The QorIQ ® P1 platform family includes the P1021 (dual-core) and P1012 (single-core) communications processors, which feature rich integrated features and superior performance for a variety of applications in the networking, telecommunications, defense and industrial control markets.
The MPC866ADS board is designed to provide an evaluation platform for MPC8xx series devices and provide support for hardware and software developers of PowerQUICC series devices.
The MPC852TADS board is designed to provide an evaluation platform for the MPC852T to support hardware and software developers of PowerQUICC series devices.
The MPC8379E-RDB is a highly integrated reference design board based on the NXP MPC837x using Power Architecture® technology .
The MPC8360EA Modular Development System (MDS) is designed to assist hardware and software developers using the PowerQUICC II Pro MPC8360EA family.
The PCA21125 is a CMOS1 real-time clock (RTC) and calendar ideal for low power applications with operating temperatures up to 125 °C.
The MPC8349E Modular Development System (MDS) is designed to assist hardware and software developers using the PowerQUICC II Pro MPC8349E family.
The NVT4556 device is used to connect the SIM card to a low-voltage host-side interface.
OM14510/SJA1105TJP is an application board used to evaluate SJA1105EL and SJA1105TEL
The PCA8565 is a CMOS1 real-time clock and calendar suitable for low power applications. Programmable clock output, interrupt output, and undervoltage detector are also provided.
The dI2C demonstration board OM13523 is used to demonstrate that a differential I2C bus operates better than a standard I2C bus in a noisy and ground excursion environment.
The MPC8313E-RDB reference platform is ideal for cost-optimized hardware and software development of networking applications.
The NXP MPC8308RDB is ideal for HW and SW development for applications such as printing, wireless access, industrial control and factory automation.
I²C bus RTC demo board
Based on the modular IoT framework, NXP provides an IoT use case-specific integrated development experience (IDEx) suite to accelerate IoT system development with pre-integrated, comprehensive and fully documented out-of-the-box IoT system solutions.
The gateway reference design, based on dual Arm Cortex A7 cores, establishes a common open framework for secure delivery of IoT services.
The Industrial Linux SDK comes with Xenomai real-time Linux and supports the time-sensitive network Layer Scape reference design.
The new T1023 WLAN access point system is based on the QorIQ T1023 and is a semi-turnkey platform primarily designed for fast shipping to 802.11ac customers. This WLAN reference design board, jointly developed by NXP and Alpha Networks, can be quickly put into production with the latest 802.11ac capabilities, thus accelerating time to market. Not only does the board feature 2.4GHz and 5Ghz radios, it also comes with a PCIe slot for a potential 60GHz radio.
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