P1022NSE2LFB

The P1022NSE2LFB is a dual-core PowerPC e500v2 microprocessor in NXP's QorIQ P1 family, operating at 1.055 GHz. It delivers an integrated embedded processing platform optimized for IP networking, advanced media processing and high-speed connectivity in embedded appliances and communications equipment.

Designed for energy-efficient operation, the device combines dual 32-bit cores with a rich set of system peripherals and interconnects to balance compute performance with I/O throughput for networking, storage and media applications.

Key Features

• Core  Dual PowerPC e500v2 processor cores, 32-bit architecture running at 1.055 GHz for symmetric and asymmetric multiprocessing strategies.
• Memory  Integrated DDR2/DDR3 SDRAM controller and on-chip caches to support system memory bandwidth and low-latency data access.
• High-Speed Connectivity  Two 10/100/1000 Mbps Ethernet ports, two SATA 3 Gbps ports and up to three PCI Express interface options enable robust network and storage connectivity.
• USB and Display  Two USB 2.0 ports with PHY and an LCD display interface controller (DIU) for peripheral and user-interface integration.
• Security and Acceleration  On-chip security acceleration including cryptography support, a hardware security engine (SEC) and a random number generator to support encrypted communications and secure protocols.
• Peripherals and I/O  DUART, I2C, SPI, SD/MMC, timers, MPIC and DMA controllers for flexible peripheral and system control.
• Power and Energy Management  Advanced power and energy management features to enable energy-efficient embedded designs compliant with environmental energy requirements.
• Package and Temperature  689-TEPBGA II (31×31) exposed-pad package, surface-mount, consumer qualification, RoHS compliant; operating temperature range 0 °C to 105 °C.

Typical Applications

• Network Appliances  Ideal for routers, switches and gateway devices requiring dual Gigabit Ethernet ports and integrated packet processing acceleration.
• Storage and NAS  Two SATA 3 Gbps ports and DMA support make the device suitable for local storage controllers and network-attached storage appliances.
• Embedded Media Processing  Suited for embedded Internet media processing applications that need combined compute and I/O throughput.
• Communications Equipment  Designed for communications platforms that benefit from dual-core processing, high-speed I/O and on-chip security acceleration.

Unique Advantages

• Dual-core flexibility: Dual e500v2 cores enable symmetric or asymmetric multiprocessing strategies to scale performance for mixed workloads.
• Integrated high-speed I/O: Native Gigabit Ethernet, SATA and PCIe options reduce external bridging and simplify system design.
• Built-in security acceleration: On-chip cryptography and random number generation provide hardware-accelerated support for secure communications.
• Energy-aware design: Advanced power and energy management features support energy-efficient operation for embedded and Internet-connected devices.
• Rich peripheral set: Multiple serial, SD/MMC, USB and display interfaces enable diverse system integrations without extensive external components.
• Proven ecosystem support: The P1022 family benefits from established operating-system and tool support referenced in the product documentation.

Why Choose P1022NSE2LFB?

The P1022NSE2LFB positions itself as a high-integration embedded processor that pairs dual PowerPC e500v2 cores with a comprehensive set of I/O and security features, offering designers a balanced platform for networking, storage and media-focused applications. Its combination of compute, connectivity and on-chip acceleration helps reduce board-level complexity while enabling energy-efficient operation.

This device is suited for engineering teams developing embedded appliances and communications equipment that require robust throughput, hardware security support and mature software/toolchain availability from the QorIQ ecosystem.

Request a quote or submit an inquiry to get pricing and availability for the P1022NSE2LFB and to discuss volume requirements or evaluation options.