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Microprocessors and Bus Support
The number and types of microprocessors and microcontrollers enable powerful embedded system performance but can make design verification and debugging a test challenge. The growing combination of signal processing variables increases the number of communication paths in the design, adding to system complexity. Tektronix instruments provide a better system view of mixed signal performance, enabling you to speed up the design verification and test of microcontrollers and microprocessors in your embedded system.
- Tektronix Logic Analyzers speed up verification and validate performance on hundreds of different micro packages with specific microprocessor support tools. Using a toolset configured just for your micro, you will quickly discover how your hardware design is interacting with your embedded software code.
- Tektronix Mixed Signal Oscilloscopes solve micro debugging challenges by enabling you to accurately capture, visualize and correlate up to 20 different analog and digital signals on a single instrument.
Microprocessors
| Product/Model | Description | TMS Packages | Downloads | |
|---|---|---|---|---|
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Socket7 |
Support for AMD, Cyrix, IDT and Intel Socket7 Microprocessors |
TMS109A |
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Motorola PowerQUICC Family |
Support for the Motorola, MPC8250, MPC8255, MPC8260, MPC8260A, MPC8264, MPC8264A, MPC8265, MPC8265A MPC8266, MPC8266A, MPC8270, MPC8270VR, MPC8275VR, MPC8280, MPC823E, MPC850, MPC823, and MPC801 microprocessors |
TMS561 |
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TMS562A |
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TMS568 |
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Motorola ColdFire |
Support for the Motorola 68000, 68EC000 and 68010 processors. |
TMS222 |
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Motorola 68000 Family |
Support for the Motorola 68000, 68EC000, 68010, 68020, 68030, 68040, 68EC030, 68EC040, 68LC040, 68331, 68332 and 68340 processors. |
TMS201 |
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TMS202 |
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TMS203 |
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TMS204 |
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TMS205 |
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TMS260 |
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TMS261 |
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Motorola PPC403 |
Support for the Motorola and IBM PPC403GA, PPC403GC and PPC403GCX processors. |
TMS531 |
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Intel x86 |
Support for Intel i486, i486SX, i487SX, i486DX, i486DX2, i486DX4, 8086, 80C86, 8088, 80C88, 80186, 80C186, 80376, 80C186XL, 80188, 80C188, 80C188XL, 80C188EA, 80C188EB, 80386DX, 80386SX, 80386EX; AMD Am80386DX, Am80486, Am80486Dx, Am80486Dx2, Am8046Dx5, Am80486Sx, Am80486Sx2, Am5x86 & Cyrix 5x86. |
TMS101 |
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TMS102 |
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TMS104 |
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TMS105 |
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TMS106 |
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TMS107 |
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Intel I960 |
Support for Intel i960RP, i960RD, 80960RP, 80960RD processors |
TMS165 |
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Buses
| Product/Model | Description | TMS Packages | Downloads | |
|---|---|---|---|---|
|
SPI-4.2/SPY-3 |
Analysis of SPI-4.2 and SPI-3 internal, high-speed buses |
TCS101 |
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Rapid IO™ |
Supports 8 and 16-bit RapidIO rates up to 1 Gb/s |
TMS805 |
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Rambus |
Rambus Direct RIMM Memory Bus Support |
TMS810 |
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| Product Series | |
|---|---|
Fluke/Tektronix Solutions BrochureFluke and Tektronix solutions for electronic design, manufacturing and service professionals. |
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Embedded Design Techniques for Developing Cost-Effective CommunicationsLearn about specific measurement techniques that enable you to quickly and efficiently deliver cost-effective communications in your embedded designs. |
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Embedded Design Techniques for Selecting Components and Sub-systemsLearn more about optimizing control functions by making small adjustments in microcontroller firmware to produce significant improvements in embedded system design performance. |
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Embedded Design Techniques for Optimizing Control ParametersLearn more about optimizing control functions by making small adjustments in microcontroller firmware to produce significant improvements in embedded system design performance. |
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Breakthrough Solutions for the Latest Automotive DesignsThis document describes a new generation of Tektronix test and measurement instruments and software that has been designed to help automotive engineers deal with embedded systems measurement challenges. |
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Embedded Systems Test & Measurement ChallengesIn this primer, we look at the various elements of embedded systems in detail, and describe some of the challenges that arise in their implementation: challenges that are being addressed by a new generation of test & measurement tools. |
| Product Series | |
|---|---|
Developing Cost-effective Communications WebinarEnd-user constraints around portability, longer battery life, and lower prices make it even more critical to find cost-effective means for providing reliable communications. |
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Embedded Design Techniques for Optimizing Control Parameters WebinarIn this session we explore the process of optimizing control functions, small adjustments in microcontroller firmware can produce significant improvements in embedded system performance. Coming up with the right values for gains, offsets, delays, hysteresis values and PWM parameters can be time consuming, but using the right tools can speed the process. With a mixed signal oscilloscope, especially one with deep memory, you efficiently gain access to insights of your process including sensor signals, feedback signals and firmware timing. |
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Selecting Components and Sub-systems WebinarQuickly and easily selecting appropriate components and sub-systems with confidence is essential to reliably delivering smaller and more cost-effective solutions. Find out how intuitive test and measurement tools can help you make quick and informed choices. |
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Solutions to Embedded System Design Challenges WebinarIn this tutorial we will examine ways to improve productivity in embedded system validation and debug. Part I focuses on what can be done in the early design cycle to improve productivity. Part II highlights tips that can be used in the lab to save time and improve productivity. |
TLA7000 |