🧩 Functional Safety with Xen Every safety journey starts with clear requirements... In this clip from their Xen Summit 2025 talk, AMD engineers Ayan Kumar Halder and Michał Orzeł explain how functional safety begins with clear requirements and how Xen’s architecture makes it ideal for systems that demand strict isolation and reliability. As Xen moves toward ISO 26262 certification and beyond, its proven reliability and separation capabilities are opening new opportunities across automotive, industrial, and avionics systems. 🎥 Watch the full session: https://lnkd.in/eh-pbVYc #XenProject #OpenSource #FunctionalSafety #Automotive #Virtualization #Embedded #SafetyCritical #XenSummit2025
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📽️New Product Video: Fault Insertion Testing on Multi-Gig Automotive Ethernet Last week we announced our new 40/42-205 10GBase-T1 Ethernet MEMS fault insertion modules designed to empower engineers to simulate real-world fault conditions within multi-gig automotive Ethernet networks, such as open circuits or ground shorts. These PXI & PXIe modules offer precise, repeatable testing with high-speed capabilities, fostering the development of robust ADAS designs. ▶️Watch this short video to learn more: https://hubs.ly/Q03PW-Ys0 #FaultInsertion #TestandMeasurement #NewProduct #ProductVideo
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📽️New Product Video: Fault Insertion Testing on Multi-Gig Automotive Ethernet Last week we announced our new 40/42-205 10GBase-T1 Ethernet MEMS fault insertion modules designed to empower engineers to simulate real-world fault conditions within multi-gig automotive Ethernet networks, such as open circuits or ground shorts. These PXI & PXIe modules offer precise, repeatable testing with high-speed capabilities, fostering the development of robust ADAS designs. ▶️Watch this short video to learn more: https://hubs.ly/Q03PWX1M0 #FaultInsertion #TestandMeasurement #NewProduct #ProductVideo
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📽️New Product Video: Fault Insertion Testing on Multi-Gig Automotive Ethernet Last week we announced our new 40/42-205 10GBase-T1 Ethernet MEMS fault insertion modules designed to empower engineers to simulate real-world fault conditions within multi-gig automotive Ethernet networks, such as open circuits or ground shorts. These PXI & PXIe modules offer precise, repeatable testing with high-speed capabilities, fostering the development of robust ADAS designs. ▶️Watch this short video to learn more: https://hubs.ly/Q03PX0qZ0 #FaultInsertion #TestandMeasurement #NewProduct #ProductVideo
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📽️New Product Video: Fault Insertion Testing on Multi-Gig Automotive Ethernet Last week we announced our new 40/42-205 10GBase-T1 Ethernet MEMS fault insertion modules designed to empower engineers to simulate real-world fault conditions within multi-gig automotive Ethernet networks, such as open circuits or ground shorts. These PXI & PXIe modules offer precise, repeatable testing with high-speed capabilities, fostering the development of robust ADAS designs. ▶️Watch this short video to learn more: https://hubs.ly/Q03PW-GR0 #FaultInsertion #TestandMeasurement #NewProduct #ProductVideo
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📽️New Product Video: Fault Insertion Testing on Multi-Gig Automotive Ethernet Last week we announced our new 40/42-205 10GBase-T1 Ethernet MEMS fault insertion modules designed to empower engineers to simulate real-world fault conditions within multi-gig automotive Ethernet networks, such as open circuits or ground shorts. These PXI & PXIe modules offer precise, repeatable testing with high-speed capabilities, fostering the development of robust ADAS designs. ▶️Watch this short video to learn more: https://hubs.ly/Q03PW-1p0 #FaultInsertion #TestandMeasurement #NewProduct #ProductVideo
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📽️New Product Video: Fault Insertion Testing on Multi-Gig Automotive Ethernet Last week we announced our new 40/42-205 10GBase-T1 Ethernet MEMS fault insertion modules designed to empower engineers to simulate real-world fault conditions within multi-gig automotive Ethernet networks, such as open circuits or ground shorts. These PXI & PXIe modules offer precise, repeatable testing with high-speed capabilities, fostering the development of robust ADAS designs. ▶️Watch this short video to learn more: https://hubs.ly/Q03PW_Dp0 #FaultInsertion #TestandMeasurement #NewProduct #ProductVideo
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Simulation Product Manager at Pickering Interfaces Ltd. | Expert in Sales Enablement, Product Lifecycle, and Strategic Market Expansion
📽️New Product Video: Fault Insertion Testing on Multi-Gig Automotive Ethernet Last week we announced our new 40/42-205 10GBase-T1 Ethernet MEMS fault insertion modules designed to empower engineers to simulate real-world fault conditions within multi-gig automotive Ethernet networks, such as open circuits or ground shorts. These PXI & PXIe modules offer precise, repeatable testing with high-speed capabilities, fostering the development of robust ADAS designs. ▶️Watch this short video to learn more: https://hubs.ly/Q03PWX4w0 #FaultInsertion #TestandMeasurement #NewProduct #ProductVideo
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📽️New Product Video: Fault Insertion Testing on Multi-Gig Automotive Ethernet Last week we announced our new 40/42-205 10GBase-T1 Ethernet MEMS fault insertion modules designed to empower engineers to simulate real-world fault conditions within multi-gig automotive Ethernet networks, such as open circuits or ground shorts. These PXI & PXIe modules offer precise, repeatable testing with high-speed capabilities, fostering the development of robust ADAS designs. ▶️Watch this short video to learn more: https://hubs.ly/Q03PHww70 #FaultInsertion #TestandMeasurement #NewProduct #ProductVideo
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Safer autonomy is not the result of bigger hardware budgets. It is the result of getting fail-operational right. The right approach cuts waste, protects schedules, and scales safely as vehicle complexity grows. In this session we walk through how to move from fail-safe architectures to fail-operational designs without over-engineering. See how to isolate critical functions, reduce duplication, and prepare for SAE Level 3 to 5 and x-by-wire deployments. Watch the webinar: https://okt.to/jSr5L3 #Elektrobit #FailOperational #xbywire #automotive
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Introducing our New MEMS-based MultiGBASE-T1 FIUs❗ Our highest bandwidth fault insertion units to date incorporate MEMS switches for fast, high-quality switching & very long life. The modules are designed primarily for automotive HIL (hardware-in-the-loop) simulation applications, specifically for design verification of the latest high-bandwidth MultiGBASE-T1 Ethernet networking components, such as ADAS (advanced driver-assistance systems) controllers, with networking data speeds currently reaching up to 10 Gbps. Read the Press Release for Details: https://hubs.ly/Q03Ptrw30 #NewProduct #TestandMeasurement #ElectronicTest #PressRelease #BigAnnouncement
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