Avnu Alliance expands TSN Test Tool ecosystem
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During the eighth annual TSN/A Conference, which takes place September 28-29, 2022, in Stuttgart, Germany, Avnu will host demonstrations in its booth of wired and wireless TSN tests for 802.1AS and 802.1Qbv based on test plans from the Avnu Express Testing Suite. These tests will be run on both the Avnu Express Test Tool and Keysight’s new TSN Test Tool, which has now met the requirements to start the Avnu Global Certification Programme validation and verification process to become an Avnu endorsed Test Tool. When approved by Avnu, Keysight’s TSN Test Tool will be available to members for both debugging and quick test certification.
“Adding new test tools, such as Keysight’s TSN Test Tool to the testing ecosystem, significantly expands the certification program providing more choice and a wider variety of test types to members,” says Ed Agis, Avnu Alliance certification work group co-chair overseeing the TSN Test Tool program and verification and validation process. “Test tools significantly lower the barrier for certification and allow members to enter the certification process with more confidence. Now, with the expanded program, we invite vendors to join Avnu as a test tool member and submit their test tool for verification and validation. The expanded ecosystem will be a powerful catalyst for the growth of available wired and wireless TSN products.”
Already available to Avnu members, the Avnu Express Test Tool is a low-cost, entry-level evaluation test tool that allows members to internally verify if a device will pass certification tests before submitting to testing
Next week at the TSN/A Conference, Avnu Alliance members are presenting various sessions on topics ranging from Wireless TSN interoperability and testing and 802.1 TSN standards updates to TSN testbed updates. Avnu president, Greg Schlechter, board member Henning Kaltheuner, and silicon validation work group chair, Jordon Woods will present a keynote session on 29 September about common characteristics of secured converged networks and mixed criticality workloads.
