ArmSoM

30/07/2026

When Pi 5 (8/16GB) and Jetson Orin Nano Super prices soar & stock runs dry…
ArmSoM Sige5 (RK3576, 6 TOPS NPU) & Sige7/AIM7 (RK3588)&CM7s(RK3588S) deliver better pricing + real availability.
✅ Built-in NPU — no extra HAT needed
✅Great for YOLO, light SLAM & edge vision
✅AIM7 = drop-in Jetson Nano upgrade
✅Compact for drones & robots
✅Solid Armbian/Debian/Ubuntu/mainline linux support + ROS2 friendly
Learn more:
https://docs.armsom.org/armsom-sige5
https://docs.armsom.org/armsom-sige7
https://docs.armsom.org/armsom-aim7

20/07/2026

🚀 Sub-200ms latency for robot teleoperation is here.

and Agora just launched a joint remote operation solution based on / , delivering

Rockchip × Agora Joint Release · ArmSoM Hardware AdaptationRecently, Rockchip and Agora jointly released a standardized robot parallel teleoperation solution. Built on the RK3588 and RK3576 — the two dominant robot SoCs — the solution deeply integrates Rockchip's self-developed Rockit multimed...

30/06/2026

Why are enterprises and Homelab visionaries still running power-hungry X86 servers or hunting for overpriced external AI accelerators just for video analytics?

The era of Full Hardware Offloading at the Edge is officially here, and it costs a fraction of traditional setups. 🚀

Big thanks to@Brian Groen! A fantastic deep dive just dropped from our community, showcasing how to fully unlock the potential of a Rockchip RK3588 SBC for Frigate NVR—achieving something many thought was too complex due to driver and pipeline bottlenecks.

Here is the magic of full offloading achieved in this case study:

🔹 VPU (Video Processing): High-resolution video streams decoded entirely via MPP. Result? System CPU usage remains near 0%.

🔹 GPU (Graphics): Scaling and pixel format conversions offloaded via RGA, bypassing system memory bottlenecks.

🔹 NPU (AI Acceleration): Running complex local object detection (people, cars, pets) seamlessly on the native 6 TOPS NPU—completely eliminating the need for a Google Coral TPU or discrete GPUs.

As part of the team at ArmSoM, seeing developers push our hardware (like the Sige7 ) to these software limits is exactly why we do what we do.

We are already bringing these insights back to our R&D team to make the out-of-the-box experience even smoother for the global developer ecosystem.

👇 The full step-by-step configuration and performance breakdown is linked in the FIRST COMMENT below!

What are your thoughts on shifting AI video analytics from the Cloud/X86 to dedicated ARM NPU hardware? Let's discuss below!

22/06/2026

is going to EOL .
Looking for alternatives？
RK3588 AI Module7 (AIM7) 8+128GB version. Coming in August.
👉 https://docs.armsom.org/armsom-aim7

18/06/2026

ArmSoM-CM5 vs. Raspberry Pi CM4/CM5 – Pin-to-Pin Comparison
We made a detailed pin compatibility chart for a reason.
It's not just a spec sheet — it's your upgrade path.

For makers and engineers already in the Pi ecosystem: this means a performance upgrade without a board redesign.
For new projects: ArmSoM-CM5 gives you modern compute with an NPU, without starting from scratch.

Learn more CM5: https://docs.armsom.org/armsom-cm5

Read the full pin comparison:
https://docs.google.com/spreadsheets/d/1flx3xZccALqWIrzBEqww7ZuD9K3rT0yc/edit?gid=1911576886 =1911576886

17/06/2026

Allwinner A733 Deep Dive: Why ArmSoM Chose This Chip for Sige6
The Single-Board Computer (SBC) market is facing a silent crisis: How do you deliver true Edge AI and modern compute without doubling your hardware costs or turning your board into a power-hungry furnace?

Most mid-range options force you into a harsh trade-off between price and capability—leaving developers to choose between budget-friendly but outdated silicon, or premium chipsets with active cooling dependencies.

In this comprehensive deep dive, we break down why ArmSoM chose the Allwinner A733 SoC as the powerhouse foundation for our upcoming Sige6 (launching August 2026). From its unique heterogeneous 8-core architecture and dedicated RISC-V coprocessor, to the native 3 TOPS NPU and high-bandwidth LPDDR5 support, discover how the A733 shatters the performance-vs-power stalemate.

👉 Read the full technical breakdown here to see how we are redefining the "sweet spot" for mid-range intelligent edge nodes:

From big.LITTLE architecture to 3 TOPS NPU, from LPDDR5 to RISC-V coprocessor — a layered guide to the A733 design logic and the pain points it solves in today's SBC landscape.In late 2024, Allwinner Technology released a new SoC called the A733. It does not headline smartphone launches like Qualc...

27/05/2026

Flipper Zero One, Cyberdecks, and the future of industrial handhelds

Flipper One just proved that a pocket-sized Linux device built around the RK3576 can capture the imagination of the hardware hacking community.

But here’s what the B2B world should pay attention to:

The same platform — ArmSoM CM5 / Sige5 (RK3576) — is also a solid foundation for professional, field-ready devices:

✔️ 6 TOPS NPU for on-device AI inference (no cloud dependency)
✔️ Mainline Linux support (backed by Collabora’s upstream work)
✔️ Compact form factor (credit-card sized SBC or core module)
✔️ Dual GbE, USB-C, PCIe, MIPI — all the I/O you need

What kinds of devices are we talking about?
✅ Field service inspection terminals
✅ Portable network diagnostic tools
✅ Offline-first data collection for remote sites
✅ Custom handhelds for medical, logistics, or defense

Yes, the Cyberdeck movement is maker-driven. But its DNA — modular, open, customizable — is exactly what industrial users are asking for.

If you’re building a specialized portable device and want to base it on an open, upstream-supported platform, let’s talk.

🔗 https://docs.armsom.org/armsom-sige5
🔗 https://docs.armsom.org/armsom-cm5

22/05/2026

Honored to be recognized by Collabora as part of the RK3576 upstream effort — alongside Rockchip and the wider open source community. 🧡

We remain committed to mainline-first development. Congratulations to Flipper Zero on choosing RK3576 for Flipper One!

Collabora has partnered with Flipper Devices to build the Flipper One, based on the RK3576.

02/05/2026

👨‍🔧Happy Labor Day! 🎉What makes the Sige6(A733) PCB design stand out:
- Compact & clean — dense layout without sacrificing functionality
-8-layer through-hole PCB — solid signal integrity
-Dual-MOS redundant power input with overvoltage protection — built for reliability
-Fixed eMMC — no more loose connections
-Extra RTC header — timekeeping made easy