Layerscape Access LA1575 Programmable Wireless Platform

Overview

Features

QorIQ Layerscape LA1575 Processor Block Diagram

QorIQ Layerscape LA1575 Processor Block Diagram

Booting Layerscape LA1575 Reference Design Board (RDB)

Booting Layerscape LA1575 Reference Design Board (RDB) thumbnail

NXP unveils its Layerscape LA1575RDB Reference Design Board (RDB) Overview

NXP unveils its Layerscape LA1575RDB Reference Design Board (RDB) Overview thumbnail

NXP unveils its programmable modem technology for 5G

NXP unveils its programmable modem technology for 5G thumbnail
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Target Applications

Key elements of the LA1575 SoC:

  • Simultaneous multi-standard support for 5G, Wi-Fi (802.11 ac and 802.11ax) and Wireline systems
  • Dynamic PHY and MAC resource allocation at run-time across protocols
  • Rapid deployment of evolving standards for mmWave, 802.11ax, 802.11ad and wireline
  • Comparable performance and efficiency to hard-wired solutions
  • Full software implementation allowing customer-differentiated feature sets and flexibility
  • Leverages extensive third party ecosystem providers and the rich library base for Layerscape and Arm 64-bit cores
  • Powered by the latest acceleration and secure platform technologies, packet offload and physical layer processing

What's New

Application

5G Access Edge Technologies

NXP’s 5G Access Edge technologies, based on the open O-RAN architecture, let designers deploy tailored 5G solutions faster while giving them an easier, more cost-effective way to maintain, upgrade, and extend their 5G capabilities.

News

Layerscape Access Processors Bring Flexibility to the 5G Access Edge

Ready for the rising tide of 5G rollouts, NXP has a set of programmable baseband processors for the 5G access edge. With programmability comes flexibility, enabling these chips to support evolving standards and deployment models while facilitating interoperability.