, 65C02 (comes with source code)

  • W65C816S aka 65C816 or 65816 (comes with source code)

  • Motorola/Freescale 68K family: MC680xxarrow-up-right, CPU32 (68330), MC6301

  • Motorola 68xx series: MC6301, MC6303, MC6800, MC6801, MC6803, MC6805, MC6808, HCS08, MC6809, MC6811, \

  • Motorola MC6812/MC68HC12/CPU12

  • Freescale HCS12, HCS12X (including XGATE coprocessor)

  • Motorola MC68HC16

  • NSC CR16 (comes only with source code)

  • NEC V850 series (including V850E1, V850E1F, V850ES, V850E2, V850E2M) (comes with source code)

  • Renesas RH850 series (RH850G3K, RH850G3M, RH850G3KH, RH850G3MH) (comes with source code)

  • EFI Byte Code (EBC) (comes with source code)

  • SPU (Synergistic Processing Unit of the Cell BE) (comes with source code)

  • MSP430, MSP430X (comes with source code)

  • Microchip PIC 12XX, PIC 14XX, PIC 18XX, PIC 16XXX (comes with source code)

  • Microchip 16-bit PIC series (PIC24, dsPIC: PIC24XX, PIC30XX, PIC33XX)

  • Rockwell C39 (comes only with source code)

  • Samsung SAM8 (comes with source code)

  • SGS Thomson ST-7, and ST-20 (comes with source code)

  • TLCS900 (comes only with source code)

  • unSP from SunPlus

  • Sony SPC700

  • Philips XA series (51XA G3)(comes with source code)

  • RISC-V

  • Renesas RL78 series

  • Intel xScale

  • Z80, Zilog Z8, Zilog Z180, Zilog Z380 (comes with source code)

  • IBM z/Architecture (S390, S390x)

  • x64 architecture (aka Intel 64/IA-32e/EM64T/x86-64/AMD64)

  • Analog Devices AD218x series (ADSP-2181, ADSP-2183, ADSP-2184(L/N), ADSP-2185(L/M/N), ADSP-2186(L/M/N), ADSP-2187(L/N), ADSP-2188M/N, ADSP-2189M/N)

  • Dalvik (Android bytecode, DEX)

  • DEC Alpha

  • Motorola DSP563xx, DSP566xx, DSP561XX (comes with source code)

  • TI TMS320C2X, TMS320C5X, TMS320C6X, TMS320C64X, TMS 320C54xx, TMS320C55xx, TMS320C3 (comes with source code)

  • TI TMS320C27x/TMS320C28x

  • Hewlett-Packard HP-PA aka PA-RISC (comes with source code)

  • Hitachi/Renesas SuperH series. Unexhaustive list:

    • SH-1 core, for example SH7020,SH7021, SH7032,SH7034;

    • SH-2 core: SH7047, SH7049, SH7105, SH7107, SH7109 etc.;

    • SH-2E core: SH7055, SH7058 etc.;

    • SH-2A core: SH7201, SH7206, SH7211, SH7214

    • SH2A-FPU core: SH7450, SH7263 etc.;

    • SH3 core: SH7706, SH7709S;

    • SH4 core: SH7091(Sega Dreamcast), SH7750;

    • SH-4A core: SH7450, SH7451,SH7734, SH7785.

  • Renesas RXv1, RXv2, RXv3 cores (RX100/RX200/RX600/RX700)

  • IBM/Motorola PowerPC/POWER architecture, including Power ISA extensions:

    • Book E (Embedded Controller Instructions)

    • Freescale ISA extensions (isel etc.)

    • SPE (Signal Processing Engine) instructions

    • AltiVec (SIMD) instructions

    • Hypervisor and virtualization instructions

    • All instructions from the Power ISA 2.06 specification (Vector, Decimal Floating Point, Integer Multiply-Accumulate, VSX etc.)

    • Cell BE (Broadband Engine) instructions (used in PlayStation 3)

    • VLE (Variable Length Encoding) compressed instruction set

    • Xenon (Xbox 360) instructions, including VMX128 extension

    • Paired Single SIMD instructions (PowerPC 750CL/Gekko/Broadway/Espresso, used in Nintendo Wii and WiiU)

  • Motorola/Freescale PowerPC-based cores and processors, including (but not limited to):

    • MPC5xx series: MPC533 / MPC535 / MPC555 / MPC556 / MPC561 / MPC562 / MPC563 / MPC564 / MPC566 Note: code compression features of MPC534/MPC564/MPC556/MPC566 (Burst Buffer Controller) are currently not supported

    • MPC8xx series (PowerQUICC): MPC821/MPC850/MPC860

    • MPC8xxx series (PowerQUICC II, PowerQUICC II Pro, PowerQUICC III): MPC82xx / MPC83xx / MPC85xx / MPC87xx

    • MPC5xxx series (Qorivva): MPC55xx, MPC56xx, MPC57xx

    • Power PC 4xx, 6xx, 74xx, e200 (including e200z0 with VLE), e500 (including e500v1, e500v2 and e500mc), e600, e700, e5500, e6500 cores

    • QorIQ series: P1, P2, P3, P4, P5 and T1, T2, T4 families

  • Infineon Tricore architecture (up to architecture v1.6.2 (AURIX))

  • Intel IA-64 Architecture – Itanium.

  • Motorola DSP 56K

  • MIPS

    • MIPS Mark I (R2000)

    • MIPS Mark II (R3000)

    • MIPS Mark III: (R4000, R4200, R4300, R4400, and R4600)

    • MIPS Mark IV: R8000, R10000, R5900 (Playstation 2)

    • MIPS32, MIPS32r2, MIPS32r3 and MIPS64, MIPS64r2, MIPS64r3

    • Allegrex CPU (Playstation Portable – PSP), including VFPU instructions

    • Cavium Octeon and Octeon2 (cnMIPS) ISA extensions

    • MIPS16 (MIPS16e, MIPS16e2) Application Specific Extension

    • microMIPS Application Specific Extension

    • MIPS-MT, MIPS-3D, smartMIPS Application Specific Extensions

    • Toshiba TX19/TX19A Family Application Specific Extension (MIPS16e+ aka MIPS16e-TX)

  • Mitsubishi M32R (comes with source code)

  • Mitsubishi M7700 (comes with source code)

  • Mitsubishi M7900 (comes with source code)

  • Nec 78K0 and Nec 78K0S (comes with source code)

  • STMicroelectronics ST9+, ST-10 (comes with source code)

  • SPARCII, ULTRASPARC

  • Siemens C166arrow-up-right (flow)

  • Tensilica Xtensa

  • Fujitsu F2MC-16L, Fujitsu F2MC-LC (comes with source code)

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IDA Home supported processors

chevron-rightIDA Home supported processorshashtag

IDA Home is available in 5 versions, each supporting one of the common processor families:

  • x86/x64

  • ARM/ARM64

  • MIPS/MIPS64

  • PowerPC/PPC64

  • RISC-V/RV64

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Debugger Modules

In IDA Pro all debugger modulesarrow-up-right are available.

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Unsupported Processors

If your target processor is not included in the list above, you have two options:

  1. Ask us to add support for the processor sometime in the future: we welcome your feedback about which processors should be added to IDA Pro.

  2. Use our SDKarrow-up-right and develop your own (free to all, but unsupported).

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