PTTES - Building reliable applications with the 8051 family of microcontrollers.pdf - SDCC - phill2k

TTE®32 high-reliability processor cores and microcontrollers

TTE32 processor cores and related microcontrollers are intended for

use in aircraft (both manned and UAVs), medical equipment,

industrial control, automotive designs, space systems and other

high-reliability applications. They offer a combination very

predictable behaviour, high performance and future-proof design

features which greatly simplifies design, test and certification

activities.

TTE32 processor cores are based on a 32-bit design with 32-

registers and a five-stage pipeline. They have a Harvard

architecture and support precise exceptions. They have a constant

interrupt overhead (even during multi-cycle operations) and provide

guaranteed memory-access and instruction-execution times.

TTE32 cores provide highly-predictable behaviour

 Provide an ideal platform for designs which require precise "worst-case execution time" (WCET) determination and / or low

task jitter. Typical measurement resolution is at the microsecond level or better (dependent on chosen implementation

platform).

 Can be provided with full validation and verification data for use in DO-254 / DO-178b, IEC 61508, ISO 26262 or other high-

reliability projects.

 Can be provided with full support for triple-modular redundancy (TMR), in both single-chip and multi-chips implementations,

allowing use in aerospace (and space) designs in which single-event effects (SEEs) - including single-event upsets (SEUs) - must

be addressed.

TTE32 cores provide future-proof performance

 To support a wide range of performance requirements and "future proof" your system design, TTE32 processor cores can be

provided in both single-core and advanced multi-core implementations.

 Adding cores in a TTE32 design allows developers to support additional system functionality without sacrificing timing

predictability in existing task sets. Full software toolsets to support the development of multi-core designs are available.

 Single- and multi-core designs can be provided with full processor design information (including complete VHDL source),

ensuring that your investment is protected for many decades into the future, even in the face of inevitable developments in

implementation technology.

TTE32 cores have full software support

 TTE32processorsexecutecodewhichconformstotheMIPSI™instructionsetarchitecture,allowinguseofawiderangeof

standard compilers and related development tools.

 TTE32 processors are fully compatible with RapidiTTy® software development tools. RapidiTTy provides precise WCET

measurements with no software load. RapidiTTy facilitates the migration from single-core to multi-core designs. Compilers

for C and Ada programming languages are available, fully integrated in the toolchain.

 TTE32 processors support both co-operative and pre-emptivetaskscheduling(includingtheInfiniTTy™operatingsystem

family).

 TTE32 processors are an ideal platform for time-triggered (TT) software architectures.

TTE32 cores have a low-cost evaluation process

 We offer a very straightforward evaluation process, which is free of charge for many of our customers.

Bespoke CPU and microcontroller designs

We can provide a custom processor core or custom microcontroller for you, to match your precise requirements.

Matching software toolsets (e.g. for code development or WCET prediction) can also be provided.

www.tte-systems.com

TTE® Systems Ltd

106 New Walk, Leicester,

United Kingdom

Tel: +44 (0)116 223 1684

Fax: +44 (0)116 223 1651

info@tte-systems.com

MIPS and MIPS I are trademarks and / or registered trademarks of MIPS Technologies, Inc. TTE Systems Ltd is not associated with MIPS Technologies, Inc. in any way.

TTE32 and RapidiTTy are registered trademarks of TTE Systems Ltd. InfiniTTy and SafeTTy are trademarks of TTE Systems Ltd. All other trademarks are acknowledged.

SafeTTy™ Technology

When the products you build are based on embedded processors,

unexpected failures can occur due to software errors (in your code or in

the operating system you use), the impact of electromagnetic interference (EMI)

or“single-eventeffects”(SEEs),orfromvariousformsofhardwaredamage.

In automotive, medical, industrial, aerospace and similar systems, the

impact of such failures can be serious injury or even loss of life.

SafeTTy™technologyfromTTESystemscanhelpyoutoavoidsuchserious

system failures.

SafeTTy technology provides an extremely robust, flexible and cost-effective solu-

tion for fault monitoring and recovery in a wide range of embedded systems.

Use of SafeTTy technology can simplify the creation of a high-reliability

systems and help you to comply with international safety standards and

guidelines.

Two SafeTTy protection mechanisms are available (each with full design support):

 SafeTTy Wrappers (usually used with designs based on Linux or other standard

operating systems);

 SafeTTygents(usuallyusedwith“time-triggered”designs).

A cost-effective evaluation process is available for all SafeTTy protection systems.

Bespoke consultancy and training services

We offer a range of consultancy and bespoke training services to support customers who wish to develop safety-related

and safety-critical embedded systems.

For example, if your organisation is aiming to develop future products according to DO-178b / ED-12b / DO-254 / ED-80

guidelines, we can assess your existing development processes, provide you with a report and — where necessary —

assist you with training in appropriate areas. These services can be provided on your site, on a worldwide basis, on

dates of your choosing, and we can provide an initial assessment and customised proposal for you at low cost and

without obligation.

Support for DO-178b, IEC 61508 and related projects

Many of our products are available in forms which are suitable for use in high-reliability and safety-critical products which

are developed according to international guidelines (including DO-254, DO-178b, ISO 26262, ISO 13485, IEC 61131,

IEC 61508).

For example, we can provide both our TTE32 processors and custom processors with full design and verification

documentation (including PHAC documents, Hardware Verification Procedures, and Verification Reports). We can also

provide precisely-matched software toolsets, supporting a full range of software development and test activities,

including precise worst-case execution time (WCET) prediction and measurement.

www.tte-systems.com

TTE® Systems Ltd

106 New Walk, Leicester,

United Kingdom

Tel: +44 (0)116 223 1684

Fax: +44 (0)116 223 1651

info@tte-systems.com

MIPS and MIPS I are trademarks and / or registered trademarks of MIPS Technologies, Inc. TTE Systems Ltd is not associated with MIPS Technologies, Inc. in any way.

TTE32 and RapidiTTy are registered trademarks of TTE Systems Ltd. InfiniTTy and SafeTTy are trademarks of TTE Systems Ltd. All other trademarks are acknowledged.

www.TTE-Systems.com = High-reliability processors + Software tools + Protection systems + Training & consultancy services

Patterns for time-triggered embedded systems

www.TTE-Systems.com = High-reliability processors + Software tools + Protection systems + Training & consultancy services

ACM PRESS BOOKS

This book is published as part of the ACM Press Books – a collaboration between the

Association for Computing Machinery and Addison-Wesley. ACM is the oldest and

largest education and scientific society in the information technology field. Through

its high-quality publications and services, ACM is a major force in advancing the skills

and knowledge of IT professionals throughout the world. For further information

about ACM contact:

ACM Member Services

ACM European Service Center

1515 Broadway, 17th Floor

108 Cowley Road

New York NY 10036-5701

Oxford OX4 1JF

Phone: +1 212 626 0500

United Kingdom

Fax: +1 212 944 1318

Phone: +44 1865 382338

Email: acmhelp@acm.org

Fax: +44 1865 381338

Email: acm-europe@acm.org

URL: http://www.acm.org

SELECTED ACM TITLES:

Software Requirements and Specification: A Lexicon of Software Practice, Principles

and Prejudices Michael Jackson

Software Test Automation: Effective Use of Text Execution Tools Mark Fewster and

Dorothy Graham

Test Process Improvement: A Practical Step-by-step Guide to Structured Testing

Tim Koomen and Martin Pol

Mastering the Requirements Process Suzanne Robertson and James Robertson

Bringing Design to Software: Expanding Software Development to Include Design

Terry Winograd, John Bennett, Laura de Young, Bradley Hartfield

Software for Use: A Practical Guide to the Models and Methods of Usage Centered

Design Larry L. Constantine and Lucy A. D. Lockwood

Problem Frames: Analyzing and Structuring Software Development Problems

Michael Jackson

Software Blueprints: Lightweight Uses of Logic in Conceptual Modelling

David Robertson and Jaume Agusti

PTTES - Building reliable applications with the 8051 family of microcontrollers.pdf

Plik z chomika:

Inne pliki z tego folderu:

Inne foldery tego chomika: