Our RTP/RTSP (IEEE 1733) solution enables time-synchronized media streaming over TSN-enabled in-vehicle networks.

• Guaranteed low latency with full RTP and RTCP support, including IEEE 1733-2011 AVB extensions.

• Scalable architecture for multi-channel applications.

• Lightweight footprint: optimized library size and memory usage for embedded platforms.

• Flexible deployment: tested on Linux, portable to QNX, Integrity, Android, and AUTOSAR environments.

By combining IEEE 1733 with TSN scheduling and synchronization, automotive OEMs can deliver predictable, high-quality audio/video streaming across complex in-vehicle networks.

Excelfore’s SOME/IP middleware ensures seamless service-oriented communication across ECUs in a TSN-enabled environment.

• Supports configuration, messaging, services, and events with over 90 APIs.

• Available on Linux, QNX, GHS Integrity, and Android.

• Fully documented and optimized beyond open-source alternatives, enabling easier integration and higher reliability.

When combined with TSN’s deterministic networking, SOME/IP allows real-time service discovery, control, and event handling—essential for next-generation SDVs and zonal architectures.

Excelfore’s AVB/TSN solutions deliver guaranteed low-latency networking for automotive control and safety-critical applications. With AVNU certification, they ensure seamless interoperability across other certified AVB/TSN devices.

• Synchronization & Precision Timing
  Using IEEE 802.1AS (gPTP), AVB networks provide a grand master clock so all devices stay precisely synchronized across the vehicle network.

• Traffic Shaping & Bandwidth Reservation
  Key AVB/TSN standards such as IEEE 1722 (AVTP), IEEE 802.1Qav/802.1Qat credit-based shaping, and IEEE 1722.1 (AVDECC) guarantee priority delivery for mission-critical data and enable redundant paths for safety.

• Scalable Ethernet Backbone
  Ethernet-based AVB/TSN enables cost-efficient bandwidth scaling from 10 Mbps up to 10 Gbps, with dynamic switching, network security, and cloud integration for connected vehicles.

• Legacy Integration for SDV
  Excelfore bridges traditional protocols (SOME/IP, DoIP, RTP, RTCP, UDS) into an Ethernet-TSN backbone, ensuring cloud accessibility for CAN-based devices in the Software-Defined Vehicle era.

In short: AVB 1722, as part of TSN, gives automakers the tools to synchronize, prioritize, and scale in-vehicle communication—ensuring high reliability for safety-critical systems while supporting the transition to next-generation, software-defined architectures.