VelocityDRIVE SP is a turnkey L3 switch application for managing Microchip automotive TSN switches. It includes a binary code image that can be fully configured using the VelocityDRIVE Configuration Tool (CT). VelocityDRIVE SP a cost-effective Real-Time Operating System (RTOS) that is designed to run on memory-constrained systems with memory requirements in the 512 KB to 2048 KB range. VelocityDRIVE SP contains full-switch feature support and offers a CORECONF/YANG-based management interface that implements standardized YANG models.
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Standard | Feature | Specification |
80231Qci | Networking | Per-Stream Filtering and Policing (PSFP) |
802.1Qav | Networking | Forwarding and queuing for time-sensitive streams (CBS) |
802.1Qbv | Networking | Enhancements for Scheduled Traffic (TAS) |
802.1Qbu/802.3br | Networking | Frame preemption |
802.1Q QoS | Networking | MAC table, VLAN support and QoS queue classification |
Port Mirroring | Networking | Ingress and egress ports with TCAM and ACL |
802.1AS-2020 | Time Distribution | Timing and synchronization of TSN networks |
DTLS | Management | Datagram Transport Layer Security (DTLS) with pre-shared keys |
DHCP | Management | IPV4 DHCP Client |
MIBs | Management | Port settings, status and statistics |
LLDP | Management | Link layer discovery protocol |
Fast (Secure) Boot | Management | <140 ms boot from external QSPI Flash to Ethernet ready |
Deep Packet Inspection (DPI) | Management | Ingress and egress TCAM, layer two to seven with access control list |
CoAP Management Interface (CORECONF) Server | Management | CORECONF for constrained environments, including firmware updates, YANG status configurations and RPC support |
MUP1 and In-Band Host Management | Management | Serial UART, SPI or IPv4 in-band host management interfaces |
Software plays a critical role in next-generation, Ethernet-based vehicles, and standardization can help development teams get to market quicker. This webinar explores software abstraction principles, including Yet Another Next Generation (YANG) data modelling for network management. We will also discuss the hardware requirements for Ethernet switches, and you will walk away with an understanding of what’s needed from hardware and how best to configure it.