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Freescale University Program Welcome. Freescale University Program Welcome to Freescale Semiconductor’s University Program—a worldwide program that provides first-class services and architecture solutions to educational institutions and their students. Freescale works with more than 200 universities around the world conducting research and development activities that are geared toward preparing students for today’s business world. The program effectively aligns businesses and educational institutions to create an environment where graduating computer science and engineering students have an opportunity to become more marketable and skilled in preparation for their entry into the professional arena. Freescale is the world’s number one producer of embedded processors. We create system-on-chip (SoC) technologies for wireless communications and networking and automotive applications, as well as for standard products that deliver embedded processing and connectivity capabilities for millions of people throughout the world. In addition to embedded processors, the CodeWarrior™ development tool suite is part of our full range of University Program architecture solutions. The CodeWarrior tool suite is a family of Freescale software and hardware products and services that supports the transportation, wireless, networking and communication, and consumer electronics markets. By participating in Freescale’s University Program, schools and students can benefit from discounts on Freescale products and services, as well as have access to supplemental learning materials. Take some time to read through this comprehensive brochure to learn more about the value you will receive from being a part of our program. On behalf of Freescale, everyone on the University Program Team looks forward to working with you. Best regards, Andy Mastronardi Worldwide Director Freescale University Program www.freescale.com/universityprogram Program Overview The Freescale University Program is designed to influence academic The program’s technical training and support element delivers online curricula at universities throughout the world while assisting computer course materials for our architectures in many global locations and in science and engineering students in building experience with widely used many native languages. In addition, we offer on-site training at schools Freescale products and architectures. By introducing business-oriented for those schools that have limited access to the Internet or may prefer Freescale products into the classroom, students can benefit in ways on-site training. that include: Educators and students who register for the Freescale University Program > Graduating students will be familiar with and trained on Freescale are entitled to benefits beyond the general University Program, including architectures and tools to better prepare them for the business world. discounts on products, training and support. Register today at > Students will be presented with the opportunity to attain the skills and www.freescale.com/universityprogram/register. knowledge necessary to better market themselves. The Freescale University Program can make valuable resources available to you and your students. Tap into our Student Learning Kits (SLKs), which are comprehensive instructional solutions featuring evaluation boards, software, curricula, cables, power supplies and more. Accompanying the SLKs are reference materials highlighting textbooks, documentation and other information about architectures. Instructional Solutions 8/16-bit Architectures HCS08 8-bit Architecture Freescale’s popular HC08 8-bit Family provides high-performance solutions for a wide range of applications. The easy to use architecture helps to reduce development time while providing the performance required for today's products. In addition, HC08 microcontroller units (MCUs) provide a variety of integrated peripherals and cost-effective Flash technology that make them versatile enough to work with a range of designs. HCS12 16-bit Architecture The HCS12 16-bit Microcontroller Family is built around a powerful CPU that incorporates leading-edge, third-generation 0.25µ Flash technology. This indispensable family provides pin-compatible scalability from 32 KB to 512 KB of integrated Flash along with a wide variety of integrated peripherals. The HCS12 Family is ideal for an expansive number of industries and a myriad of applications, such as white goods, motor control, PC peripherals and general-purpose products. HCS12X 16-bit Architecture The cost-effective S12X Family will retain the power consumption, EMC and code-size efficiency advantages currently enjoyed by users of the existing 16-bit HCS12 MCU Family. Based on an enhanced HCS12 core, the S12XD Family is designed to deliver two to five times the performance of a 25 MHz HCS12 while retaining a high degree of pin- and code-compatibility with the HCS12. The S12XD Family introduces the performance boosting XGATE module. Using enhance DMA functionality, this parallel processing module offloads the CPU by providing high-speed data processing and transfer between peripheral modules, RAM and I/O ports. Providing up to 80 millions of instructions per second (MIPS) of additional performance to the CPU, the XGATE can access all peripherals and the RAM block. DSP56800/56800E 16-bit Hybrid Architecture Freescale’s 56800/56800E 16-bit Families feature a hybrid architecture, combining the computational power of a digital signal processor (DSP) with the control functionality of an MCU on a single chip. We specifically designed this hybrid family with Flash technology for flexibility in development, production and inventory. The 56800 Family is ideal for cost-sensitive applications requiring low- to mid-range MIPS performance, such as industrial instrumentation, telephony and automotive applications. The enhanced 56800E Family provides comprehensive systems solutions for applications requiring more processing muscle such as digital audio, telephony and advanced industrial control. 32-bit Architectures ColdFire® 5200 Family of PowerPC Wireless Microcontrollers 32-bit Architecture The ColdFire® Family combines both worlds of MPC500 Family of PowerPC® RISC and CISC computing engines. Based on MC13192 (ZigBee™-Ready Transceiver) Microcontrollers 32-bit Architectures the M68000 legacy which supports The MC13192 is a short-range, low-power, Each member of the growing MPC500 Family variable-length RISC technology, ColdFire 2.4 GHz industrial, scientific and medical (ISM) features a 32-bit PowerPC® reduced instruction combines the architectural simplicity of band transceiver which contains a complete set computer (RISC) core with a floating point conventional 32-bit RISC with a memory-saving, 802.15.4 physical layer (PHY) modem designed unit, Flash and RAM memory, and peripheral ® variable-length instruction set. The performance, for the IEEE 802.15.4 wireless standard systems. The MPC500 Family offers a variety of connectivity and migration path for the ColdFire supporting star and mesh networking. The memory size options up to 1 MB of Flash and Family make these devices effective solutions for MC13192 can be a stand-alone transceiver or I/O peripherals, including complex timers (time the applications of today and in the future. The part of the Freescale ZigBee™-ready platform processor units and a modular timer system), MCF5282 is the first microcontroller based on when combined with an appropriate MCU and analog-to-digital converters, and a number of Freescale’s 32-bit ColdFire core integrated with software. The MC13192 provides a serial communication systems (SCI, SPI and Ethernet, Flash and CAN. This device offers cost-effective solution for short-range data links CAN). This family of MCUs is well-suited for a advanced communications features, a rich and networks. Interface with the MCU is through variety of complex real-time control applications peripheral set and a variety of supporting a four-wire serial peripheral interface (SPI) such as robotics, automotive, avionics, software and development tools. connection, which allows the use of a variety manufacturing and industrial control applications. of processors. The software and processor can be scaled to fit applications ranging from simple point-to-point systems through complete ZigBee networking. Student Learning Project Board Application Modules Kits The Project Board is best suited for lab-based > CSM08RG60 (HCS08) courses that require students to prototype a > CSM12C32 (HCS12) stand-alone electronic circuit or interface control > CSM9S12DT256 (HCS12) The Student Learning Kits (SLKs) have logic to a microprocessor. The Project Board’s been designed to provide educators and compatibility with National Instruments™ > CSM9S12XDT512 (HCS12X) students with out-of-box complete solutions. Education Laboratory Instrumentation Suite > CSM56F801 (DSP) Included in the SLKs are: (NI ELVIS) allows students to acquire data and > CSM5213 (ColdFire) > Project board, application module or provide stimulus to their design. evaluation boards Wireless Module Application Modules > Software development tools MC13192U The Application Modules can be used as a The Wireless Module when combined with an > Power supply stand-alone development platform or can be application module provides a cost-effective > Serial cable interfaced through an onboard connector to the solution for short-range data links and networks. project board or any suitable expansion platform. > Directions for getting started An application module can be combined with
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