'ARM Box PC' product search

CPU / SoC / Socket

CPU / SoC / Socket

A CPU is responsible for performing the basic instructions that make the computer function. A SoC is a type of microprocessor that integrates all the components of an embedded board into a single chip, such as the CPU, memory, I/O (Input/Output) interfaces etc. A socket allows the CPU or SoC to be connected and communicate with the other components on the board. The socket on an embedded board needs to match the form factor and pinout (# of pins on a component) of the CPU or SoC that is used.
- AND OR
  (select all/clear all)
  ARM Cortex M3 100 MHz
  ARM Cortex-A57 MPCore
  ATMEL AT91RM9200 180 MHz
  ATMEL AT91SAM9G20 400 MHz
  ATMEL AT91SAM9G45 400 MHz
  ATMEL ATSAMA5D35 536 MHz
  Intel Core i3-1115G4 3.0/4.1 GHz
  Intel Core i5-1135G7 2.4/4.2 GHz
  NVIDIA Jetson AGX Orin
  Nvidia Jetson AGX Orin 2.2 GHz
  Nvidia Jetson Orin Nano
  Nvidia Jetson Orin NX
  NVIDIA Jetson Orin NX 2.0 GHz
  Nvidia Jetson TX2
  Nvidia Jetson Xavier NX
  NXP i.MX8M
  NXP i.MX8M Plus
  RockChip RK3188 1.6 GHz
  Rockchip RK3399
  TI AM6232
  TI AM6254
- Performance: # of Cores (threads)
  
  AND OR
  
  (select all/clear all)
  12 (12)
  2 (4)
  4 (4)
  4 (8)
  6 (6)
  8 (8)
TDP (max.) (W)
Coprocessor

Co-processor

A co-processor is an additional processor which works together with the main CPU to perform specific tasks or calculations. E.g. to perform complex mathematical calculations, such as those needed for graphics rendering, scientific simulations, signal processing or encryption. Co-processors can be integrated into a single chip together with the main CPU (also known as a SoC, system on a chip) or can be connected to the CPU via a bus or other interface.
- AND OR
  (select all/clear all)
  AI Accelerator NVIDIA Jetson AGX Orin NX
  AI Accelerator NVIDIA Jetson Orin NX
  AI Accelerator NVIDIA Jetson Xavier NX
  AI accelerator: Google Edge TPU ML
  AI Accelerator: Nvidia Jetson AGX Orin
  AI Accelerator: Nvidia Jetson Nano
  AI Accelerator: Nvidia Jetson Orin Nano
  NVIDIA Ampere 1024-core + 32 Tensor Cores
  248 TOPS
  275 TOPS
Memory
- AND OR
  (select all/clear all)
  16GB LPDDR5
  8GB LPDDR5
  DDR4 SODIMM x 1
  Onboard 1 GB LPDDR4x
  Onboard 128 MB
  Onboard 16 GB LPDDR5
  Onboard 2 GB DDR3
  Onboard 2 GB DDR4
  Onboard 2 GB LPDDR3
  Onboard 2 GB LPDDR4
  Onboard 32 GB LPDDR5
  Onboard 32 KB
  Onboard 4 GB LPDDR4
  Onboard 4 GB LPDDR5
  Onboard 512MB LPDDR2
  Onboard 64 GB LPDDR5
  Onboard 64 MB
  Onboard 8 GB LPDDR4
  Onboard 8 GB LPDDR4x
  Onboard 8 GB LPDDR5
  Onboard 8GB
Chipset
- (select all/clear all)
  ARM Carmel
  ARM Cortex-A5
  ARM Cortex-A53
  ARM Cortex-A57
  ARM Cortex-A57 + Denver 2
  ARM Cortex-A72
  ARM Cortex-A78AE
  ARM Cortex-A78AE ARMv8.2
  ARM Cortex-A9
  ARM v8.2
  ARM9
Graphics
- (select all/clear all)
  1.3 GHz Nvidia Ampere 2048-core + 64 Tensor Cores
  1024-core NVIDIA Ampere architecture
  930 MHz Nvidia Ampere 1792-core + 56 Tensor Cores
  930 MHz Nvidia Ampere c 1792-core + 56 Tensor Cores
  GC7000UL+GC520L
  Intel Iris Xe 1.30 GHz
  Intel UHD 1.25 GHz
  Mali 400
  Mali-T864
  NVIDIA Ampere
  NVIDIA Ampere 1.0 GHz
  Nvidia Ampere 1024-core + 32 Tensor Cores
  Nvidia Ampere 512-core + 16 Tensor Cores
  Nvidia Pascal
  Nvidia Volta
Video signal

Video signal

A video signal on an embedded device carries visual information from a video source, such as a camera or a computer, to a display device, such as a monitor or a screen. The signal is typically generated by a video controller or a graphics processing unit (GPU) on the embedded device and then sent to the display device through a video output interface, such as HDMI, DisplayPort, LVDS, VGA, etcetera.
- AND OR
  (select all/clear all)
  2 x DisplayPort++
  HDMI x 1
  HDMI x 2
Network & wireless

Network & wireless

Embedded boards and systems can have a variety of network and wireless capabilities depending on their design and the specific components they include. Such as ethernet, Wi-Fi, Bluetooth, cellular, LoRa, Zigbee, etcetera.
- AND OR
  (select all/clear all)
  Bluetooth 4.1
  LAN 1 Gbit (PoE) x 1
  LAN 1 Gbit (PoE) x 2
  LAN 1 Gbit (PoE) x 4
  LAN 1 Gbit (PoE+) x 1
  LAN 1 Gbit x 1
  LAN 1 Gbit x 2
  LAN 1 Gbit x 5
  LAN 10 Gbit x 1
  LAN 100 Mbit x 1
  LAN 100 Mbit x 2
  LAN 100 Mbit x 4
  LAN 2.5 Gbit x 1
  WLAN
  WLAN ac
Storage
- AND OR
  (select all/clear all)
  M.2 (22*80mm M Key NVMe) x 1
  SATA x 1
  M.2 (22*80mm M key PCIe 4.0 x4) x 1
  M.2 (22*42mm B key SATA3) x 1
  M.2 (22*80mm M Key PCIe) x 1
  M.2 (22*80mm M key PCIe) x 1
  2.5'' disk drive (bay) x 1
  M.2 (22*80mm M Key) x 1
  Onboard 128 MB
  DataFlash 2 MB
  microSD x 1
  SD x 1
  Onboard 16 GB eMMC
  Onboard 16 MB
  Onboard 32 GB eMMC
  Onboard 512 KB
  Onboard 64 GB eMMC
  2.5'' disk drive (bay) x 2
  Onboard 64GB eMMC
  MicroSD x 1
  Onboard 8 GB eMMC
  DataFlash 8 MB
  Onboard 8 GB
- ConnectionsSATA 3
  
  USB 2.0
  
  USB 3.x
  
  RS-232
  
  RS-232/485
  
  RS-232/422/485
  
  SIM card slot
Other connections
- AND OR
  (select all/clear all)
  Antenna hole x 2
  Antenna hole x 3
  Antenna hole x 4
  Antenna Hole x 6
  Antenna hole x x6
  Audio Out x 1
  CAN bus
  CAN bus x 1
  CAN bus x 2
  CANBus x 1
  CAN-FD x 1
  CAN-FD x 2
  COM x 1
  DB-9 for RS-232 x 1
  FAKRA SMB Jack Z-Code x 8
  GMSL2 x 8
  Line out x 1
  Line-out x 1
  Mic in x 1
  Mic-in x 1
  Micro USB x 1
  microSD x 1
  micro-USB x 1
  Micro-USB x 1
  OTG x 1
  Power
  Power Button x 1
  Recovery Button x 1
  Remote on/off x 1
  Reset
  RJ-45 for LAN x 1
  RJ45 for serial x 4
  RJ45 for serial x 8
  RS-485 (isolated) x 4
  RS-485 x 1
  RS-485 x 4
  RTC
  SD x 1
  SIM card slot x 1
  SIM card slot x 2
  SIM slot x 1
  TPM 2.0
  USB OTG x 1
  USB Type C
  USB-C x 1
  Vizionlink A x 4
  Vizionlink B x 4
I/O
- AND OR
  (select all/clear all)
  13-bit DIO x 1
  21x GPIO
  8-bit DIO
  8-bit DIO x 1
  CANBus x 1
  DIO x 8
  FAKRA SMB Jack Z-Code x 8
  GMSL2 x 8
  Digital Input x 2
  Relay output x 1
  Digital Input x 8
  Digital Output x 8
  GPIO x 16
  Line-out x 1
  Mic-in x 1
  40-pin connector
  GPIO
  I2C
  SAI
  SPI
  UART
  PWM
  UART x 1
  CAN bus x 1
Expansion slots
- AND OR
  (select all/clear all)
  M.2 (22*30mm E key PCIe USB 2.0) x 1
  M.2 (22*30mm E key) x 1
  M.2 (22*30mm E Key) x 1
  M.2 (22*42/30*42/30*52mm B key) x 1
  M.2 (22*80mm M Key NVMe) x 1
  M.2 (22*80mm M key PCIe) x 1
  M.2 (22*80mm M Key) x 1
  M.2 (30*42/30*52 B Key) x 1
  M.2 (30*42/52mm B key) x 1
  M.2 (30*52 B Key) x 1
  M.2 (30*52mm B key) x 1
  M.2 (B key) x 1
  Mini PCIe (full size) x 1
  Mini PCIe (full size) x 2
  Mini PCIe (half size) x 1
  Mini PCIe (half/full size) x 1
  Mini PCIe x 1
  Mini PCIe x 2
  MIPI-CSI2 x 1
  SIM Slot x1
- Operating temp.:
  Min. (°C)
  
  Operating temperature
  
  The operating temperature is the range of temperatures in which an embedded board can operate properly. Outside this temperature range the board may fail or malfunction. Operating temperatures are commonly known in “standard operating temperature” and “wide range operating temperature”. The standard operating temperature for embedded boards is commonly between -20 degrees and +60 degrees Celsius. The wide range operating temperature is commonly between -40 degrees and +70 degrees Celsius.
  
  Max. (°C)
System cooling
- (select all)
  Fanless
  Passive
Mounting
- AND OR
  (select all/clear all)
  DIN Rail
  VESA
  Wall mount
  Wallmount
Protection
- AND OR
  (select all/clear all)
  Anti-shock
  Anti-vibration
  ESD
Particularities
- AND OR
  (select all/clear all)
  100 TOPS AI Performance
  40 TOPS AI Performance
  9-axis sensor
  ACC ignition delay
  ACC Ignition Delay On/Off
  AI Accelerator
  Buzzer
  GPS
  HDMI
  Node-RED
  Nvidia Jetpack Software pre-installed
  Realtime clock (back-up by super capacitor)
  TPM
  VizionViewer SDK
  Watchdog
- Dimensions:
  Length (mm)
  
  Width (mm)
  
  Height (mm)
Input power (V)
- AND OR
  (select all/clear all)
  +10 to +24 DC
  +12 DC
  +12 to +24 DC
  +9 to +28 DC
  +9 to +36 DC
  +9 to +40 DC
  +9 to +48 DC
  PoE+
Supported operating system
- AND OR
  (select all/clear all)
  ACLinux 4.0
  Android 4.2
  Android 4.4
  Android 8.1
  Debian 11
  Android 13
  Windows 10 IoT
  Yocto
  Debian 12
  FreeRTOS
  lwIP
  Jetpack 4.6.2
  Jetpack 5.0+
  Jetpack 6.0.0
  Linux
  Linux (Jetpack 5.1+)
  Linux (NVIDIA JetPack 5.1.2 and above)
  Linux 2.6.14
  Linux 2.6.29
  Linux 2.6.38
  Linux 4.9.x
  Linux Ubuntu 16.04
  Linux Ubuntu 18.04
  NVIDIA Jetpack 5.0 or above
  NVIDIA Jetpack 5.1.2+
  NVIDIA JetPack™ 5.0+
  NVIDIA Jetpack 4.6
  Windows 10
  Windows 11

Description	Name	Pricing (EURO)		Stock	Key features
ATMEL 9G20, Industrial Programmable Automation Controller with 8x 2500Vrms opto-isolated digital inputs and 8x up-to-500mA high-drive digital outputs	PAC-4010-ARTI	590.87	@ 1 pc	2.106 4 to 8 wks	ATMEL AT91SAM9G20 400 MHz • Onboard 64 MB • LAN 100 Mbit x 2 • Onboard 128 MB,DataFlash 2 MB,microSD x 1
ARM Box PC with TI AM6232 and ARM Cortex-A53, 2GB RAM, 16 GB eMMC, microSD, HDMI, Passive cooling, +12 DC, -40 to 85°C, supports Debian 12	SRG-AM62-A10-0001-AAE	192.72	@ 1 pc	3 No stock	TI AM6232 • Onboard 2 GB DDR4 • LAN 1 Gbit x 1 • Onboard 16 GB eMMC,microSD x 1 • Yes
ARM Box PC with TI AM6254 and ARM Cortex-A53, 2GB RAM, 16 GB eMMC\|microSD, HDMI, Passive cooling, +9 to +36 DC, -40 to 85°C, supports Debian 12	SRG-AM62-A10-0002-AAE	213.00	@ 1 pc	3 No stock	TI AM6254 • Onboard 2 GB DDR4 • LAN 1 Gbit x 2 • Onboard 16 GB eMMC,microSD x 1 • Yes
ARM Box PC with NXP i.MX8M Plus and ARM Cortex-A53, 4GB RAM, 32 GB eMMC, HDMI, Passive cooling, +9 to +36 DC, -20 to 70°C, supports Debian 11\|Windows 10 IoT/Yocto/Android 13	SRG-IMX8P-A11-W432-AAE	383.99	@ 1 pc	3 No stock	NXP i.MX8M Plus • Onboard 4 GB LPDDR4 • LAN 1 Gbit x 1 • Onboard 32 GB eMMC,microSD x 1 • Yes
ARM Box PC with NXP i.MX8M Plus and ARM Cortex-A53, 2GB RAM, 16 GB eMMC\|microSD, HDMI, Passive cooling, +12 DC, -40 to 80°C, supports Debian 11	SRG-IMX8PL-A10-0001-AAE	256.11	@ 1 pc	3 No stock	NXP i.MX8M Plus • Onboard 2 GB LPDDR4 • LAN 1 Gbit x 2 • Onboard 16 GB eMMC,microSD x 1 • Yes
ARM Box PC with NXP i.MX8M Plus and ARM Cortex-A53, 4GB RAM, 32 GB eMMC\|microSD, HDMI, Passive cooling, +9 to +36 DC, -40 to 80°C, supports Debian 11	SRG-IMX8PL-A10-0002-AAE	282.74	@ 1 pc	3 No stock	NXP i.MX8M Plus • Onboard 4 GB LPDDR4 • LAN 1 Gbit x 2 • Onboard 32 GB eMMC,microSD x 1 • Yes

ARM Box PC

Box PC

Sale

CPU / SoC / Socket

Performance: # of Cores (threads)

TDP (max.) (W)

Coprocessor

Memory

Chipset

Graphics

Video signal

Network & wireless

Storage

ConnectionsSATA 3

USB 2.0

USB 3.x

RS-232

RS-232/485

RS-232/422/485

SIM card slot

Other connections

I/O

Expansion slots

Operating temp.: Min. (°C)

Max. (°C)

System cooling

Mounting

Protection

Particularities

Dimensions: Length (mm)

Width (mm)

Height (mm)

Input power (V)

Supported operating system

ATMEL 9G20, Industrial Programmable Automation Controller with 8x 2500Vrms opto-isolated digital inputs and 8x up-to-500mA high-drive digital outputs

ARM Box PC with TI AM6232 and ARM Cortex-A53, 2GB RAM, 16 GB eMMC, microSD, HDMI, Passive cooling, +12 DC, -40 to 85°C, supports Debian 12

ARM Box PC with TI AM6254 and ARM Cortex-A53, 2GB RAM, 16 GB eMMC|microSD, HDMI, Passive cooling, +9 to +36 DC, -40 to 85°C, supports Debian 12

ARM Box PC with NXP i.MX8M Plus and ARM Cortex-A53, 4GB RAM, 32 GB eMMC, HDMI, Passive cooling, +9 to +36 DC, -20 to 70°C, supports Debian 11|Windows 10 IoT/Yocto/Android 13

ARM Box PC with NXP i.MX8M Plus and ARM Cortex-A53, 2GB RAM, 16 GB eMMC|microSD, HDMI, Passive cooling, +12 DC, -40 to 80°C, supports Debian 11

ARM Box PC with NXP i.MX8M Plus and ARM Cortex-A53, 4GB RAM, 32 GB eMMC|microSD, HDMI, Passive cooling, +9 to +36 DC, -40 to 80°C, supports Debian 11

Devices

Modules

Platforms

About us

Operating temp.:
Min. (°C)

Dimensions:
Length (mm)