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Vybrid devices are built on an asymmetrical-multiprocessing architecture using ARM® cores as the anchor for the platform. The Vybrid portfolio brings to market a unique, low-power system solution that provides customers a way to combine rich applications requiring high-resolution graphical displays and connectivity with real-time determinism. more
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| Group lineup:
Vybrid VF3xx, Vybrid VF5xx, Vybrid VF6xx, Vybrid VF3xx, Vybrid VF5xx, Vybrid VF6xx |
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Kinetis is the most scalable portfolio of low power, mixed signal ARM®Cortex™-M4 MCUs in the industry. Phase 1 of the portfolio consists of five MCU families with over 200 pin-, peripheral- and software-compatible devices. Each family offers excellent performance, memory and feature scalability with common peripherals, memory maps, and packages providing easy migration both within and between families. more
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| Group lineup:
Kinetis K10_50, Kinetis K11_50, Kinetis K12_50, Kinetis K10_72, Kinetis K10_100, Kinetis K10_120, Kinetis K20_50, Kinetis K21_50, Kinetis K22_50, Kinetis K20_72, Kinetis K20_100, Kinetis K20_120, Kinetis K30_72, Kinetis K30_100, Kinetis K40_72, Kinetis K40_100, Kinetis K50_72, Kinetis K51_72, Kinetis K50_100, Kinetis K60_100, Kinetis K60_120, Kinetis K70_120, Kinetis K10_50, Kinetis K11_50, Kinetis K12_50, Kinetis K10_72, Kinetis K10_100, Kinetis K10_120, Kinetis K20_50, Kinetis K21_50, Kinetis K22_50, Kinetis K20_72, Kinetis K20_100, Kinetis K20_120, Kinetis K30_72, Kinetis K30_100, Kinetis K40_72, Kinetis K40_100, Kinetis K50_72, Kinetis K51_72, Kinetis K50_100, Kinetis K60_100, Kinetis K60_120 |
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Freescale´s Kinetis M series is dedicated to high accuracy measurement for electricity metering, test and measurement. The Kinetis M series is integrated with high accuracy 24-bit sigma delta converter and low-noise amplifier. more
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The QorIQ P1 family of communications processors delivers unprecedented performance per watt for a wide variety of applications in the networking, telecom, military and industrial markets. more
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| Group lineup:
QorIQ P1020/P1010, QorIQ P1020/P1010 |
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Freescale’s Flexis™ AC family of MCUs lets you design more cost-effective solutions into environments where electromagnetic interference has traditionally been an issue. The 8-bit MC9S08AC128 and 32-bit ColdFire® MCF51AC256 devices strike the ideal balance between price and power efficiency for appliance and industrial applications that operate in noisy environments more
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| Group lineup:
S08AC16, S08AC60, S08AC128/96, MCF51AC, S08AC16, S08AC60, S08AC128/96, MCF51AC |
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The first SoCs in the QorIQ T series are the flagship T4240 with 12 physical cores supporting 24 virtual cores and the T4160 with 8 physical cores supporting 16 virtual cores. more
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| Group lineup:
T4240, T4240 |
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Freescale’s new 8-bit family of LCD microcontrollers puts the squeeze on the component costs, power consumption and system complexity of your next LCD project. With ultra-low-power options and flexible segment-based LCD drivers, our L-family S08 and RS08 MCUs are the ultimate resources for simplifying and economizing your LCD design without sacrificing performance. more
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| Group lineup:
MC9S08LL, MC9RS08LA, MC9RS08LE, MC9S08LL36_64, MC9S08LL, MC9RS08LA, MC9RS08LE, MC9S08LL36_64 |
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The QorIQ P3 family, which features the P3041, leverages the architectural features pioneered in the P4 family. more
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| Group lineup:
QorIQ P3041, QorIQ P3041 |
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The QorIQ P5 family is a scalable, pin-compatible processor family for control plane applications built on the Power Architecture® e5500 core. more
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Entry-level 32-bit ColdFire® embedded controllers that combine high performance and extended functionality with the flexibility of advanced Flash memory technology in a compact, inexpensive package more
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| Group lineup:
MCF51CN, MCF51CN |
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Freescale ARM-based i.MX applications processors deliver an optimal balance of performance and long battery life for rich multimedia experiences on the go. The i.MX applications processor family includes processors based on ARM9, ARM11 and ARM Cortex A8 core technologies, which are powering new applications in consumer, automotive and industrial markets that demand exceptional performance and efficiency . more
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| Group lineup:
MC9328MX21, i.MX31, i.MX51, i.MX27, i.MX351/355/356, i.MX353/357, i.MX251: Applications Processor, i.MX255: Applications Processor, i.MX253: Applications Processor, i.MX257: Applications Processor, i.MX258: Applications Processor, i.MX233: Applications Processor, i.MX53 Multimedia Applications Processors, i.MX6Q, i.MX28, i.MX6D, MC9328MX21, i.MX31, i.MX51, i.MX27, i.MX351/355/356, i.MX353/357, i.MX255: Applications Processor, i.MX257: Applications Processor, i.MX258: Applications Processor, i.MX233: Applications Processor, i.MX53 Multimedia Applications Processors, i.MX6Q, i.MX28, i.MX6D |
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Through a wide-range of low-power and high-performance solutions, the PowerQUICC families built on Power Architecture® technology support the entire spectrum of embedded networking equipment applications, from the core to the edge to residential access. more
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Freescale’s PowerQUICC™ III integrated communications processors
incorporate a wide range of advanced Freescale technologies, modular cores and peripherals. more
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| Group lineup:
MPC8544/E, MPC854x, MPC8568E, MPC8572E, MPC8540-41E, MPC8536E, MPC8641, MPC8535E, MPC8569E, MPC8544/E, MPC854x, MPC8568E, MPC8572E, MPC8540-41E, MPC8536E, MPC8641, MPC8569E |
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The PowerQUICC II™ Pro family of integrated communications processors is a next-generation extension of the popular PowerQUICC II line. Based on a system-on-chip (SoC) architecture, the PowerQUICC II Pro Family integrates the enhanced e300core and advanced features, such as DDR memory, Dual Gigabit Ethernet, Dual PCI and Hi-Speed USB controllers. With clock speeds scaling to 667 MHz, this family of processors offers the highest performing PowerQUICC II devices available. more
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| Group lineup:
MPC8343E, MPC8347E, MPC8349E, MPC8313E, MPC8321E, MPC8323, MPC8358E, MPC8360E, MPC8315E-14E, MPC837xE, MPC8308, MPC8343E, MPC8347E, MPC8349E, MPC8313E, MPC8321E, MPC8323, MPC8358E, MPC8360E, MPC8315E-14E, MPC837xE, MPC8308 |
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High performance Digital Signal Controllers combining the processing power of a digital signal processor with the functionality and ease of use of a microcontroller on a single chip. more
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| Group lineup:
56F8356, 56F8357, 56F8167, 56F8157, 56F8011, 56F8013, 56F8014, 56F8023, 56F8025, 56F8036, 56F8037, 56F8122, 56F8123, 56F8135, 56F8145, 56F8146, 56F8147, 56F8322, 56F8323, 56F8335, 56F8345, 56F8346, 56F8347, MC56F8006/MC56F8002, 56F8365, 56F8366, 56F8367, 56F8355, 56F8357, 56F8167, 56F8157, 56F8011, 56F8013, 56F8014, 56F8023, 56F8025, 56F8036, 56F8037, 56F8122, 56F8123, 56F8135, 56F8145, 56F8146, 56F8147, 56F8322, 56F8323, 56F8335, 56F8345, 56F8346, 56F8347, MC56F8006/MC56F8002 |
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Based on ColdFire V3 core providing up to 300% more performance than the ColdFire2/2M core, while increasing the operating system frequency by less than 50%, making it an attractive solution for new designs or upgrades to existing systems. more
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| Group lineup:
MCF532x, MCF5307, MCF537x, MCF301x, MCF532x, MCF537x, MCF301x |
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more
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| Group lineup:
HCS08AW, HCS08GB/GT, HCS08Q, HCS08QD, S08SH4/8, S08JM, MC9S08QA4, S08SH16/32, S08LG32/16, HCS08AW, HCS08GB/GT, HCS08Q, HCS08QD, S08SH4/8, MC9S08QA4, S08SH16/32, S08LG32/16 |
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The RS08 core is a reduced version of the S08 central processing unit (CPU) that has been specifically designed for small pin-count devices with under 16KB memory more
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Application specific, low-cost, high-performance HCS08 Family of 8-bit microcontroller units (MCUs). All MCUs in this family use the enhanced HCS08 core and are available with a variety of modules, memory sizes, memory types, and package types. more
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| Group lineup:
HCS08R, MC9S08LC60/36, S08SG, MC9S08JS16/MC9S08JS8, S08MP: Motor Control MCU, HCS08R, MC9S08LC60/36, MC9S08JS16/MC9S08JS8, S08MP: Motor Control MCU |
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Its time to break the tradition. In the past, bit boundaries have shaped the price, performance, and level of integration on industrial control MCUs. No more. Freescale is breaking bit boundaries to provide a path to performance from the low-end of 8-bit to the highly integrated 32-bit MCUs. more
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| Group lineup:
MC9S08QE, MCF51QE128, S08QE8, MC9S08QE, MCF51QE128, S08QE8 |
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Freescale’s S08D family offers a low cost Freescale MCU with embedded CAN. It provides an unprecedented combination of Embedded CAN, Embedded EEPROM and On-chip emulation / debug.
This highly integrated next generation family of MCUs is packed with features designed to provide increased performance as well as save power, development time, board space and cost. more
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The ColdFire®-based MCF51JM128 and the S08-based MC9S08JM60 belongto the Flexis JM family. The Flexis JM family devices expand the Freescale ControllerContinuum by providing pin, peripheral and tool compatibility between 8- and 32-bit controllerswith USB functionality. By using the JM family of devices, product designers can easilyupgrade industrial or consumer applications with USB functionality to provide more control andcommunications options. The JM family offers full hardware and software solutions to get you throughthe development process quickly and easily. more
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| Group lineup:
MC9S08JM60, MCF51JM, MC9S08JM16, MC9S08JM60, MCF51JM, MC9S08JM16 |
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Start designing with Freescale 32-bit Qorivva microcontrollers built on Power Architecture® technology. Using the most powerful, high performing core architecture for automotive, Freescale Qorivva MCUs build a broad portfolio of families optimized for a full range of automotive applications. more
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| Group lineup:
Qorivva MPC5604E, Qorivva MPC5668x, MPC5200B, Qorivva MPC5668x, MPC5200B |
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Connectivity microprocessor offering up to 159 MIPS of performance. Features Ethernet, USB device, and Encryption. Also contains options with dual Ethernet. more
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| Group lineup:
MCF5216, MCF5272, MCF521x, MCF528x, MCF5270/71, MCF5222x, MCF5212, MCF5223x, MCF5253, MCF5221X, MCF5227x, MCF521XX, MCF5225X, MCF5272, MCF521x, MCF528x, MCF5270/71, MCF5222x, MCF5223x, MCF5253, MCF5221X, MCF5227x, MCF521XX, MCF5225X |
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White Papers and Technical Articles |
Freescale Whitepapers and Technical Articles
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Make Your Move to Multicore
As market requirements evolve there’s a growing need to move to advanced multicore microprocessors. There are many factors to consider when migrating to multicore including OS/RTOS, SMP or AMP modes, tool chains, and debug. In this webinar we\'ll look at the underlying trends, challenges in migrating to multicore and the Freescale solutions that offer a smarter approach to solve them. Included in the discussion will be a review of advanced fabrics, data path acceleration techniques, and hardware offloads such as security and pattern matching.
| Next-Generation Medical Design Considerations
This webcast will discuss healthcare drivers shaping the medical market, selection criteria for MCU/MPUs used in medical devices (including requirements for Analog and low power as well as trends around connectivity and user interface) and the importance of both hardware and software in the design of a medical device. | Coldfire family expansion (Audio only: 9 min)
Listen to a brief audiocast from Feescale Smeiconductor introducing 10 new Coldfire products enabling USB, Ethernet and low power applications. | Flexis Overview
Listen to a short introduction to the Flexis Microcontroller series from Freescale- eeTECHbrief | ColdFire Embedded Voice Solution
Freescale has introduced an embedded VoIP reference platform solution designed to speed time to market for industrial embedded voice applications using VoIP. | Save your energy - Flexis™ Ultra-low-power 8-bit S08QE128 MC
It's ultra-low-power and an industry first—Freescale introduced the Flexis™ QE family which offers unprecedented pin, peripheral and tool compatibility between 8-bit S08 and 32-bit ColdFire V1 microcontrollers. The 8-bit MC9S08QE128 is Freescale's first S08 with 128K flash and is packed with peripherals that maximize performance while minimizing your power consumption. | MC9S08LC Family Electricity Meter Reference Design [17 min]
Freescale’s LC60 MCUs provide a system-on-chip solution that enables high segment count LCD applications while offering low-power operation, ideal for metering devices. |
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