MCIMX6X3CVK08AC

The MCIMX6X3CVK08AC is an NXP i.MX 6SoloX series heterogeneous multicore microprocessor combining an Arm® Cortex®-A9 application core and an Arm® Cortex®-M4 real-time core. The device targets industrial and medical designs that require integrated multimedia capability, responsive real-time control and flexible connectivity.

Architected for graphically rich user interfaces and responsive real-time tasks, the i.MX6SX integrates a GPU for 2D/3D acceleration, multiple high-speed interfaces and on-chip power management to simplify system design and reduce BOM complexity.

Key Features

• Heterogeneous CPU cores — Arm® Cortex®-A9 application core (up to 800 MHz) paired with an Arm® Cortex®-M4 real-time core (up to 227 MHz) for combined high-performance processing and deterministic control.
• Memory interfaces — Supports DDR3, LPDDR2 and LVDDR3 memory controllers to match a range of system memory choices and performance targets.
• Multimedia and graphics — Integrated GPU capable of supporting 2D and 3D operations for rich graphical user interfaces and accelerated rendering.
• Ethernet — Dual 10/100/1000 Mbps Ethernet ports for high-bandwidth wired connectivity and networking use cases.
• USB connectivity — Multiple USB options including USB 2.0 + PHY and USB 2.0 OTG + PHY to support host and OTG peripherals.
• Security and system integrity — Hardware security features including A-HAB, ARM TrustZone (ARM TZ), CAAM, CSU, SNVS, System JTAG and TVDECODE for secured boot, runtime protection and system management.
• Peripheral interfaces — Display and human‑interface support including LCD and keypad controllers, plus legacy audio interface AC'97.
• Package and mounting — 400‑MAPBGA (14 × 14 mm) package in a 400‑LFBGA form factor; surface-mount package suitable for compact, high-density designs.
• Industrial grade — Qualified for industrial use with an operating temperature range of −40 °C to 105 °C and RoHS compliance.
• Integrated power management — On-chip power management features to aid system power sequencing and reduce external regulator count.

Typical Applications

• Industrial control and HMI — Drives graphically rich human‑machine interfaces and real‑time control tasks in industrial automation equipment.
• Medical devices — Supports responsive UI and secure processing for advanced medical instrumentation and monitoring systems.
• Networked embedded systems — Dual Gigabit Ethernet and multiple USB ports enable robust connectivity for edge controllers and gateways.
• Multimedia terminals — GPU acceleration and display interfaces enable interactive multimedia displays and control panels.

Unique Advantages

• Heterogeneous architecture for mixed workloads — Combines an Arm® Cortex®-A9 application core with an Arm® Cortex®-M4 real‑time core to separate high‑level OS tasks from low‑latency control functions.
• Flexible memory support — Multiple supported DRAM types (DDR3, LPDDR2, LVDDR3) let designers choose memory technology that fits performance and cost targets.
• Built‑in multimedia acceleration — On‑chip GPU for 2D/3D acceleration reduces the need for discrete graphics processors in UI‑centric designs.
• Comprehensive security suite — A-HAB, TrustZone, CAAM and related features provide a foundation for secure boot and cryptographic operations.
• Industrial readiness — Industrial qualification and wide operating temperature range support deployment in demanding environments.
• High integration reduces BOM — Combination of processing cores, GPU, power management and multiple high-speed interfaces reduces external components and simplifies board design.

Why Choose MCIMX6X3CVK08AC?

The MCIMX6X3CVK08AC positions itself as a versatile embedded MPU for systems that need both application‑class processing and deterministic real‑time control in a single device. With a Cortex‑A9 application core and a Cortex‑M4 real‑time core, integrated GPU acceleration, dual Gigabit Ethernet and a rich set of interfaces, it is well suited to industrial and medical designs that demand graphics, connectivity and security.

Its industrial qualification, extended temperature range and on‑chip power management make it a practical choice for long‑lifecycle embedded projects where integration, reliability and predictable real‑time behavior are priorities.

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