As edge processing continues to absorb more intelligence, develop richer user experiences and take on increasingly complex workloads, application processors must do far more than just “keep up.” They must also be equipped to scale compute, move data efficiently and support advanced software stacks while remaining flexible enough to evolve alongside rapidly changing use cases.
NXP meets these demands with the i.MX 95 applications processor. As the highest performance microprocessing unit (MPU) in the i.MX applications processor portfolio, the i.MX 95 system on a chip (SoC) is designed for edge platforms where intense compute, advanced AI workloads and long-term software scalability are indispensable.
From industrial automation and robotics to smart infrastructure, medical systems and next-generation human-machine interface (HMI) platforms used in applications like automotive infotainment and connectivity controller, the i.MX 95 processor delivers the performance headroom developers and decision makers need to design and drive innovation at the edge.
Elevate your designs with the i.MX 95 applications processor. Order an FRDM i.MX 95 development board and begin exploring what’s possible at the autonomous, intelligent edge.
The i.MX 95 applications processor blends high-performance processing with security and advanced safety.
Targeted for the Most Demanding Edge Applications
The i.MX 95 family is purpose-built for applications that push the limits of edge computing. Optimized for systems that must process large volumes of data locally, the i.MX 95 SoC responds in real time and integrates AI-driven decision making directly at the edge.
Typical target applications include:
- Industrial automation and robotics, where real-time control, vision processing and deterministic performance are critical
- Smart infrastructure and transportation, requiring high compute density, rich graphics and robust connectivity
- Medical and healthcare devices, where advanced processing enables sophisticated imaging, analytics and user interfaces (UIs)
- Automotive Infotainment and Connectivity Controllers - Advanced HMI supporting high-resolution displays, complex graphics with responsive user experiences. Advanced connectivity domain controllers
In these environments, performance is not a luxury, it’s a prerequisite. NXP’s i.MX 95 processor is designed to meet the challenge head-on.
Processor Architecture Built For Intense Compute
At its core, the i.MX 95 processor delivers maximum compute performance within the i.MX portfolio, making it the processor of choice for compute heavy edge designs.
The processor’s architecture is optimized to handle:
- Highthroughput application processing for complex software stacks
- Parallel workloads are common in vision, graphics and AI-enabled systems
- Low-latency response for real-time and interactive applications
For developers building platforms that must run multiple operating systems (OSs), manage complex middleware or support long software life cycles, i.MX 95 processors provide the performance foundation needed to scale confidently.
Figure 2. The i.MX 95 applications processor block diagram.
Better Together: i.MX 95 MPU + Ara240 DNPU
While i.MX 95 delivers exceptional general-purpose performance on its own, it truly shines when paired with the Ara240 discrete neural processing unit (NPU). This combination allows designers to:
- Offload neural network inference from the main processor
- Scale AI performance independently of application processing
- Optimize power and performance by assigning workloads to the most efficient compute engine
Together, the i.MX 95 and Ara240 processors form a powerful edge compute platform capable of supporting advanced AI, machine vision and multimodal workloads—all while maintaining adaptability for future algorithms and model evolution.
Software Support That Accelerates Development
High-performance hardware truly delivers value when matched with strong software enablement. The i.MX 95 family is supported by a comprehensive software ecosystem designed to shorten development cycles and reduce risk. This solution offers developers from:
- Linux and Android support, enabling rich application environments
- Proven NXP middleware and broad support packages (BSPs) to accelerate bring-up
- Long-term software maintenance aligned with industrial and embedded product life cycles
- Functional Safety Development Pack and application services support
This software foundation allows teams to focus on differentiation—whether that’s advanced analytics, custom AI pipelines or compelling user experiences—rather than low-level integration challenges.
Prototype Faster with the i.MX 95 Development Ecosystem
To enable teams to move from concept to prototype faster, NXP offers multiple evaluation platforms for i.MX 95. The i.MX 95 LPD5 Evaluation Kit (EVK) (IMX95LPD5EVK19) provides a full-featured development environment for evaluating processor performance, connectivity and system integration. It’s designed for engineers who want to fully explore the capabilities of i.MX 95 MPU in real-world scenarios.
For rapid experimentation and early software development, the FRDM i.MX 95 development board (FRDMIMX95) offers a more accessible entry point, simplifying application development and proof of concept designs.
Together, these board resources create a smooth development path from early evaluation through full system design.
Figure 3. The FRDM i.MX 95 development board is available now.
Designed for What’s Next, Ready for What Matters Now
Edge computing is no longer about incremental improvements; rather it’s about enabling entirely new classes of applications. With the i.MX 95 processor, NXP delivers a processor platform purpose-built for that shift.
As the highest performance processor in the i.MX applications processor portfolio, the i.MX 95 SoC is prepared to equip those designers to meet the needs of today and well into the future. When paired with the Ara240 NPU, it creates a solid foundation for AI-driven edge systems demanding nothing less than maximum performance.
The FRDM i.MX 95 development board is available now, providing economical access for teams ready to start prototyping with the i.MX 95 family. For more advanced application development, the i.MX 95 LPD5 EVK is also currently available.
Production-ready i.MX 95 silicon will be broadly available May 2026, allowing developers to evaluate hardware and accelerate software bring‑up ahead of full silicon availability. For advanced edge AI applications that require discrete neural processing unit (DNPU) acceleration, watch for the FRDM i.MX 95 Pro development boards to be available later this year.
To learn more about i.MX 95 processors, explore full product details and these development resources:
