Industrial ARM Computer Powered by TI Sitara AM62x
ARMxy BL350 — industrial ARM computer built on Texas Instruments Sitara AM62x series processors. Choose from dual or quad-core Cortex-A53 (up to 1.4GHz) with integrated Cortex-M4F real-time core and PRU-ICSS for deterministic I/O. 16nm low-power process, 1080P video codec, and wide -40°C to +85°C operation. Select from 26,622 factory-validated I/O combinations.
26,622
I/O Combinations
1.4GHz
Cortex-A53
400MHz
Cortex-M4F
-40~85℃
Wide Temp Range
TI Sitara AM62x Dual/Quad A53 + M4F + R5F PRU-ICSS 1080P Video 16nm Low-Power Yocto/Debian 12
vs Traditional x86 PLC
Hardware Cost$1,500+-40~60%SAVE
TI Industrial ReliabilityAutomotive-GradeTI QUALITY
Development Cycle-50% shorterFASTER
I/O Combinations26,622 optionsCHOOSE
Select your exact SOM, X-board, and Y-boards at order — factory assembled and tested.
Texas Instruments is a globally recognized leader in industrial semiconductors. The Sitara AM62x series delivers the perfect balance of performance, power efficiency, and industrial reliability — purpose-built for factory automation, energy infrastructure, and medical equipment.
TI Sitara AM62x Family
Choose from AM6232 (dual-core) or AM6254 (quad-core) Cortex-A53 processors. Scalable performance from industrial gateway to advanced edge computing. 1.4GHz maximum clock speed.
16nm Low-Power Process
Advanced 16nm FinFET technology delivers exceptional power efficiency. Lower heat generation, higher reliability, and extended product lifetime — ideal for fanless industrial enclosures.
Industrial-Grade Quality
Texas Instruments processors are renowned for industrial robustness. -40°C to +85°C operation, 10+ year product longevity, and automotive-grade reliability standards.
Long-Term Availability
TI guarantees long-term supply continuity for industrial applications. No unexpected obsolescence — protect your capital equipment investments for decades.
Modular Architecture
26,622 Factory-Built I/O Combinations
4 SOM boards × 19 X boards × 30+ Y boards × 3 wireless options = 26,622 possible configurations. Order your exact combination — we assemble and test before shipping.
4 SOM Boards19 X Boards30+ Y Boards26,622 Combinations
Selection Note: When Y63 (4x RS485/232) is selected, this Y-board occupies the slot exclusively — no second Y-board can be selected.
All I/O boards are carefully selected and assembled before delivery — plug and use.
Multi-Core Real-Time Architecture
TI's Unique Heterogeneous Processing
BL350 leverages TI's advanced multi-core architecture to handle both complex application processing and deterministic real-time control in a single chip.
✅ Dual/Quad Cortex-A53 (1.4GHz) — Linux application processing, networking, user interface
✅ Cortex-M4F (400MHz) — Dedicated real-time control, deterministic response, no Linux latency
✅ Cortex-R5F (400MHz) — System startup, resource management, power management
✅ PRU-ICSS (333MHz, 2x PRUs) — Programmable real-time units for bit-banging, custom I/O, and deterministic signal processing
Why TI's Heterogeneous Architecture Matters
🔹 Real-Time Determinism: M4F core runs independently of Linux — no RT patch needed for many real-time tasks
🔹 Linux-RT Support: Full Linux-RT kernel available for applications requiring real-time OS
🔹 PRU Flexibility: Program PRU cores for custom communication protocols or high-speed I/O
🔹 Lower Power: 16nm process + heterogeneous architecture = optimal power efficiency
🔹 Proven in Industry: TI's Sitara platform powers millions of industrial devices worldwide
M4F bare-metal development examples provided
Target Applications
Designed for Critical Infrastructure
TI Sitara's industrial pedigree makes BL350 ideal for demanding applications where reliability is paramount
Energy Storage EMS/BMS
Industrial PLC
Motion Controller
Blood Analyzers
EV Charging Stations
Rail Transit
Test & Measurement
Smart Manufacturing
Software Ecosystem
Industrial-Grade Software Stack
Yocto Project · Debian 12 · Linux-RT · Docker
Yocto / Debian 12
Choose Yocto 3.1 (dunfell) for customized embedded Linux or Debian 12 for full package ecosystem. Linux-RT kernel for real-time applications.
Real-Time & Motion Control
Linux-RT kernel. IGH EtherCAT Master (open-source) · OpenPLC · Beremiz. M4F core for deterministic real-time tasks independent of Linux.