i.MX6 Processor ICs, Embedded Boards & Related Hardware

i.MX6 processor selection: identify the silicon, board and software stack

Browse i.MX6-family processor ICs and embedded development boards alongside other computing hardware currently listed in this collection. The central distinction is between NXP i.MX6 application processors, a populated board built around one, and unrelated items whose names only resemble “IMX6” or contain general CPU terms. This is a mixed product selection: a product's inclusion does not certify it as an i.MX6 component or guarantee compatibility with a particular i.MX6 design.

Actual i.MX6 products in this selection

• Processor IC listings: MCIMX6-series options include part numbers such as MCIMX6D5EYM10AD, MCIMX6S5EVM10AC, MCIMX6G2CVM05AB, MCIMX6Y2CVM08AB, MCIMX6QP6AVT1AA, MCIMX6S7CVM08AB/AC and MCIMX6L8DVN10AB. These are distinct orderable parts, not one interchangeable processor or a mixed assortment by default. Letter and digit suffixes matter: compare the exact device variant, processor configuration, memory-interface capabilities, package/ball map, speed and temperature grade in its manufacturer documentation. A listing with an inaccurate generic product type such as “switch” or “voltage regulator” should be checked against the complete chip part number, not treated as proof of function.
• Development boards and embedded systems: i.MX6 Linux/Android development-board and VivaCTPrime/Prime board listings offer a quicker route to prototyping than a loose BGA IC. Board options can vary by memory amount and bundled hardware. Confirm the specific SoC fitted, RAM/storage, boot medium, available I/O, board revision, carrier requirements, power adapter, cooling and whether the selected option is a full kit or only a board. A software image advertised for one board is not automatically portable to another.

Important lookalikes and neighboring products

IMX678 and IMX662 are image-sensor names, not i.MX6 processor names. The camera-module listings here describe Sony IMX-series sensors with USB or MIPI interfaces. A USB camera and a MIPI CSI camera are different integration paths: compare host interface, connector pinout, required driver, supported format, resolution and frame rate for the exact selected option. Do not assume a camera advertised for Windows, Raspberry Pi, Jetson or another platform plugs into an i.MX6 board without a matching carrier, interface and supported software.

Other listings include desktop Intel and AMD CPUs, Xeon processors, x86 motherboards and mini PCs, LattePanda Mu N100 modules and kits, network appliances, Wi-Fi cards, cooling fans, laptop motherboards, labels and Surface-device skins. They remain separate products, not i.MX6 accessories or replacements. A CPU-only desktop listing does not include a motherboard; a laptop board with a soldered CPU is not a loose processor; a bare compute module is not a complete PC. Decorative Intel stickers and Surface skins contain no processor. Product names and images can mention several processors without including all of them in one purchase.

How to specify an i.MX6 design correctly

1. Start with the precise part number: distinguish i.MX6 Solo, Dual, Quad/QuadPlus, UltraLite or other family members by the actual ordering code and datasheet rather than assuming shared cores, graphics or peripherals. Validate the application binary, boot configuration and board support package for that specific SoC and revision.
2. Decide between IC and development board: a bare BGA processor requires a board-level design, memory, power sequencing, clocks, boot source and manufacture/assembly process. A development board may integrate those necessities but still require external display, storage, programmer, cable or supply. Check exactly what the chosen variant includes.
3. Check interfaces end to end: verify DDR type and layout, eMMC/SD boot, Ethernet PHY, USB roles, display path, MIPI camera lanes, audio, GPIO, UART, I2C, SPI and connector pinouts against the selected board schematic. Interfaces listed for the silicon are not automatically routed or populated on every carrier.
4. Plan the operating environment: match Linux/Android image and kernel/device-tree support to board revision, boot media and attached peripherals. Evaluate power input, thermal dissipation, mechanical dimensions and application temperature limits from manufacturer documentation. Do not generalize a seller's “industrial,” “original,” certification or performance claim to every item in this collection.
5. Read variant labels literally: Color, Bundle or Model Number can encode a different chip, RAM capacity, camera interface, CPU frequency, motherboard, sticker pattern or number of pieces. For example, USB3.0 and MIPI camera options are not equivalent, and a 2GB/4GB board title indicates choices rather than both capacities supplied. Confirm the selected option and quantity before checkout.

Frequently asked questions

Is an IMX678 camera module an i.MX6 CPU? No. IMX678 is an image sensor identifier; its camera module needs a supported host connection. Name similarity alone does not establish i.MX6 compatibility.

Can one MCIMX6 suffix replace another on my PCB? Do not assume so. Check package, ball assignment, electrical characteristics, memory and peripheral support, boot settings and software against the exact ordering codes and board design.

Will an i.MX6 board include a screen, power supply and preloaded system? Only if the selected product and variant explicitly list them. Validate kit contents and the availability of the appropriate bootable image independently.

Are the listed x86 motherboards and LattePanda modules i.MX6 variants? No. They use a different processor architecture, boot ecosystem, connectors and mechanical format. Select them only for a design meant for that hardware.

Which camera option should I select for an embedded host? Match USB versus MIPI to the physical connector, electrical interface, driver and supported video mode on your chosen host board. The sensor model by itself is insufficient to establish compatibility.

For production design-in, use the exact IC datasheet, board schematic, selected variant specifications and supported software documentation. When abbreviated seller descriptions conflict with a full ordering code, verify with the device manufacturer before committing a footprint or firmware image.