Time-Sensitive Networking (TSN) makes it possible to carry data traffic of time-critical applications over a network shared by various kinds of applications having different Quality of Service (QoS) requirements. TSN leverages time synchronization to provide guaranteed data transport with bounded low latency, low delay variation, and extremely low data loss. By reserving resources for critical traffic, and applying various queuing and shaping techniques, TSN achieves zero congestion loss for critical data traffic. This, in turn, allows TSN to guarantee a worst-case end-to-end latency for critical data.
These features make TSN applicable and economical for various use cases in the digital transformation. TSN can be used in various verticals, e.g., in industrial automation networks being developed for smart factories, in cellular networks, in networks for critical machine-to-machine communication, and for new networking approaches in vehicles including support for autonomous driving.
IEEE 802.1 has several profiles – AV, Fronthaul, Mobility, Aerospace, and Industrial Automation (Factory of the Future).
About the Program
IEEE is offering the ability for organizations to self-certify their products that are compliant with TSN technology as noted in the IEEE 802.1 Series of Standards and be listed on an IEEE online Certification registry. Qualifying products can then leverage the TSN Mark on products, materials, and promotions creating awareness of their IEEE certification.
Organizations interested in obtaining the TSN Mark should download the TSN Agreement and fill out the assessment criteria for evaluation and approval by ICAP for certification and authorization of use.
The TSN Mark
Leveraging the TSN Mark can provide market differentiation within the industry promoting the implementation of IEEE standards over other non-standard TSN implementations. Using the IEEE TSN Mark on your products provides a testament of a commitment to quality, interoperability and trust that the IEEE brand stands for.
Select a “Full Profile” to receive certification for one of the following categories:
- Audio Video Bridging
- Fronthaul
- Industrial Automation
- Automotive
- Aerospace
Or select “Product Certification” to certify by product and the certification will include the product name, model, etc as shown in the certificate.
Ready to Take the Next Step?
| ICAP Certification Fees IEEE TSN Certification Program | |
|---|---|
| Item | Fee (US$) |
| Full Profile Certification Fees | |
| 1 Yr. Use of "___*___" TSN Mark * Aerospace, Automotive, Industrial Automation, Front Haul or AVB | Corporations with more than 5 million in annual revenue = $7,500 Corporations with less than 5 million in annual revenue = $3,500 |
| Per product family | $1,000 |
| Product Certification Fees | |
| 1 Year Use of "TSN" Mark | Corporations with more than 5 million in annual revenue = $3,950 Corporations with less than 5 million in annual revenue = $1,950 |
| Per Product Certification Fee (min 1) $250 | |
- Pricing is per applicant company, per year (not dependent on number of products)
- ICAP Certification Fees are (i) subject to change without notice, (ii) non-refundable and (iii) payable in U.S. dollars.
- The ICAP Certification Fee is payable directly to IEEE.
IEEE 802.1 is a working group of the IEEE 802 project of the IEEE Standards Association. It is concerned with:[1]
- 802 LAN/MAN architecture
- internetworking among 802 LANs, MANs and wide area networks
- 802 Link Security
- 802 overall network management
- protocol layers above the MAC and LLC layers
- LAN/MAN bridging and management. Covers management and the lower sub-layers of OSI Layer 2.
View a Complete List of IEEE 802.1 Standards
Why implement IEEE 802.1 standards?
- Enhanced Security: IEEE 802.1X provides robust user and device authentication for both wired and wireless networks. By controlling and restricting access, it adds an extra layer of security.
- Real-Time Networking: IEEE 802.1CM leverages Ethernet technology to deliver real-time network functions. It meets 5G requirements in terms of scale, reliability, flexibility, and synchronization, making it ideal for standardized packet-based fronthaul technology.
- Simplified Management: IEEE 802.1 standards cover LAN/MAN architecture, internetworking, link security, and overall network management. They streamline management tasks and ensure efficient communication across different network segments.
Implementing these standards can lead to a more secure, efficient, and manageable network infrastructure.
- TSN Training to be launched as part of IEEE 802.1 TSN which will help in market adoption. Check back for updates.
- Webinar Series for TSN