Embedded systems/ARM hardware list

This is a list of ARM hardware owned by the people in and  on Freenode have running Gentoo. Feel free to add yourself to the list! Another list for ARM computers, (desktop, laptops or tablets), is here ARM computer list. {| class="table table-striped table-condensed sortable" style="text-align: left;" ! Device ! Owner(s) ! Subarch ! CPU ! RAM ! Status


 * Acer Chromebook 13 - NVIDIA Tegra K1 (nyan-big)


 * ARMv7-A
 * Quad-Core NVIDIA K1@2.12GHz Cortex-A15
 * CB5: 2G@DDR3L, C810: 4G@DDR3L


 * Acer R13 Chromebook
 * ARMv8-A
 * MediaTek MT8173C Quad Core 2.1GHz. PowerVR GX6250 GPU. 64GB eMMC
 * 4GB
 * 4GB


 * Advent Vega
 * ARMv7-A
 * Nvidia Tegra 2 - Dual-Core Cortex-A9 @ 1GHz
 * 512M
 * 512M


 * Airis Kira N7000/Coby NBPC724
 * Kantharos
 * ARMv6J
 * iMAPx210@800MHz
 * 256M


 * AlwaysInnovating TouchBook
 * viridior
 * ARMv7-A
 * TI OMAP3530@500MHz Cortex-A8
 * 256M


 * Asus Chromebook C201 "veyron-speedy"


 * ARMv7-A
 * Quad-Core Rockchip RK3288@1.8GHz Cortex-A17
 * 4GB DDR3


 * Asus Chromebook flip C100PA-DB02 "veyron-minnie"


 * ARMv7-A
 * Quad-Core Rockchip RK3288@1.8GHz Cortex-A17
 * 4G DDR3 (C100PA base 2G)


 * Asus Tinker Board


 * ARMv7-A
 * Quad-core Rockchip RK3288@1.6GHz Cortex-A17
 * 2G@DDR3


 * Asus Transformer TF201
 * wart___
 * ARMv7-A
 * Quad-Core Nvidia Tegra3@1.3GHz Cortex-A9
 * 1G@DDR3


 * Banana Pi R1
 * ARMv7-A
 * Dual-core Allwinner A20@1GHz Cortex-A7 router board
 * 1G@DDR3
 * 1G@DDR3


 * Banana Pi


 * ARMv7-A
 * Dual-core Allwinner A20@1GHz Cortex-A7
 * 1G@DDR3


 * BananaPi M-3 sun8i A83T Dev Board
 * ARMv7-A
 * Octa-Core Allwinner A83@1.6GHz Cortex-A7 with SGX544 GPU (note mainline dts support is currently sketchy at best)
 * 2G
 * 2G

viridior
 * BeagleBoard Rev.B
 * dagger
 * ARMv7-A
 * TI OMAP3530@500MHz Cortex-A8
 * 128M


 * BeagleBoard Rev.C4
 * aholler
 * ARMv7-A
 * TI OMAP3530@720MHz Cortex-A8
 * 256M


 * BeagleBoard-xM
 * ARMv7-A
 * TI DM3730@1GHz Cortex-A8
 * 512M
 * 512M


 * BeagleBone Black Rev A6A


 * ARMv7-A
 * TI AM3359@1GHz Cortex-A8
 * 512M RAM / 2 GB Flash


 * BeagleBone Black Rev C

aholler calculus


 * ARMv7-A
 * TI AM3359@1GHz Cortex-A8
 * 512M RAM / 4 GB Flash


 * BeagleBone Green


 * ARMv7-A
 * TI AM3359@1GHz Cortex-A8
 * 512M RAM / 4 GB Flash


 * Beagleboard X15 Rev A2 & Rev C
 * ARMv7-A
 * TI AM5728@1.5GHz Dual Core Cortex-A15, Dual C66x DSP 700Mhz, 4 32 bit Programmable Real Time Units (PRU), 2 double core Cortex M4 212Mhz, Dual Core SGX544 3D GPU 532Mhz, 1 GC3230 2D GPU, 1 IVA 532Mhz
 * 2GB RAM DDR3/ 4 GB Flash
 * 2GB RAM DDR3/ 4 GB Flash

calculus
 * Beaglebone Rev.A3
 * ARMv7-A
 * TI AM3358/9@720MHz(using PSU) Cortex-A8
 * 256M


 * Beaglebone Rev.A6
 * ARMv7-A
 * TI AM3358/9@720MHz(using PSU) Cortex-A8
 * 256M
 * 256M


 * CompuLab Trim-Slice Dev.kit
 * ARMv7-A
 * Dual-Core Nvidia Tegra2@1GHz Cortex-A9
 * 1G@DDR2-800
 * 1G@DDR2-800


 * CompuLab Trim-Slice Diskless (w/user-installed SSD)
 * ARMv7-A
 * Dual-Core Nvidia Tegra2@1GHz Cortex-A9
 * 1G@DDR2-800
 * 1G@DDR2-800


 * CompuLab Trim-Slice Pro
 * ARMv7-A
 * Dual-Core Nvidia Tegra2@1GHz Cortex-A9
 * 1G@DDR2-800
 * 1G@DDR2-800


 * CompuLab Utilite Pro


 * ARMv7-A
 * Quad-Core Freescale i.MX6@1.2GHz Cortex-A9
 * 2G@DDR3-1066

ssvb
 * Cubieboard2
 * ARMv7-A
 * Dual-core Allwinner A20@1GHz Cortex-A7
 * 1G@DDR3

dev1990 maestro_alubia
 * Cubietruck
 * Faisal

rafaelmartins


 * ARMv7-A
 * Dual-core Allwinner A20@1GHz Cortex-A7
 * 2G@DDR3


 * DragonBoard 410c
 * ARMv8
 * Quad-core ARM Cortex-A53@1.2GHz with Adreno 306 GPU
 * 1G@LPDDR3 533MHz
 * 1G@LPDDR3 533MHz


 * FRI-SMS
 * specing
 * ARMv5TE
 * Atmel AT91SAM9260@192MHz
 * 64M


 * Firefly AIO-3399J
 * ARMv8
 * Rockchip RK3399 : 2xCortex-A72@2.0Ghz + 4xCortex-A53@1.5Ghz / Mali-T860MP4 Quad-core GPU
 * 4GByte LPDDR4 1600Mhz
 * 4GByte LPDDR4 1600Mhz


 * Freescale i.MX53 Quick Start Board
 * ARMv7-A
 * Freescale i.MX53@1GHz Cortex-A8
 * 1G@DDR3
 * 1G@DDR3


 * Freescale i.MX6x SabreSD
 * ARMv7-A
 * Quad-Core Freescale i.MX6@1GHz Cortex-A9
 * 1G@DDR3-667
 * 1G@DDR3-667


 * Genesi Efika MX Smartbook


 * ARMv7-A
 * Freescale i.MX515@800MHz Cortex-A8
 * 512M


 * Genesi Efika MX Smarttop TO2


 * ARMv7-A
 * Freescale i.MX515@800MHz Cortex-A8
 * 512M


 * Genesi Efika MX Smarttop TO3

maekke ssuominen
 * ARMv7-A
 * Freescale i.MX515@800MHz Cortex-A8
 * 512M


 * HP iPAQ HX4700
 * ARMv5TE
 * Intel XScale PXA270@624MHz
 * 128M
 * 128M


 * Hikey970
 * ARMv8-A
 * HiSilicon Kirin 970, ARM Cortex-A73 MPCore4 @up to2.36GHz, ARM Cortex-A53 MPCore4 @up to1.8GHz
 * 6GB LPDDR4X 1866MHz
 * 6GB LPDDR4X 1866MHz

UndrWater
 * IGEPv2(Current version)
 * ssvb
 * ARMv7-A
 * TI DM3730@1GHz Cortex-A8
 * 512M

dougztr Ford_Prefect
 * IGEPv2(Prev. version)
 * ARMv7-A
 * TI OMAP3530@720MHz Cortex-A8
 * 512M


 * Ka-Ro TX6DL
 * dev1990
 * ARMv7-A
 * Dual-Core Freescale i.MX6@800MHz Cortex-A9
 * 1G@DDR3


 * Lenovo Yoga C630 WOS
 * ARMv8-A
 * Octa-Core Snapdragon 850@2.96GHz
 * 8G@LPDDR4X-3733
 * Relies on patches from aarch64-laptops project at time of writing (Oct 2019)
 * Relies on patches from aarch64-laptops project at time of writing (Oct 2019)


 * Libre Computer Renegade "rk3328-roc-cc"
 * ARMv8-A
 * Quad-Core Rockchip RK3328@1.3GHz Cortex-A53
 * 4GB DDR4
 * 4GB DDR4


 * Lichee Pi Zero
 * ARMv7-A
 * Single-Core Allwinner V3S@1.2GHz Cortex-A7
 * 64M DDR2
 * 64M DDR2


 * Linksys NSLU2
 * kolla
 * ARMv5TE
 * Intel StrongARM-110@275MHz
 * 32M


 * MK808B
 * ARMv7-A
 * Dual-Core Rockchip RK 3066@1.6GHz Cortex-A9
 * 1G-DDR3
 * 1G-DDR3


 * MYC-IMX28X Development Board (imx28evk)
 * ARMv5TE
 * Freescale i.MX287 ARM926EJ-S@454MHz
 * 128M, 256M Nand Flash, 128K SPI Flash, dual 10/100 Ethernet
 * 128M, 256M Nand Flash, 128K SPI Flash, dual 10/100 Ethernet


 * Marvell Guruplug Server Plus
 * bkero


 * ARMv5TE
 * Marvell Feroceon@1.2GHz
 * 512M


 * Marvell OpenRD Ultimate
 * ARMv5TE
 * Marvell Feroceon@1.2GHz
 * 512M
 * 512M


 * Marvell OpenRD client
 * arachnist
 * ARMv5TE
 * Marvell Feroceon@1.2GHz
 * 512M

maekke max_posedon
 * Marvell Sheevaplug


 * ARMv5TE
 * Marvell Feroceon@1.2GHz
 * 512M


 * Mini-X
 * ARMv7-A
 * Allwinner A10@1.2GHz Cortex-A8
 * 512M
 * 512M

dev1990
 * NVIDIA Jetson TK1


 * ARMv7-A
 * Quad-Core NVIDIA K1@2.32GHz Cortex-A15
 * 2G@DDR3L


 * NVIDIA Jetson TX2
 * ARMv8
 * NVIDIA X2@2GHz Quad Cortex-A57 / Dual Denver2
 * 8G@LPDDR4
 * 8G@LPDDR4


 * Nanopi-K2
 * ARMv8
 * Amlogic S905 : Quad Core Cortex-A53 (ARMv8 64bit) processor with Mali-450 GPU
 * 2GByte DDR3 (32bit / 912Mhz)
 * 2GByte DDR3 (32bit / 912Mhz)

slonopotamus
 * Nokia N800
 * integer`
 * ARMv6J
 * TI OMAP2420@330/400MHz
 * 128M

ssvb
 * Nokia N810
 * luke-jr
 * ARMv6J
 * TI OMAP2420@330/400MHz
 * 128M


 * Nokia N900
 * slonopotamus

luke-jr chainsawbike Kantharos
 * ARMv7-A
 * TI OMAP3430@600MHz Cortex-A8
 * 256M


 * Nvidia Tegra 250 Dev. Kit
 * ARMv7-A
 * Dual-Core Nvidia Tegra2@1GHz Cortex-A9
 * 1G@DDR2-667
 * 1G@DDR2-667


 * Odroid C1+
 * ARMv7-A
 * Quad core CPU: Amlogic ARM Cortex-A5 (ARMv7) @1.536Ghz GPU: Mali-450 MP2
 * 1GB DDR3
 * 1GB DDR3


 * ODROID-N2


 * ARMv8
 * Amlogic S922X - 4xA73@1.8GHz, 2xA53@1.9GHz, GPU: Mali G52@846MHz
 * 2G or 4G @DDR4@1320MHz

Wizzup
 * ODROID-U2

stikonas
 * ARMv7-A
 * Quad-Core Samsung Exynos 4412 Prime@1.7GHz Cortex-A9
 * 2G@LPDDR2


 * ODROID-XU3/XU4


 * ARMv7-A
 * Samsung Exynos5422 - Quad-Core Cortex-A15 @2Ghz and Quad-Core Cortex A7@1.4GHz
 * 2G@DDR3


 * ODROID-XU
 * ARMv7-A
 * Quad-Core Samsung Exynos5@1.6GHz Cortex-A15
 * 2G@DDR3
 * 2G@DDR3


 * Odroid C2
 * psychedup74

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 * ARMv8
 * Amlogic S905 : Quad Core Cortex-A53 (ARMv8 64bit) processor with Triple Core Mali-450 GPU
 * 2GByte DDR3 (32bit / 912Mhz)

Data rate: 2640 MT/s (PC4-21333 grade) 1.2Volt low power design
 * Odroid C4
 * ARMv8-A
 * Amlogic S905X3 : Quad-Core Cortex-A55 (ARMv8 64bit) processor with Mali-G31 MP2 GPU with 4 x Execution Engines (650Mhz)
 * 4GB DDR4 with 32-bit bus width
 * 4GB DDR4 with 32-bit bus width


 * Olimex A13-OlinuXino-WIFI
 * ARMv7-A
 * Allwinner A13@1GHz Cortex-A8
 * 512M
 * 512M


 * Olimex A20-OLinuXino-LIME


 * ARMv7-A
 * Dual-core Allwinner A20@1GHz Cortex-A7
 * 1G DDR3


 * Olimex olinuxino Mini
 * ARMv5TE
 * Freescale i.MX233 ARM926J@454MHz
 * 64M
 * 64M


 * Olimex olinuxino Nano
 * ARMv5TE
 * Freescale i.MX233 ARM926J@454MHz
 * 64M
 * 64M


 * OpenBlocks AX3
 * ARMv7-A
 * Dual-Core Marvell ArmadaXP@1.33GHz Cortex-A9
 * 1G internal + 2G SODIMM
 * 1G internal + 2G SODIMM

dagger max_posedon sleipnir torindel Kantharos
 * Openmoko FreeRunner
 * ARMv4T
 * Samsung 2442B@400MHz
 * 128M


 * Orange Pi 3
 * ARMv8-A
 * Quad-Core Allwinner H6 (sun50iw6p1) w/ Mali-T720
 * 2G
 * Mainline support not yet 100%
 * Mainline support not yet 100%


 * Orange Pi PC
 * chithead
 * ARMv7-A
 * Quad-Core Allwinner H3@1.5GHz Cortex-A7
 * 1G@DDR3L-672


 * Orange Pi Plus 2E
 * ARMv7-A
 * Quad-Core Allwinner H3@1.3GHz Cortex-A7
 * 2G@DDR3L-672
 * Unstable if CPU clock frequency changes. Need to use performance scaling governor to achieve stability
 * Unstable if CPU clock frequency changes. Need to use performance scaling governor to achieve stability


 * Orange Pi Plus
 * ARMv7-A
 * Quad-Core Allwinner H3@1.5GHz Cortex-A7
 * 1G@DDR3L-672
 * 1G@DDR3L-672


 * OrangePi One sun8i H3 Dev Board
 * ARMv7-A
 * Quad-Core Allwinner H3@1.0GHz Cortex-A7
 * 512M
 * 512M


 * Origen board
 * ssvb
 * ARMv7-A
 * Dual-Core Samsung Exynos4210@1.2GHz Cortex-A9
 * 1G@DDR3


 * Pandaboard ES
 * calculus


 * ARMv7-A
 * Dual-Core TI OMAP4460@1.2GHz Cortex-A9
 * 1G

ssvb Ford_Prefect Openfree` calculus
 * Pandaboard


 * ARMv7-A
 * Dual-Core TI OMAP4430@1GHz Cortex-A9
 * 1G


 * Pine A64+ / SOPine


 * ARMv8
 * Allwinner A64 : 4xCortex-A53@1.2Ghz / Dual Core Mali-400 GPU
 * 2GByte LPDDR3 533Mhz


 * Pine A64+
 * psychedup74
 * ARMv8
 * Allwinner A64 : 4xCortex-A53@1.2Ghz / Dual Core Mali-400 GPU
 * 2GByte DDR3L 672Mhz


 * Pine Pinebook 11"


 * ARMv8
 * Allwinner A64 : 4xCortex-A53@1.2Ghz / Dual Core Mali-400 GPU
 * 2GByte LPDDR3 533Mhz, 16 GB emmc (base)


 * Pine Rock64


 * ARMv8
 * Rockchip RK3328 : 4xCortex-A53@1.3Ghz / Dual Core Mali-450 GPU
 * 4GByte LPDDR3 933Mhz


 * Pine RockPro64

stikonas


 * ARMv8
 * Rockchip RK3399 : 2xCortex-A72@2.0Ghz + 4xCortex-A53@1.5Ghz / Mali-T860MP4 Quad-core GPU
 * 4GByte LPDDR4 1600Mhz


 * Pine Sopine64 Cluster
 * ARMv8
 * Rockchip RK3328 : 4xCortex-A53@1.3Ghz / Dual Core Mali-450 GPU
 * 4GByte LPDDR3 933Mhz
 * 4GByte LPDDR3 933Mhz


 * Pinebook Pro


 * ARMv8
 * Rockchip RK3399 : 2xCortex-A72@2.0Ghz + 4xCortex-A53@1.5Ghz / Mali-T860MP4 Quad-core GPU
 * 4GByte LPDDR4 1600Mhz


 * Pipo Movie M3
 * ARMv7-A
 * Rockchip RK3066 : 2xCortex-A9@1Ghz / Mali-400MP
 * 1G
 * 1G


 * Pyra (prototype; ETA Sep 2016)
 * andrey_utkin
 * ARMv7-A
 * TI OMAP5: 2x Cortex-A15@1.5GHz + 2x Cortex-M4
 * 2G or 4G @DDR3L


 * Radxa Rock Pi 4
 * ARMv8
 * Rockchip RK3399 : 2xCortex-A72@2.0Ghz + 4xCortex-A53@1.5Ghz / Mali-T860MP4 Quad-core GPU
 * 4G LPDDR4 @ 1600MHz
 * Wireless driver doesn't work
 * Wireless driver doesn't work


 * Raspberry Pi 2 Model B


 * ARMv7-A
 * Quad-Core Broadcom BCM2836@900MHz Cortex-A7
 * 1G@LPDDR2


 * Raspberry Pi 3 Model B (64 bit)


 * ARMv8-A
 * Quad Core 1.2GHz Broadcom BCM2837 64bit CPU
 * 1G@LPDDR2


 * Raspberry Pi 3 Model B Plus (64 bit)


 * ARMv8-A
 * Broadcom BCM2837B0, Cortex-A53 (ARMv8) 64-bit SoC @ 1.4GHz
 * 1GB@LPDDR2 SDRAM

rican-linux miland3r jfmcarreira
 * Raspberry Pi 3 Model B
 * psychedup74


 * ARMv7-A
 * Quad Core 1.2GHz Broadcom BCM2837 64bit CPU
 * 1G@LPDDR2


 * Raspberry Pi 4 Model B (64 bit)


 * ARMv8-A
 * Broadcom BCM2711, Cortex-A72 (ARMv8) 64-bit SoC @ 1.5GHz
 * 4GB@LPDDR4 SDRAM


 * Raspberry Pi 4 Model B (64 bit)
 * ARMv8-A
 * Broadcom BCM2711, Cortex-A72 (ARMv8) 64-bit SoC @ 1.5GHz
 * 8GB@LPDDR4 SDRAM
 * 8GB@LPDDR4 SDRAM


 * Raspberry Pi Model B Mid-2012 version


 * ARMv6ZK
 * Broadcom BCM2835@700MHz
 * 512M

rafaelmartins
 * Raspberry Pi Model B+

holgersson

Kantharos
 * ARMv6ZK
 * Broadcom BCM2835@700MHz
 * 512M

ssvb Frigolit UndrWater
 * Raspberry Pi Model B
 * chithead

jfmcarreira


 * ARMv6ZK
 * Broadcom BCM2835@700MHz
 * 256M


 * Raspberry Pi Zero W


 * ARMv6ZK
 * Broadcom BCM2835@1GHz (ARM1176)
 * 512M


 * Raspberry Pi Zero
 * ARMv6ZK
 * Broadcom BCM2835@1GHz
 * 512M
 * 512M

(ssh access) dougztr
 * Rebel NetWinder
 * ARMv4
 * Intel StrongARM-110@275MHz
 * 128M

maekke
 * Samsung Chromebook "snow" (XE303C12)
 * ssvb

prometheanfire Zero_Chaos panda|x201


 * ARMv7-A
 * Dual-Core Samsung Exynos5250@1.7GHz Cortex-A15
 * 2G@DDR3-1600


 * Samsung Galaxy Note 10.1
 * ARMv7-A
 * Quad-Core Nvidia Tegra3@1.3GHz Cortex-A9
 * 1G@DDR3
 * 1G@DDR3


 * Seagate Dockstar
 * aholler

chithead
 * ARMv5TE
 * Marvell Feroceon@1.2GHz
 * 128M


 * Sharp Zaurus C3100
 * ARMv5TE
 * Intel XScale PXA270@416MHz
 * 64M
 * 64M


 * Smart Q7
 * agaffney
 * ARMv6ZK
 * Samsung S3C6410@666MHz
 * 128M


 * SolidRun CuBox-i4Pro
 * ARMv7-A
 * Quad-Core Freescale i.MX6@1GHz Cortex-A9
 * 2G@DDR3-1066
 * 2G@DDR3-1066


 * SolidRun CuBox
 * Wizzup


 * ARMv7-A
 * Marvell Armada 510@800MHz Cortex-A8
 * 1G@DDR3-800


 * SynQuacer Dev Box
 * ARMv8
 * SC2A11 (24 x Cortex-A53)
 * 8Gb DDR4
 * 8Gb DDR4


 * TBS2900 MOI DVB-S2 Streaming TV Box
 * ARMv7-A
 * Single-Core 1GHz Cortex-A8
 * 512MB DDR2
 * 512MB DDR2


 * Toshiba AC100/Dynabook AZ/Compal Paz00
 * Kantharos
 * ARMv7-A
 * Dual-Core Nvidia Tegra2@1GHz Cortex-A9
 * 512M


 * Udoo Neo
 * ARMv7-A
 * Freescale SoloX i.MX6@1GHz Cortex-A9 w/ SAM3 (Arduino Due compatible)
 * 1G@DDR3-1066 (extended/full)
 * 1G@DDR3-1066 (extended/full)


 * Udoo Quad
 * ARMv7-A
 * Quad-Core Freescale i.MX6@1GHz Cortex-A9 w/ SAM3 (Arduino Due compatible)
 * 1G@DDR3-1066
 * 1G@DDR3-1066


 * WM8505 Reference Board/Generic Netbook/Tablet (Jaytech 9901 etc.)
 * Kantharos


 * ARMv5TEJ
 * Wondermedia WM8505 ARM926EJ-S@300MHz
 * 128M


 * Wandboard Dual
 * ARMv7-A
 * Dual-Core Freescale i.MX6@1GHz Cortex-A9
 * 1G@DDR3-1066
 * 1G@DDR3-1066


 * Wandboard Quad
 * ARMv7-A
 * Quad-Core Freescale i.MX6@1GHz Cortex-A9
 * 2G@DDR3-1066
 * 2G@DDR3-1066


 * ZyXEL NAS326
 * ARMv7-A
 * Marvell Armada 380 MV88F6810@1.3GHz
 * 512M
 * 512M


 * ZyXEL NSA325 (Marvell Kirkwood)
 * ARMv5TE
 * Marvell Feroceon 88FR131@1.6GHz
 * 512M
 * 512M