BUILD. CONNECT. CREATE.
ArmSoM Sige7s
Your starting point for Linux, multimedia and edge AI.
- 8-core CPU
- 6 TOPS NPU
- WiFi 6
OPEN HARDWARE. SHARED POSSIBILITIES.
Your next idea.
Starts here.
From your first Linux boot to your next edge AI project. Find the board, the tools, and the community to make it happen.
For the curious. For the makers.
For whatever you’re building next.
FEATURED PLATFORMS01 / 04
COMPACT MODULE. BIG POSSIBILITIES.
ArmSoM CM5
Bring your next embedded product to life with RK3576.
- RK3576
- 6 TOPS NPU
- Custom carriers
EDGE AI. READY TO INTEGRATE.
ArmSoM AIM7
RK3588 AI compute in a compact SO-DIMM module.
- 8-core CPU
- 6 TOPS NPU
- 260-pin SO-DIMM
FLAGSHIP COMPUTE. YOUR DESIGN.
ArmSoM CM7s
RK3588S performance for your own carrier-board design.
- 8-core CPU
- 6 TOPS NPU
- Compute module
01 / PICK YOUR PLATFORM
Good ideas need
great hardware.
Start with a board. Scale with a module.
Find the right fit for what you’re making.
Showing 5 recommended platforms
COMPACT SBC
Sige7s
An eight-core starting point for edge AI and multimedia projects.
- 8-core CPU
- 6 TOPS NPU
SINGLE-BOARD COMPUTER
Sige5
A versatile platform for Linux development and connected applications.
- 4K UI
- Dual GbE
COMPUTE MODULE
CM7s
Eight-core processing and edge AI for your custom carrier-board design.
- 8-core CPU
- 6 TOPS NPU
COMPUTE MODULE
CM5
Take your prototype into a compact, custom hardware design.
- Compute module
- Carrier-board integration
AI MODULE
AIM7
Dedicated AI acceleration in a SO-DIMM module for embedded projects.
- 6 TOPS NPU
- 260-pin SO-DIMM
SINGLE-BOARD COMPUTER
Sige7
Octa-core RK3588 processing, 6 TOPS AI and up to 32GB memory, with dual 2.5G Ethernet and PCIe 3.0 NVMe expansion on a compact single-board computer.
- RK3588
SINGLE-BOARD COMPUTER
Sige3
Quad-core RK3568B2 compute with 2.5G + Gigabit Ethernet, WiFi 6 and NVMe expansion for network services, media projects and embedded Linux development.
- RK3568B2
SINGLE-BOARD COMPUTER
Sige1
Quad-core RK3528 compute, 2.5G + Gigabit Ethernet, WiFi 6 and 4K video in a compact single-board computer for networking, media and everyday Linux projects.
- RK3528
SINGLE-BOARD COMPUTER
Forge1
An RK3506J industrial single-board computer with dual 100M Ethernet, CAN, RS485, MIPI DSI and a documented −40°C to +85°C operating range for control and HMI development.
- RK3506J
COMPUTE MODULE
CM1
A compact RK3506J compute module with triple Cortex-A7 cores, a Cortex-M0, DDR3L memory and MIPI DSI for industrial control, HMI and custom embedded products.
- RK3506J
COMPUTE MODULE
LM7
RK3588 octa-core compute, a 6 TOPS NPU and up to 32GB memory in a compact 506-pin LGA module for custom carrier boards and embedded product integration.
- RK3588
Not sure where to start?Explore board documentation
02 / FROM UNBOXING TO FIRST BUILD
Less searching.
More making.
Your development journey starts here.
Keep the essentials within reach.
01
Get up and running
Board guides, first boot, system images, and hardware references.
Open documentation02
Build in the open
Explore ArmSoM’s repositories and contribute to the ecosystem.
Explore GitHub03
Find your people
Ask a question, share your build, and learn with other developers.
Join the forum03 / BUILT WITH ARMSOM
Small boards.
Real-world ideas.
HOME AUTOMATIONARMSOM SIGE7
A smarter home, built on Sige7.
Inside a low-power Frigate NVR build, with local storage and on-device object detection.
Read the story
CONSERVATION TECHNOLOGYARMSOM CM5
Edge AI meets the open ocean.
Discover how a CM5-powered early-warning buoy supports marine mammal conservation in New Zealand.
Read the storyOPEN HARDWARE. OPEN CONVERSATION.
Better when we build together.
Have a question about your board? A project to share? Meet other builders, swap ideas, and take the next step together.
armsom / community
$ bring your curiosity
→ ask a question
→ share what you learn
→ build something together
~/your-next-project ▌
GITHUB · DISCORD · FORUM
04 / FROM THE WORKBENCH
Worth a closer look.
Loading latest news…
FROM PROJECT TO PRODUCT
Taking your idea further?
Explore custom hardware development with the ArmSoM team.