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NXP® i.MX 95
Computer Modules
Four form factors. One powerful SoC.
The i.MX 95 enables rich user experiences, vision-based AI, industrial-grade reliability, and secure, connected systems across a wide range of industries. Available in four Toradex form factors from compact Verdin to high-performance Aquila and two industry-standards OSM and SMARC.
Powering next-generation embedded solutions like Human-Machine Interfaces (HMI), Multi-camera AI vision systems, Unmanned Vehicles and Robotics applications.
Which Module is right for you?
Use this guide to select the best fit for your application
You need maximum interfaces and high-performance headroom?
Choose Aquila iMX95
You're building a system that may need upward scalability in processing (e.g. to TI AM69) or require a high density of I/O interfaces.
Aquila is the right fit. Built for modern applications, it combines high-performance processing, edge AI capabilities, and dense connectivity. With a 400-pin B2B connector, 10GbE, and dual PCIe it enables scalable, long-term designs across industries.
Aquila iMX95
You need a versatile and scalable design with balanced performance?
Choose Verdin iMX95
You're building a product where reliable performance, advanced multimedia, and connectivity are essential.
This is where Verdin fits best. Designed for compact, efficient systems, it delivers a balanced mix of performance, multimedia and edge AI capabilities. High-speed signal routing is simplified for clean, layer-efficient connections, while 1.8V I/O support and a wide input voltage range ease power design. Its form factor also enables downward scalability to the established NXP i.MX 8M Plus ecosystem.
Verdin iMX95
You need a standardized form factor or a second source?
Choose SMARC iMX95
Your procurement or qualification process requires compliance with the SMARC standard, or you need the assurance of a standardized form factor.
SMARC is designed for these requirements. Fully compliant with SMARC 2.1.1/2.2, it offers a connected, feature-rich platform for long-term flexibility and interoperability. Integrated Dual GbE PHY make it ideal for networking and industrial edge systems, while the standardized form factor simplifies system design and integration.
SMARC iMX95
You need an ultra-compact design for automated high-volume manufacturing?
Choose OSM iMX95
You're building products that demand miniaturization, high mechanical reliability, and efficient production at scale, using automated SMT (Surface-Mount Technology) and reflow processes.
OSM is the ideal choice for fully automated assembly. Soldered directly onto the carrier board, it eliminates connectors, enabling compact and mechanically robust designs. This simplifies manufacturing, reduces BOM cost, and is well-suited for products targeting 10k–250k units per year.
OSM iMX95
Choose the right balance of performance and cost
Different applications require different levels of performance, connectivity and scalability.
The Toradex i.MX 95 portfolio lets you scale from ultra-compact and cost-efficient designs to high-performance edge systems, all within a scalable ecosystem built for long-term embedded solutions.
Compare the i.MX 95 Modules
Explore the available off-the-shelf form factor
| Form Factor & Physical | ||||
|---|---|---|---|---|
| Form Factor |
Aquila
|
Verdin
|
SMARC
|
OSM Size-L
|
| SoM Physical Size |
85.0 ×55.0 mm
|
69.6 ×35.0 mm
|
82.0 × 50.0 mm
|
45.0 x 45.0 mm
|
| SoM Connector |
400-pin Board to Board
|
DDR4 SODIMM 260-pin Edge
|
MXM 314-pin Edge
|
662 BGA pins
|
| Package Type |
19 x 19 mm
|
15× 15 mm
|
19 x 19 mm
|
19 x 19 mm
|
| Memory | ||||
| RAM Technology |
LPDDR5 (6.4 GT/s)
|
LPDDR4x (4 GT/s)
|
LPDDR5 (6.4 GT/s)
|
LPDDR5 (6.4 GT/s)
|
| Networking & Connectivity | ||||
| GbE w/ onboard PHY |
1x
|
1x
|
2x
|
-
|
| ETH RGMII |
1x
|
1x
|
-
|
2x
|
| 10 GbE |
Yes
|
No
|
Yes
|
Yes
|
| PCle Instances |
2x
|
1x
|
2x
|
2x
|
| Positioning | ||||
| Keywords |
High Performance, Interface Availability
|
Efficient, Compact Design
|
SMARC 2.2 Standard, 2nd Sourcing
|
Solderable, High-Volume
|
| Scalability |
Upward -> TI AM69
|
Downward -> iMX8M Plus
|
SMARC Ecosystem
|
OSM Ecosystem
|
Need a different configuration?
Click "View Details" on any module to explore customization options.
Discover other Toradex SoMs
Explore our System on Modules across different processor families and performance tiers
Aquila Arm® Family
Aquila is a new System on Module standard expanding the Toradex portfolio to new heights, offering unparalleled performance for computationally intensive CPU, machine learning, and vision workloads.
Verdin Arm® Family
Verdin Arm family Computer on Modules (CoMs) combine modern high-speed interfaces, an intuitive pinout and a compact form factor into a scalable, pin-compatible, cost and power-optimized offering. Includes free Operating System support for Embedded Linux
SMARC Arm® Family
Toradex SMARC Module is built according to the latest SMARC 2.2 and is compatible with most SMARC 2.1/2.0 carrier boards. The Toradex SMARC family maximizes compatibility with a wide range of other SMARC providers, making it quick and easy to migrate your project to Toradex’s SMARC!
OSM Arm® Family
The OSM Family brings Toradex quality and reliability to the Open Standard Module™ (OSM) ecosystem. These solderable, ultra-compact System on Modules are designed for high-volume, cost- and space-constrained applications, offering a future-proof standard that eliminates connectors, reduces complexity and ensures robust machine assembly.
Lino Arm® Family
Lino is a System on Module family engineered for space- and power-constrained designs, delivering modern processing, connectivity and security to cost-sensitive industrial and IoT devices.
