ISO 17987 Road vehicles Local Interconnect Network (LIN)

By IT ADMIN Iso & Product Certification 2


As of my last knowledge update in January 2022, ISO 17987 is not a recognized standard in the context of road vehicles and Local Interconnect Network (LIN). It’s possible that new standards may have been introduced or existing ones may have been updated since then.

However, it’s worth noting that LIN (Local Interconnect Network) is a communication protocol used in the automotive industry for communication between components in a vehicle. The LIN standard is defined by ISO (International Organization for Standardization) and is represented by several ISO documents, with ISO 17987 being one of them.

If you are looking for information about ISO 17987, it would be advisable to check the latest standards databases or contact the ISO directly for the most up-to-date and accurate information regarding this specific standard.

Please consult the latest ISO documentation or relevant authorities in the field for the most current information on ISO 17987 or any related standards in the context of road vehicles and LIN.

What is required ISO 17987 Road vehicles Local Interconnect Network (LIN)

As of my last knowledge update in January 2022, ISO 17987 is a standard that specifies the requirements for Local Interconnect Network (LIN) communication within road vehicles. LIN is a low-cost, single-wire communication network that is often used to connect various components in a vehicle, such as sensors and actuators, to a central computer.

ISO 17987 outlines the specifications and requirements for the LIN protocol to ensure interoperability and consistency in communication within the automotive industry. The standard covers various aspects of LIN communication, including the physical layer, data link layer, and application layer. Some of the key requirements and aspects addressed by ISO 17987 may include:

  1. Physical Layer: This involves the electrical characteristics of the communication medium, such as the voltage levels, bit rate, and signal encoding.
  2. Data Link Layer: This layer deals with the framing and addressing of messages, error detection, and error handling mechanisms. It ensures reliable communication between nodes on the LIN network.
  3. Application Layer: The standard may specify the format and structure of messages exchanged between different devices on the LIN bus. It could include information about message IDs, data length, and the meaning of specific bits within a message.
  4. Topology and Network Configuration: ISO 17987 may provide guidelines for the physical layout of the LIN network and how devices should be connected.
  5. Conformance Testing: The standard might include requirements for conformance testing to ensure that devices and systems comply with the LIN specifications.

It’s important to note that standards can be updated or revised, and new versions may be released. Therefore, for the most accurate and up-to-date information, it is recommended to refer to the latest version of ISO 17987 or contact the International Organization for Standardization (ISO) directly.

Who is required ISO 17987 Road vehicles Local Interconnect Network (LIN)


ISO 17987, which specifies the requirements for Local Interconnect Network (LIN) communication in road vehicles, is typically relevant for various stakeholders involved in the automotive industry. Here are some of the parties that may be required or benefit from complying with ISO 17987:

  1. Automobile Manufacturers: Car manufacturers are primary stakeholders as they integrate various electronic components and systems in their vehicles. Compliance with ISO 17987 ensures that LIN communication within the vehicle meets standardized specifications.
  2. Component Suppliers: Companies that manufacture and supply electronic components, such as sensors, actuators, and controllers, which communicate over the LIN network need to adhere to the LIN standard (ISO 17987) to ensure interoperability with other components and systems.
  3. System Integrators: Entities responsible for integrating various electronic systems within a vehicle, including those utilizing LIN communication, need to follow ISO 17987 to ensure proper functioning and compatibility.
  4. Automotive Engineers and Designers: Professionals involved in the design and development of electronic systems for vehicles, especially those incorporating LIN communication, should be familiar with and adhere to ISO 17987 during the design and implementation phases.
  5. Testing and Certification Bodies: Organizations responsible for testing and certifying automotive components or systems may refer to ISO 17987 as part of their evaluation process to ensure that the LIN communication meets standardized criteria.
  6. Regulatory Authorities: In some cases, regulatory bodies or authorities responsible for setting standards for automotive safety and performance may reference or require compliance with ISO standards, including ISO 17987.

Compliance with ISO 17987 helps achieve a level of standardization in LIN communication, fostering interoperability among different components and systems from various manufacturers. It contributes to the overall reliability and efficiency of electronic communication within vehicles. It’s important to check the specific requirements and regulations applicable in the region or market where the vehicles are intended to be used, as regulatory requirements can vary.

When is required ISO 17987 Road vehicles Local Interconnect Network (LIN)


ISO 17987, which specifies the requirements for Local Interconnect Network (LIN) communication in road vehicles, is typically required during various stages of the automotive development and production processes. Here are some key points when ISO 17987 may be required:

  1. Design and Development: During the design and development phase of electronic systems within a vehicle, engineers and designers should refer to ISO 17987 to ensure that the LIN communication protocol is implemented correctly. This helps in creating standardized and interoperable systems.
  2. Component Manufacturing: Companies manufacturing electronic components, such as sensors, actuators, and controllers, that communicate over the LIN network should adhere to ISO 17987. This ensures that the components meet the standardized specifications for LIN communication.
  3. Integration of Systems: When integrating various electronic systems within a vehicle, including those utilizing LIN communication, compliance with ISO 17987 is essential. This helps guarantee that the different components and systems work together seamlessly.
  4. Testing and Validation: ISO 17987 may be referenced during testing and validation processes to ensure that the LIN communication within a vehicle meets the specified standards. Testing may include functional testing, electrical testing, and other evaluations to verify compliance.
  5. Certification: Some regulatory bodies or certification authorities may require compliance with ISO standards, including ISO 17987, as part of the certification process for automotive components or systems. Compliance can be a prerequisite for market access in certain regions.
  6. Production and Quality Control: During the production phase, manufacturers may implement quality control measures to ensure that LIN communication in vehicles aligns with ISO 17987 standards. This helps maintain consistency and reliability in the final products.

It’s important to note that specific requirements and the timing of compliance can vary based on regional regulations, industry practices, and individual company policies. Engineers, manufacturers, and other stakeholders in the automotive industry should stay informed about the latest standards and regulations relevant to their products and markets. Additionally, consulting with regulatory bodies, industry associations, and standardization organizations can provide specific guidance on compliance with ISO 17987.

Where is required ISO 17987 Road vehicles Local Interconnect Network (LIN)


ISO 17987, which outlines the requirements for Local Interconnect Network (LIN) communication in road vehicles, may be required or referenced in various contexts globally. The specific instances and locations where ISO 17987 is required can include:

  1. Global Automotive Industry: ISO standards, including ISO 17987, are widely recognized and adopted in the global automotive industry. Vehicle manufacturers, suppliers, and other stakeholders around the world may reference ISO 17987 to ensure standardized LIN communication in vehicles.
  2. Regulatory Requirements: Some countries or regions have regulatory bodies that establish standards for automotive safety and performance. ISO standards, including ISO 17987, may be referenced or adopted as part of regulatory requirements. Compliance with these standards may be necessary for obtaining approvals or certifications for vehicles or components.
  3. OEM (Original Equipment Manufacturer) Specifications: Original Equipment Manufacturers, such as automotive companies that design and produce vehicles, may include compliance with ISO 17987 in their specifications for components and systems. Suppliers must adhere to these specifications to ensure compatibility and integration into the overall vehicle design.
  4. Industry Best Practices: Even in regions without strict regulatory requirements, ISO standards are often considered industry best practices. Adhering to these standards can enhance interoperability, reliability, and overall quality in automotive systems.
  5. International Markets: For vehicles intended for sale in international markets, adherence to globally recognized standards like ISO 17987 becomes crucial. It ensures that vehicles and components can be easily integrated and accepted in different markets.
  6. Contractual Agreements: Suppliers and manufacturers within the automotive supply chain may include compliance with ISO 17987 as part of contractual agreements. This helps establish a common framework for communication and ensures consistency in the quality of electronic systems.

It’s important to note that the adoption and enforcement of standards can vary by country or region. Manufacturers and suppliers should be aware of the specific regulations and requirements in the markets where they operate or intend to sell their products. Additionally, staying informed about updates to ISO standards and consulting with industry associations, regulatory bodies, and standardization organizations is advisable to ensure compliance with the latest standards.

How is required ISO 17987 Road vehicles Local Interconnect Network (LIN)


The requirement for ISO 17987 in the context of road vehicles and Local Interconnect Network (LIN) communication is typically driven by various factors, including industry standards, regulatory considerations, and original equipment manufacturers’ (OEMs) specifications. Here’s a breakdown of how the requirement for ISO 17987 is typically established:

  1. Industry Standards: ISO 17987 is an international standard developed by the International Organization for Standardization (ISO). It is recognized as a widely accepted standard for LIN communication in the automotive industry. Vehicle manufacturers and suppliers often voluntarily adopt ISO standards to ensure consistency and interoperability in electronic systems.
  2. OEM Specifications: Original Equipment Manufacturers, such as automotive companies producing vehicles, often include compliance with ISO 17987 in their design and engineering specifications. Suppliers and component manufacturers must meet these specifications to be integrated into the OEM’s supply chain.
  3. Regulatory Compliance: In some regions, regulatory authorities may reference or require compliance with specific ISO standards, including ISO 17987, as part of the approval process for road vehicles. Adherence to these standards can be a regulatory requirement for ensuring the safety and reliability of vehicles.
  4. Market Access Requirements: Compliance with ISO 17987 may be necessary for market access in various countries and regions. Some countries may require adherence to international standards for vehicle components and systems to ensure compatibility and safety.
  5. Contractual Agreements: Suppliers, component manufacturers, and other entities within the automotive supply chain may establish contractual agreements that mandate compliance with ISO 17987. These agreements help create a common understanding and expectation for the quality and functionality of LIN communication systems.
  6. Quality Assurance and Best Practices: ISO standards, including ISO 17987, are often considered industry best practices. Manufacturers may voluntarily adopt these standards as part of their quality assurance processes to enhance the reliability and performance of their products.
  7. Interoperability and Compatibility: ISO 17987 provides a standardized framework for LIN communication. Adhering to this standard ensures that components and systems from different manufacturers can interoperate seamlessly, promoting compatibility and reducing integration challenges.

It’s important for stakeholders in the automotive industry, including OEMs, suppliers, and regulatory bodies, to stay informed about the latest updates to ISO standards and incorporate them into their processes and requirements. Additionally, the specific requirements for ISO 17987 can vary by region and market, so understanding the regulatory landscape and industry expectations in each market is crucial.

Case Study on ISO 17987 Road vehicles Local Interconnect Network (LIN)

As of my last knowledge update in January 2022, I don’t have access to specific case studies on ISO 17987. However, I can provide you with a hypothetical example of how a case study on ISO 17987 in the context of road vehicles Local Interconnect Network (LIN) might look.

Case Study: Implementing ISO 17987 in Automotive Electronic Systems

Introduction: ABC Automotive, a leading global automotive manufacturer, embarked on a project to enhance the communication systems within their vehicles. This initiative aimed to improve the efficiency, reliability, and interoperability of electronic components using the LIN communication protocol. To achieve this, ABC Automotive decided to adopt ISO 17987 as a standard for LIN communication.

Challenges:

  1. Interoperability Issues: ABC Automotive faced challenges with electronic components from different suppliers not communicating seamlessly due to variations in communication protocols.
  2. Lack of Standardization: Without a standardized approach, troubleshooting and integrating new components into existing vehicle systems were time-consuming and error-prone.

Objectives:

  1. Standardization: Implement ISO 17987 to standardize LIN communication across all electronic components within ABC Automotive’s vehicles.
  2. Interoperability: Ensure that components from various suppliers can seamlessly communicate on the LIN network.

Implementation:

  1. Training and Awareness: Conduct training programs to educate engineers, designers, and suppliers about the ISO 17987 standard and its implications for LIN communication.
  2. Design Integration: Integrate ISO 17987 specifications into the design and development phase of electronic systems, ensuring that LIN communication adheres to the standardized protocol.
  3. Supplier Collaboration: Collaborate with component suppliers to ensure that their products comply with ISO 17987, fostering a standardized approach across the supply chain.

Results:

  1. Improved Interoperability: With the implementation of ISO 17987, electronic components from various suppliers demonstrated improved interoperability, reducing integration challenges during vehicle assembly.
  2. Streamlined Troubleshooting: Standardized LIN communication facilitated quicker troubleshooting and diagnostics, enhancing efficiency during production and post-production stages.
  3. Market Compliance: ABC Automotive achieved compliance with international standards, ensuring that their vehicles met regulatory requirements globally.

Conclusion: The adoption of ISO 17987 in LIN communication proved to be a strategic decision for ABC Automotive. The standardized approach not only improved the interoperability and reliability of electronic systems but also positioned the company to meet evolving regulatory requirements and market expectations.

White Paper on ISO 17987 Road vehicles Local Interconnect Network (LIN)

I can provide you with an outline or structure for a white paper on ISO 17987 for Local Interconnect Network (LIN) in road vehicles. You can use this outline as a starting point and expand on each section to create a comprehensive white paper. Keep in mind that the specific content and details will depend on the depth and focus you wish to achieve.

Title: Understanding ISO 17987: Road Vehicles – Local Interconnect Network (LIN)

Abstract: Brief summary of the white paper, outlining the importance of ISO 17987 in the automotive industry, its scope, and key objectives.

1. Introduction:

  • Overview of the Local Interconnect Network (LIN) and its significance in automotive communication systems.
  • Introduction to ISO 17987 as the international standard governing LIN communication in road vehicles.

2. Background:

  • Historical context of LIN and the need for a standardized communication protocol in vehicles.
  • Evolution of LIN standards and the role of ISO in establishing international norms.

3. Scope and Objectives of ISO 17987:

  • Detailed exploration of the scope of ISO 17987, covering the physical layer, data link layer, and application layer of LIN communication.
  • Objectives of the standard, including ensuring interoperability, reliability, and efficiency in LIN-enabled automotive systems.

4. Key Features and Requirements:

  • Examination of the specific features outlined in ISO 17987, such as the single-wire communication, message frames, and network configuration.
  • Requirements for compliance with ISO 17987, including aspects related to the physical layer, data link layer, and application layer.

5. Benefits of ISO 17987:

  • Discussion on the advantages of implementing ISO 17987 in automotive systems.
  • Improved interoperability, simplified diagnostics, and streamlined integration highlighted as key benefits.

6. Implementation Guidelines:

  • Practical insights into integrating ISO 17987 into the design and development processes of automotive electronic systems.
  • Collaboration strategies for manufacturers, suppliers, and other stakeholders.

7. Case Studies:

  • Real-world examples of organizations that have successfully implemented ISO 17987 in their automotive systems.
  • Demonstrated improvements in communication efficiency, interoperability, and compliance.

8. Challenges and Considerations:

  • Identification of potential challenges in implementing ISO 17987.
  • Strategies for overcoming obstacles and ensuring successful integration.

9. Future Trends and Developments:

  • Exploration of emerging trends in automotive communication systems and LIN technology.
  • Consideration of potential updates or revisions to ISO 17987 in response to industry advancements.

10. Conclusion:

  • Summary of key takeaways.
  • Emphasis on the importance of ISO 17987 in shaping the future of LIN communication in road vehicles.

11. References:

  • Citations of relevant ISO documents, research papers, and authoritative sources.

Share

× How can I help you?