QorIQ® Layerscape

The QorIQ® Layerscape processors from NXP form the bridge between Power Architecture® and Arm® architecture. They are designed specifically for demanding communication solutions, Industrial IoT applications, edge gateways, and safety-critical networking. With their high computing performance in compact designs, modern 64-bit Arm® technology, and state-of-the-art high-speed interfaces, Layerscape processors provide a future-proof platform for connected embedded systems.

TQMLS102xA

Your benefits at a glance

  • Multi-core Arm® Cortex®-A platform for high parallel processing performance
  • Integrated security features: Secure Boot, TrustZone, Crypto Engines
  • Extensive networking interfaces: up to 2× 100 GbE
  • High-speed communication (e.g. PCIe, USB 3.0)
  • Energy-efficient & passively cooled – ideal for fanless designs
  • Up to 15 years long-term availability and proven series production quality

Learn more about the advantages of Layerscape technology:

Contact experts now

QorIQ® Layerscape Processor Comparison

One family, many possibilities: The NXP QorIQ® Layerscape processors offer scalable, Arm®-based multi-core solutions for modern embedded systems. Our comparison table summarizes the most important technical differences and performance data at a glance.

QorIQ-Layerscape Übersicht

Products with QorIQ®-Layerscape architecture

Products

Show more

No entries were found for your selection.
Please select another combination.

3265,33

Our USPs

  • Unbeatable long-term availability
  • Robustness for all applications
  • The most comprehensive range of modules on the market
  • A comprehensive design and support of an E²MS manufacturer
  • Full design freedom, as all processor functions are fully accessible

Embedded downloads

Current downloads such as product data sheets, manuals, application notes as well as software and drivers can be found in the Download Center.

 

TQ-Embedded news

All the latest news about TQ-Embedded and our products as well as press releases can be found in our news overview.