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Kontron 2.5"-SBC-AML/ADN: Packing Dual 2.5GbE, 3x 4K, and 2x M.2 into 100x72mm

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Kontron 2.5"-SBC-AML/ADN: Packing Dual 2.5GbE, 3x 4K, and 2x M.2 into 100x72mm

Kontron is deploying the "2.5"-SBC-AML/ADN", a Pico-ITX (100x72mm) SBC. Supporting Intel Atom x7000(R)E, Core i3-N305, and N97, it offers dual 2.5GbE, 3-screen 4K output, and M.2 expandability for edge gateways.

Kontron is deploying the Kontron 2.5"-SBC-AML/ADN (announced Oct 7, 2024, samples expected Nov 2024). Product info and datasheets are on the official page. This Pico-ITX (100x72mm) single-board computer supports Intel Atom x7000(R)E and Alder Lake-N series (Core i3-N305, N97, etc.). It's an SBC for edge gateways packing dual 2.5GbE, 3-screen 4K output, and dual M.2 expansion into a small board. However, since memory and eMMC are onboard, it's not suitable for "add more RAM later" strategies. Initial capacity planning is crucial.

Table of Contents

Specs

■ Kontron 2.5"-SBC-AML/ADN
CPUIntel Atom x7211RE/x7433RE/x7835RE, Core i3-N305, N97, etc. (Depends on SKU)
GPUIntel UHD Graphics (Gen12). Deep Learning Boost for AI inference mention, no dedicated NPU confirmed
MemoryLPDDR5 4800, 4/8/16GB (Onboard)
StorageeMMC 32/64/128GB (Onboard)
ExpansionM.2 Key B (2242/3042/3052/2280, PCIe x2/USB2/SATA/UIM), M.2 Key E (2230, PCIe x1/USB2/CNVi) + SIM Holder
Network2x 2.5GbE (RJ45, Intel I226-V/IT). TSN support noted for Atom series
VideoeDP x1, DP x1, USB-C (DP Alt) x1 for max 3 screens (4096x2160@60)
USBUSB 3.2 (Type-A/Type-C). USB-C supports DP Alt + PD 5V/3A
Serial2 ports (RS232/422/485 option)
Other I/ODI/DO, TPM 2.0
PowerDC 9-20V Input, CPU TDP approx 6-15W
Size100x72mm (Pico-ITX)
OSWindows 10/11, Linux

A Pico-ITX SBC packing Dual 2.5GbE, 3-screen 4K, and 2x M.2 into 100x72mm, slightly larger than a credit card. Attractive balance of I/O and expandability as a base for edge gateways or small industrial PCs, but memory/eMMC are fixed.

Features

SoC / CPU

The key point is "Selectable Low-Power Intel CPUs". Choosing from Atom x7000(R)E (Amston Lake) or Alder Lake-N (i3-N305, N97) allows targeting the 6-15W TDP range. Regarding AI, "Fast AI Inference" is claimed, but don't misinterpret this as having a dedicated NPU. It relies on CPU instructions (Deep Learning Boost) or iGPU (Gen12). Practically, N97/i3-N305 are balanced for "General + Light Inference + Multi-Display". x7000RE fits "Industrial Temp, Long Supply, Real-time" needs, with TSN/TCC support.

Memory & Storage

LPDDR5 Onboard (4/8/16GB). Hard to upgrade, but better vibration/shock resistance—a classic industrial tradeoff. Storage is also eMMC Onboard. Good for OS robustness, but capacity expansion relies on M.2. M.2 Key B (SSD/WWAN) and Key E (WLAN/BT) are the expansion mainstays. Key B supports PCIe x2/SATA, offering high freedom. Common setup: minimal OS/logs on eMMC, apps/data on M.2 SSD. Or Key E for Wi-Fi, Key B for LTE/5G.

Network & Video

Dual 2.5GbE. Approx 2.5x bandwidth of 1GbE. Reduces congestion for video streams or log uploads if the server side supports it. Video supports max 3 screens via eDP (Internal) + DP (External) + USB-C (DP Alt). E.g., "4K60 on DP, 4K60 on USB-C, 4K60 on eDP". Great for signage. I/O includes USB 3.2, Serial, and DI/DO, properly covering "field connectivity". TPM 2.0 adds security value.

Exterior

Pico-ITX (100x72mm) fits easily into small housings, but requires upfront thermal and cable routing design.

Kontron 2.5-SBC-AML/ADN Starter Kit
Ref: Kontron Official Page

Starter kits help visualize necessary components. Having brackets and cabling from the start aids PoC. Brackets to expose internal USB headers as rear USB-A ports are available, useful for compact chassis designs. Thermal design is tied to the case for this size. Quoting thermal parts early is safe.

Summary

Kontron 2.5"-SBC-AML/ADN hits the sweet spot as a "Base for Edge Gateways/Small IPCs" by offering Dual 2.5GbE + 3x 4K + 2x M.2 in a small board. Suited for: Video/Signage + High bandwidth NW, Field devices needing Serial/GPIO, Industrial apps needing long supply/temps. Not suited for: "Upgrade RAM later" operations. LPDDR5/eMMC onboard requires commitment.

Personally, I like the ruggedness of onboard memory, but risky if PoC requirements fluctuate. Define capacity needs early.

RetailerPrice (Ref)
KontronInquire (Official Page)