T1020NSN7PQB

T1020NSN7PQB Application Field and Working Principle

T1020NSN7PQB is an application specific embedded processor employed in the field products particularly in the automotive infotainment systems, telematics, navigation, controlling and safety applications. It is built on the e500 Single- and dual core Power Architecture. This processor is primarily based on the e500 MCST NoC+ architecture and is compliant to the Power Architecture Book E reference framework.

Features And Benefits

T1020NSN7PQB offers several advantages notably:

• Low power consumption
• High performance
• Low-latency and cost-efficient integration
• High levels of software compatibility
• Flexible memory support
• Caches up to 8 MB

T1020NSN7PQB provides multiple operating systems support, regarding the further benefit to quickly customize and optimize the system to given application environments and/or product requirements. It operates with as low as 1.1V core voltage and is integrated two industrial temperature range variants.

Application Fields of T1020NSN7PQB

T1020NSN7PQB embedded processor is suitable for a wide range of applications, including:

• Industrial process controllers
• Telematics, navigation and other data broadcast
• Control and safety applications
• Medical Imaging
• Avionics control
• Smart meters/home automation/building automation
• Power supply and energy management
• Automotive infotainment

Working Principle of T1020NSN7PQB

Based on the e500 Single and Dual Core Power Architecture, the operating core frequency of T1020NSN7PQB is up to 1.1 GHz. It supports up to two hardware threads with 32 KB instruction and data caches each, as well as one unified L2 cache up to 8 MB, which provides a much faster data access rate and improved system performance. The basic memory interface includes two DDR3 interfaces and a NAND Flash controller.

T1020NSN7PQB provides an integrated power management capable of power savings to run-time applications and when the core goes idle. It also offers fault-tolerant features such as multiple discreet power domains, error logging and fault recovery, ensuring exceptional system performance and data integrity.

T1020NSN7PQB is also equipped with a extensive range of integrated peripherals, including USB 2.0 and 3.0, Gigabit Ethernet controllers, SD card, LPC, UART, etc. Those peripherals offer system developers the flexibility to build targeted solutions for various applications efficiently and quickly.

Conclusion

T1020NSN7PQB embedded processor offers a high level of system integration and efficient performance in embedded applications. It offers improved performance, greater system flexibility, low-latency and reduced cost-efficiency to bring embedded designs to the next level.