Time Sensitive Network (TSN)
Time Sensitive Networking (TSN) is a brand-new industrial communication technology that is being actively promoted by the international industry, and it is also regarded as the next-generation core communication technology that drives the transformation of industrial intelligence. With the popularization and application of this technology in various industries, HONGKE has gradually launched a variety of TSN products until it becomes a complete, flexible and powerful solution to test and verify the time sensitive network technology in industrial automation, automotive, railway, aerospace and national defense.
I. Complete TSN Validation
Currently, Avision has the capability to provide complete TSN technology to the market and supports a large number of standards:
| 1, | IEEE 802.1AS : Timing and synchronization |
| 2, | IEEE 802.1Qbv : Improvements to Reserved Traffic |
| 3, | IEEE 802.1Qav : Forwarding and Queuing Improvements for Time-Sensitive Traffic |
| 4, | IEEE 802.1Qcc : Improvements to the Stream Retention Agreement |
| 5, | IEEE 802.1Qbu : Frame grabbing |
| 6, | IEEE 802.1CB : Reliable frame duplication and elimination |
| 7, | IEEE 802.1w : Rapid Generation of Tree Agreements |
| 8, | IEEE 802.1AB : Link Layer Discovery Protocol |
| 9, | IEEE 8802.1Qci: Per-flow filtering and alerting |
II. Flexible Flow Statements
Avision's TSN solution enables key departments to identify all traffic types, including scheduled/real-time traffic (for control operations cycling or synchronization), reserved traffic (audio/video that meets user experience requirements), best-effort traffic, or congestion traffic. With Avision's terminal NICs, application data received over the PCIe interface is processed and injected into the TSN network so that COTS or legacy computers can run as TSN devices.
In addition, the device can be used as an embedded tool for generating traffic to the network based on predefined parameters: Ethernet type, VLAN ID, PCP, packet count, frame length, time interval, and so on. When the PCIe slot in the endpoint device is not available, the VLAN ID and PCP can be assigned directly in the TSN switch as a way to identify traffic on the network.
Powerful Configuration
HONGKE's TSN devices support multiple configuration mechanisms to simplify setup management:
1. Supports IEEE 802.1Qcc and Netconf protocols for data exchange based on YANG modeling; compatible with commercial CNCs.
2. CLI access/configuration via SSH
3. Web-based HTML5-GUI access/configuration via HTTP(S), including configuration file and firmware updates, as well as real-time network monitoring
4. Configuration scripts for managing multiple devices at the same time
The Most Comprehensive TSN Testing Platform
Hongke RELY-TSN-BRIDGE: Time Sensitive Network Switch
Supports IEEE 802.1AS, IEEE 802.1Qbv, IEEE 802.1Qav, IEEE 802.1CB, IEEE 802.1Qbu, IEEE 802.1Qci. 4-port or 12-port versions are available, and specific configurations are available upon request.
Hongke RELY-TSN-PCIE: Time Sensitive Networking Card
- Includes an internal 4-port TSN switch supporting IEEE 802.1AS, IEEE 802.1Qbv, IEEE 802.1Qav, 802.1CB, IEEE 802.1Qbu, and IEEE 802.1Qci.
- Based on the i210 Intel chip, supports IEEE 802.1Qbv, IEEE 802.1Qav and IEEE 802.1AS.
- ISO mirroring for COTS calculators (version 21.1)
Hongke RELY-TRAF-GEN: Flow Generator
- Configurable parameters: source/destination MAC, EtherType, VLAN ID, PCP, etc.
- Up to 3Gbps actual throughput
Hongke RELY-TSN-LAB: Time Sensitive Network Test Tool
Performs error injection, latency and bandwidth measurement, traffic archiving, and hardware timestamping. Timestamps based on the IEEE 802.1AS network time base.
Hongke RELY-TSN-REC: Time Sensitive Network Flow Recorder
- Supports simultaneous read/write data operation of internal disks from/to industrial-grade, high-capacity SSDs.
- Remote access to local storage; Wireshark-compatible standard file format (PCAP)
- IEEE 802.1AS-synchronized traffic hardware timestamps
- Advanced triggering and archiving capabilities
