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Technical Articles and Point of View Blogs from the Experts in Ethernet 

What Makes Ethernet IP Truly Automotive-Grade Blog

What Makes Ethernet IP Truly Automotive-Grade

Ethernet entered the vehicle as a bandwidth solution. That framing was accurate and useful for a while as legacy networks like CAN and LIN were never designed to carry camera streams, radar data, or over-the-air software updates. Ethernet solved that problem…

Comcores IP Licensing cover image

Flexible Ethernet IP Licensing for Secure, Scalable Silicon Development

Selecting the right IP core is critical for modern SoC and FPGA designs. System considerations, scalability, and software integration are equally essential — and the licensing model behind the IP must support all three….

TSN and software defined vehicle

How Time Sensitive Networking powers the Software Defined Vehicle

Software-Defined Vehicles (SDVs) are turning cars into distributed real-time computing platforms. Instead of dozens of standalone ECUs connected by a tangle of legacy field buses, we now see zonal controllers aggregating local I/O, centralized compute platforms running safety….

What Makes Ethernet IP Truly Automotive-Grade

What Makes Ethernet IP Truly Automotive-Grade

Ethernet entered the vehicle as a bandwidth solution. That framing was accurate and useful for a while as legacy networks like CAN and LIN were never designed to carry camera streams, radar data, or over-the-air software updates. Ethernet solved that problem…

read more
How Time Sensitive Networking powers the Software Defined Vehicle

How Time Sensitive Networking powers the Software Defined Vehicle

Software-Defined Vehicles (SDVs) are turning cars into distributed real-time computing platforms. Instead of dozens of standalone ECUs connected by a tangle of legacy field buses, we now see zonal controllers aggregating local I/O, centralized compute platforms running safety….

read more
Understanding MACsec and Its Integration

Understanding MACsec and Its Integration

Introduction MACsec, as defined by the IEEE 802.1AE standard, provides protection for traffic passing over Layer 1 and Layer 2 links. It is designed to prevent a range of security threats, including...

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