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Arnewsh Inc. is the most experienced certified Freescale Semiconductor (former Motorola) US training partner for the MPC8641/D, MPC85xx PowerQUICC III, MPC83xx PowerQUICC II Pro,
MPC826x/7x/80 PowerQUICC II, the MPC860/8xx, and MPC60x/75x/74xx, as well as the 68K Family
microprocessors, MCS810x DSPs, and MC68HCxx microcontroller families. In addition, Arnewsh is offering classes for RapidIO. Our company has been partnered
with Freescale Semiconductor Technical Training for over 20 years,
being Freescale Semicondutors's exclusive source of training for these processors
within the US for most of this time. Our experience is unsurpassed,
having trained thousands of engineers and managers world-wide as well as
extensive design experience.
Please contact Arnewsh Inc. for more details.
Arnewsh Inc. offers public seminars throughout the US and
offers on-site training tailored to our customer's needs throughout the
world.
The following is a listing of public seminars in the next few months:
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Seminar
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Summary
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MPC8641/D Processor
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This is a 5-day class covering the hardware and software aspects of the MPC8641/D Integrated Host Processor. A customized, shorter version can be arranged for on-site training.
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MPC8572 PowerQUICC III
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This is a 5-day class covering the hardware and software aspects of the MPC8572 PowerQUICC III
microcontrollers. A customized, shorter version can be arranged for on-site training.
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MPC854x PowerQUICC III
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This is a 5-day class covering the hardware and software aspects of the MPC8543/45/47/48 PowerQUICC III
microcontrollers. A customized, shorter version can be arranged for on-site training.
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MPC8560/40 PowerQUICC III
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This is a 5-day class covering the hardware and software aspects of the MPC8560/40/55/41 PowerQUICC III
microcontroller. A customized, shorter version can be arranged for on-site training.
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MPC834x PowerQUICC II Pro
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This is a 4-day class covering the hardware and software aspects of the MPC834x PowerQUICC II Pro
microcontroller. This class consists of lecture and exercises.
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MPC8360/58E PowerQUICC II Pro
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This is a 4-day class covering the hardware and software aspects of the MPC8360/58E PowerQUICC II Pro
microcontroller. This class consists of lecture and exercises.
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MPC826x PowerQUICC II
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This is a 4-day class covering the hardware and software aspects of the MPC826x PowerQUICC II
microcontroller. This class consists of lecture and exercises.
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MPC824x Integrated Power Architecture Host Processor
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This is a 4-day class covering both the software and hardware aspects of the MPC824x family of Integrated Power Architecture Microprocessors (8240/41/45). This class consists of lecture and exercises.
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Power Architecture MPC8xx PQ I
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This is a 5-day class covering the hardware and software aspects of the MPC8xx PowerQUICC
microcontrollers. This class consists of lecture, lab, and exercises.
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Power Architecture MPC74xx (G4)
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This is a 4-day class covering the hardware and software aspects of the Power Architecture
74xx (G4) microprocessors including the MPX7410, 744x and 745x devices. This class consists of lecture and exercises. A customized 3-day course may be requested for on-site seminars based on customer need.
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Power Architecture MPC603e/75x/74x
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This is a 3-day class covering the hardware and software aspects of the Power Architecture
603e/75x/74x microprocessors. This class consists of lecture and exercises.
Refer to the seminar specific information for more detail.
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Power Architecture MPC555/5xx
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This is a 4-day course covering the major the hardware and software features of the MPC555/565 (MPC5xx) microcontrollers and enables the system designer or software engineer to understand the MPC5xx, its peripherals, and their applications. The class consists of lecture, in-class exercises, and labs.
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Seminar
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Summary
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MC68K Family Programming
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This is a 3-day class presenting the software functionality and programming
model of the MC68000 family of microprocessors. The course consists of
lectures, exercises, and labs.
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MC68EC/040/060
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This is a 2-day class specifically covering the MC68040 (EC/LC versions) and MC68060 (EC/LC
versions) hardware
and software architecture. It is an excellent follow-up class to the MC68K Family
Programming class (usually offered the same week).
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MC68360 QUICC
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This is a 4-day class covering the hardware and software aspects of the MC68360 Quad Integrated
Communication Controller (QUICC) microcontroller. This class consists of lecture, lab, and
exercises.
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C-Port Network Processors
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Seminar
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Summary
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C-Port Family
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This is a 4-day class covering the hardware and software aspects of the C-Port devices (C-5e, M-5, and C-3e). This class consists of lecture, lab, and exercises.
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MSC8101 Digital Signal Processor
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Seminar
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Summary
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MSC8101 DSP
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This is a 5-day class covering the hardware and software aspects of the MSC8101 digital signal processor. This class consists of lecture, and exercises.
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Embedded Microcontrollers
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Seminar
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Summary
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HCS12 Family
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This is a 4-day course covering the major hardware and software features of the HCS12 microcontroller and enables the system designer or software engineer to understand the HCS12 family and their applications. This class is also useful for those interested in M68HC12 since the HCS12 is the next generation of the M68HC12 and will cover all the M68HC12 functions. This class consists of lecture, lab, and exercises.
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MC68HC12 Family
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This is a 4-day course covering the major hardware and software features of the MC68HC12 micro-controller and enables the system designer or software engineer to understand the MC68HC12 MCU and its applications. This class consists of lecture, lab, and exercises.
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MC68HC11 Family
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This is a four-day introductory course covering the major hardware and software features of Freescale's industry-standard MC68HC11 microcontroller family. The class consists of lecture, lab, and exercises to enable the system designer or software engineer to understand the MC68HC11 MCU and its applications.
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TPU uCode
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This is a 3-day course covering the features, operation and microcode programming of the Time Processing Unit (TPU), which is an embedded peripheral in a number of Freescale Semiconductor's microcontrollers. The class consists of lecture, in-class exercises, and labs.
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