NXP Semiconductor QorIQ series Communications processors

Features and Applications of QorIQ series Communications processors

The purpose of this article is to briefly illustrate what is possible with Communications processors and the features and applications of these processors manufactured by NXP Semiconductor under the QorIQ series.

Applications

  • Wireless infrastructure
  • Industrial transport (non-car & non-light truck)
Associated Products

Part NumberDescriptionStockRFQ
T2080NSN8TTBMicroprocessors - MPU 1.87GT/s DDR3/3L 4x10GE640BUY
T2080NSN8PTBMicroprocessors - MPU 1.87GT/s DDR3/3L 4x10GE2311BUY
T2080NSE8P1BQORIQ64B POWER ARCH8X 1.5GHZ T2719RFQ
T2080NXE8PTBMPU QorIQ RISC 64-Bit 0.028um 1500MHz 896-Pin FCPBGA Box2188RFQ
T2080NXN8TTBMicroprocessors - MPU 1.87GT/s DDR3/3L 4x10GE2467RFQ
T2080RDB-PAT2080 Evaluation Platform in 1U chassis and PCIe card0RFQ
T2080RDB-PBEVAL T2080 1U CHASSIS PCIE CARD0RFQ
T2080RDB-PCQorIQ Communication Processor T2080 Reference Design Board592RFQ
T2080QDS-PADevelopment Kit For T2080 Communications Processor0RFQ
Technical Documents

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The QorIQ series Communications processors from NXP Semiconductor are a family of multicore processors designed for network and communication applications. They are built with advanced processing technology and integrate multiple cores, high-speed communication interfaces, and various hardware accelerators.

Features

The main features of QorIQ series Communications processors may be summarized as follows:

1. Multicore architecture: QorIQ processors feature a multicore architecture that supports multiple cores, allowing for high-performance processing.

2. Power efficiency: The processors are designed to be highly power-efficient, making them suitable for use in a wide range of applications where power consumption is a concern.

3. Integrated networking: QorIQ processors feature integrated networking capabilities, including support for Ethernet and other networking protocols.

4. Security: The processors are designed with security in mind, featuring hardware acceleration for cryptography and other security-related tasks.

5. Scalability: QorIQ processors are highly scalable, with support for a wide range of performance levels and features to meet the needs of different applications.

6. Flexibility: The processors are highly flexible, with support for a wide range of operating systems, software tools, and development environments.

7. Connectivity: QorIQ processors feature support for a wide range of connectivity options, including USB, PCI Express, and other protocols.

8. Virtualization: The processors feature support for virtualization, allowing multiple operating systems and applications to run on a single processor.

9. High availability: QorIQ processors are designed for high availability, with support for redundant configurations and other features to ensure continuous operation.

Applications

  • Routers and switches

  • Wireless base stations

  • Industrial Ethernet

  • Aerospace and defense communication systems

  • Medical imaging equipment

  • Industrial control systems

  • Network-attached storage (NAS) systems

The processors are designed to handle high-speed networking tasks, making them ideal for use in routers, switches, and other networking equipment.QorIQ processors are used in telecommunications infrastructure equipment such as base stations, gateways, and access points, to provide high performance and low power consumption. With their advanced processing capabilities and real-time performance, QorIQ processors are used in industrial control systems such as motion controllers and robotics.


Frequently Asked Questions

What types of cores do the QorIQ processors use?

The QorIQ processors use a range of ARM, Power Architecture, and other processor cores, with up to 16 cores in a single chip.

What security features are included in the QorIQ processors?

QorIQ processors feature hardware-based security features including secure boot, secure debug, and secure firmware update capabilities.

How do the QorIQ processors help reduce power consumption in networking equipment?

The QorIQ processors feature advanced power management technologies, including dynamic voltage and frequency scaling, to optimize power consumption based on workload requirements.