ARM Processors, Development Boards & Core Modules

ARM processors, development boards and embedded core modules

Source ARM-based silicon and ready-to-develop hardware for embedded Linux, industrial controls, display systems, edge vision and microcontroller projects. This assortment spans bare processor and MCU ICs, small core modules, carrier/development boards and complete single-board computers. They are not interchangeable just because their titles mention ARM. Several legacy non-ARM processors, RISC-V options and supporting accessories are also present; check the selected item rather than treating the collection name as a technical specification.

Find the right class of hardware

• Bare application processors and SoCs: Allwinner H3 BGA347, RV1126 and other processor-chip listings require a suitable PCB, memory, power sequencing, boot storage, firmware and assembly process. A bare BGA chip is not a development board. Full device markings and package must match the target board and datasheet.
• Linux-capable core modules and single-board computers: STM32MP135/STM32MP157/STM32MP257 modules; Rockchip RV1103/RV1106 and RK3506 Luckfox Pico/Lyra families; RK3568/RK3576/RK3588S boards; NanoPi, Banana Pi, Raspberry Pi 5, BeagleBone Black and i.MX-family hardware offer distinct processor, memory and I/O architectures. A core module may require a separate carrier or baseboard, while an SBC exposes connectors directly. Confirm the exact board revision, expansion hardware and power input for the option ordered.
• ARM microcontroller ICs and boards: STM32F103, STM32F407, STM32G030/G474, STM32H723/H743, MIMXRT1011 and GD32F405 listings include both standalone ICs and assembled minimum-system or NUCLEO boards. Cortex-M parts are typically chosen for firmware-driven control rather than as drop-in substitutes for Cortex-A Linux application processors. STM32F103 options can specify C6 versus C8/CB, USB connector type or CH340 serial hardware; another listing also offers a CH32V103 RISC-V option. Do not assume every variant uses the same core or programming interface.
• FPGA SoC and heterogeneous systems: Zynq-7000 7010/7020 core boards and ZedBoard listings combine programmable logic with ARM processing. Other boards integrate Cortex-A with Cortex-M or RISC-V control cores, NPU or ISP blocks. Those secondary engines, memory interfaces and usable acceleration differ by exact model and software image; an advertised NPU figure is not a guarantee of application throughput.
• Tools, peripherals and unrelated search matches: a J-LINK V9 debugger, ST-LINK V2 option, AD9833 signal-generator modules, accessories and older N80C186, Z80, MC68030 or other non-ARM CPUs occur within the collection. A debugger is not an MCU; an AD9833 module is not a processor. Choose by the actual function shown on the product page.

Selection checklist for engineers and buyers

1. Start with the workload and instruction set. Decide whether you need a bare MCU for real-time control, a Cortex-A Linux system, an FPGA SoC, a vision-oriented SoC with camera/ISP, or a complete PC-style SBC. Allwinner D1S/F133/T113 options, for example, are distinct boards or chips; do not infer a common instruction set or feature set from one shared listing.
2. Match the exact variant, not the headline. Listings offer 7010 versus 7020 Zynq boards; RV1103 versus RV1106 Pico variants; Lyra, Lyra B, M and LCD kit choices; and RK3568 boards with 2/4/8 GB RAM, 16/32/64 GB storage and Wi-Fi/no-Wi-Fi choices. An accessory or downloader option may be sold separately from the main board. Read the selected option and included contents before purchasing.
3. Check interfaces against the intended carrier and peripherals. Compare GPIO voltage, Ethernet speed and port count, USB mode, camera MIPI CSI, display interfaces, storage and expansion pinout in the board's own documentation. Processor capability alone does not mean that every interface is exposed on a particular board. A SODIMM-style core module is not automatically compatible with another manufacturer's carrier using a similar connector.
4. Confirm package and assembly. Bare IC choices include LQFP/QFP, BGA and other surface-mount packages; assembled boards may be supplied with or without headers or with pins soldered in different directions. Check the ordering suffix, land pattern, soldering process and orientation. Generic seller fields sometimes contradict the actual title or selected variant.
5. Validate software and supply. Check boot media, RAM/eMMC/flash capacity, board support package, Linux image, debug/programming tools and availability of the relevant firmware for the precise revision. Product titles mentioning Linux, Android, Wi-Fi, AI or industrial use are not a promise that every variant includes those features, a particular OS image or any certification.
6. Count what you receive. H3 and MCU IC listings may offer 1/2/5/10/20-piece options; Pico-style boards and modules may have single- or multi-piece options. Product titles with multiple model names do not imply mixed packs.

Frequently asked questions

Is every item here an ARM processor? No. The collection contains ARM-based chips and boards as well as JTAG/debug tools, peripheral modules and a few legacy or RISC-V processor listings. The exact product and selected variant define what you buy.

What is the difference between a core module and an SBC? A core module generally brings a processor and selected memory/storage to a carrier connector and still needs compatible external hardware. An SBC is an assembled board exposing a set of I/O ports. Neither term guarantees an enclosure, display, power supply or other accessories.

Will an STM32 development board run Linux? A typical STM32F/G/H Cortex-M MCU board is not equivalent to an STM32MP-series Cortex-A application-processor platform. Choose against the processor architecture, memory and supported software for the exact board.

Does the Rockchip board include Wi-Fi, PoE, LCD or a camera? Not automatically. RK3568 bundles, Luckfox Pico Ultra kits and Lyra LCD choices distinguish those components by option. Confirm the variant's stated contents rather than relying on family photographs.

Can I replace a BGA SoC or core board based on matching processor family? No direct substitution is established. Verify full part number, pinout, power tree, boot configuration, memory interface, board revision and supported software before design-in or repair.

Are seller claims of originality, certification or industrial grade guaranteed across the collection? No collection-wide authentication, certification or operating-temperature guarantee is implied. Request the documentation and traceability required by your application for the specific selected item.