What is i.MX95?

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The i.MX95 applications processor family is a high-performance, heterogeneous multicore platform designed for next-generation edge computing applications. It targets demanding domains such as automotive, industrial automation, medical systems, IoT, and networking by combining advanced processing, AI acceleration, multimedia, connectivity, and safety features in a single SoC.

Overview

The i.MX95 integrates a rich set of hardware components to enable intelligent, real-time, and secure edge systems. It combines:

High-performance application processing
Real-time and safety-capable domains
Dedicated AI acceleration
Advanced graphics and multimedia
High-speed connectivity
Functional safety and integrated security

This combination allows the platform to process data locally, reduce latency, and enable intelligent decision-making directly at the edge.

Multicore Processing Architecture

The i.MX95 features a heterogeneous multicore architecture optimized for different workloads:

Application domain:

 * Up to 6x Arm Cortex-A55 cores (64-bit, Armv8.2)
 * L1, L2, and L3 caches with ECC

Real-time domain:

 * 1x Arm Cortex-M7 (high-performance real-time processing)

Safety / low-power domain:

 * 1x Arm Cortex-M33 (TrustZone-enabled, low-power, safety-focused)
 * Tightly Coupled Memory (TCM) with ECC

This architecture enables separation of workloads such as UI, control logic, and safety-critical tasks.

Machine Learning and Vision Processing

The i.MX95 is the first i.MX family to integrate NXP’s eIQ® Neutron Neural Processing Unit (NPU):

Dedicated hardware acceleration for machine learning inference
Supports CNNs, RNNs, and common neural network operations
Enables low-power, high-performance AI at the edge
Delivers up to 2.0 TOPS to significantly accelerate machine learning

tasks

Additionally, it integrates a hardware Image Signal Processor (ISP):

Supports multiple camera inputs via MIPI-CSI: 2x Quad Lane
Enables complex vision pipelines (multi-camera, high resolution)

These features make the platform ideal for machine vision, robotics, automotive monitoring, and smart devices.

Graphics and Multimedia

The i.MX95 delivers advanced multimedia capabilities:

3D GPU: Arm Mali-G310 capable of up to 64 GFLOPs (FP32)

 * OpenGL® ES 3.2
 * Vulkan® 1.2
 * OpenCL™ 3.0

2D GPU: Dedicated real-time graphics acceleration
Video Processing Unit (VPU):

 * H.264 / H.265 encode and decode
 * Up to 4K resolution

JPEG encoder/decoder for multiple streams

Display interfaces include:

MIPI-DSI (1x Quad Lane up to 4k)
LVDS (up to 1920x1080p60)
Multi-display support with independent pipelines

These capabilities support rich HMIs, infotainment systems, and industrial visualization.

High-Speed Connectivity

The i.MX95 offers a comprehensive set of connectivity interfaces:

Networking:

 * 2x 1 Gigabit Ethernet
 * TSN (Time Sensitive Networking), AVB, IEEE 1588

High-speed interfaces:

 * 2x PCIe Gen 3 (1-lane)
 * 1x USB 3.2 
 * 1x USB 2.0

Industrial communication:

 * 5x CAN-FD

Peripheral interfaces:

 * 8x UART/USART
 * 7x I²C, 6x SPI, 1x I3C

These features enable deterministic communication and real-time control required in Industry 4.0 and automotive systems.

Memory and Storage

eMMC 2D MLC 32GB
I2C EEPROM 2kbit 256 × 8bits
RAM 8GB 32-bit Dual Die LPDDR4x 4266MT/s Inline ECC

The platform also includes inline memory correction and encryption for improved reliability and data integrity.

Safety and Reliability

The i.MX95 is designed for safety-critical systems:

Target compliance:

 * ISO 26262 ASIL-B (automotive)
 * IEC 61508 SIL-2 (industrial)

Dedicated safety domain
Error Correcting Code (ECC) across caches and memories
Deterministic real-time processing

This ensures reliable operation in environments where system failure is not acceptable.

Security Features

The platform integrates advanced, yet easy-to-use security capabilities:

EdgeLock® Secure Enclave (Advanced Profile)
Hardware root-of-trust
Secure boot
Secure debug
Trust provisioning
Runtime Attestation
Cryptography
Authentication and encrypted communication support
Secure provisioning and OTA updates (via EdgeLock 2GO)

cryptography, trust provisioning, and run-time attestation, and simplifies compliance with global Cyber security regulations, such as the EU Cyber Resilience Act (CRA)

These features provide a strong security foundation for connected devices without requiring complex implementations.

Multimedia and Audio

2x I²S / TDM interfaces
SPDIF Tx/Rx
8-channel PDM microphone input

Supports advanced audio processing for multimedia and voice-enabled systems.

Software Support

The i.MX95 platform is supported by a comprehensive software ecosystem:

Linux®
Android™
FreeRTOS
Commercial RTOS (e.g., QNX, Green Hills)
NXP eIQ® Machine Learning SDK
Yocto-based BSPs with regular updates

This enables rapid development and deployment of complex applications.

Target Applications

The i.MX95 is designed for a wide range of use cases:

Automotive: Connectivity domain controllers, infotainment, eCockpit, ADAS vision systems
Industrial: Robotics, machine vision, factory automation, HMI systems
Medical: Monitoring systems, imaging, embedded control
IoT: Smart home gateways, AI-enabled devices, retail systems
Aviation: Communication, navigation, and passenger systems

Summary

The i.MX95 stands out as a highly integrated platform that combines:

Heterogeneous multicore processing
AI and vision acceleration
Advanced multimedia and graphics
High-speed, deterministic connectivity
Functional safety and robust reliability
Integrated, hardware-based security

These capabilities make it a powerful solution for building intelligent, secure, and high-performance edge devices.

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