Charlene Soucy’s Post

We're proud that our KD7251 multi-gigabit transceiver has been shortlisted as finalist for ECOC Exhibition Industry Awards for 2023. It's nominated for most innovative Product Award in the category "Chip-Scale Packaging/Optical Sub Assembly". The winners for each category will be announced live at the exhibition from October 2 to 4 in Glasgow, Scotland. We will exhibit at stand 937 and look forward to meeting you! The awards emphasize technology and product commercialisation; they highlight significant achievements in advancing the business of optical communications, transport, networking, fibre-based products, photonic integration circuits and related developments. The ECOC committee have reviewed the progress of advanced technologies from research to commercialization including volume production as well as new and innovative products. The categories for most innovative products are about looking across the industry—what new product is driving change in its respective market segment. What’s timely and helping to increase the use of optics. Metrics would include design features that are photonics, electronics, thermal, mechanical, chemical, environmental and carbon footprint based. #automotive #fiberoptics #autonomousvehicles #photonics #automotiveethernet #adas #driverassist #KDPOF #nGBASEAU #ecoc

Collaboration on #Chiplets for #Optical Links HardwareBee - Electronic News and Vendor Directory | Follow Us 4 Daily Electronic News & Updates! reported about our strategic partnership with Hinge Technology to advance #automotive optical communications for future network demands: "The collaboration aims to address critical technical challenges in the industrial application of chiplets for optical communications within vehicles. Hinge Technology leverages transceivers from KDPOF to create integrated optical modules that incorporate automotive-grade connectors and optical fiber harnesses, thereby enhancing the electrical electronic architecture (EEA). One of the key areas of focus for the partnership is the research and development of advanced chip-on-panel (COP) packaging technology utilizing chiplets. This innovative approach is geared towards producing low-cost, high-reliability optical processors, modules, and complementary components tailored specifically for automotive optical communications ..." Read on in the original article 👇 #fiberoptics #nGBASEAU #autonomousvehicles #AutomotiveEthernet #photonics #driverassist #multigigabit

Let's discuss together~😀💬“UV camera” With the continuous advancement of technology, the future application prospects of UV industrial cameras are unlimited. From precision manufacturing to quality control to environmental monitoring, UV industrial cameras are becoming an indispensable tool for all walks of life. ✨ Especially in the fields of semiconductors, photovoltaics and medical care, the application of UV industrial cameras is driving the industry forward and achieving more efficient and accurate detection and measurement.📸🚀 #UVIndustrialCamera #FutureApplication #IndustrySolution #machinevision #visiondatum

17% annual growth for ToF sensors According to IMARC, the market for Time of Fight #sensors is expected to reach USD 10.6 billion by 2028. Industry 4.0 and the associated increased use of 3D image processing are contributing to this growth. ToF is a faster, more reliable and more power-efficient technique than stereo vision and structured light systems. Learn more about ToF components!👉 https://bit.ly/3r2yKYc #industry #industrytech #industrytechnology #semiconductors #tech #technology #futuretech #futuretechnology #techinnovation

🔍 Exploring Virtual Thermal Sensing in E-mobility?   Virtual thermal sensors are enhancing how we monitor high-power density components, especially in delicate and previously inaccessible areas like semiconductor junctions of power modules. These sensors are not just about real-time measurements; they're about improving overall performance, providing vital data that complements traditional hardware sensors.   📊 Attached is a comprehensive presentation on virtual thermal sensing, complete with insightful customer cases. Dive in to understand how these sensors contribute to more accurate stochastic modeling, aiding in predicting degradation and aging of components.   💡 Interested in enhancing your product's safety and performance? Let's discuss the potential impact of integrating virtual thermal sensing into your systems. #VirtualThermalSensors #PowerElectronics #InnovationInTechnology #ProductSafety #PerformanceEnhancement #ElectricVehicles #AutomotiveInnovation #SustainableTransport #EVRevolution #GreenTech #FutureOfMobility #CleanEnergy #AutoTech #ZeroEmissions

Check this fresh tech paper from Finetech. Features & challenges of bump2bump In bonding.

Omron SWIR Camera

This #TechTuesday 👩💻 , we're getting charged up about #Spintronics 💫 ! Forget the usual, #Spintronics uses the electron's spin to create groundbreaking advancements in data storage and transfer. Imagine blazing-fast memory for your devices or super-efficient data processing. That's the exciting potential of spintronics!  This technology is still evolving, but the research is making serious waves in the tech world. Have you heard of spintronics before? What applications can you imagine for this technology? Share your thoughts in the comments! Don't miss out on the next #TechTuesdays when we unveil another fascinating tech term! #EmergingTechnologies #Innovation #DataStorage #SwaasITSolutions #Swaas

Discover the key to mission success: High-reliability connectors are a must for mission-critical sensors. Omnetics Connector Corporation has you covered! Learn more here. 👇 #Sensors #Connectivity #Innovation