EMASS ECS-DoT chip boosts edge AI hardware market growth

Benefits and Risks of Safety Technology Technology such as wearables can offer benefits but also increase stress. https://buff.ly/Eoa1vs7 #SafetyFirst #SafetyTechnology #Wearables

LumiLog – A “Parasitic” PCB Light Logger for Packaging & Supply Chains 🌞🔋 Hello Techies ⚡ Imagine a tiny PCB (around 2.5 cm²) that quietly hides inside packaging, powered only by a coin cell, and still logs ambient light exposure for a week or more. That’s the idea behind LumiLog — a parasitic logger that: 🪶 Is so small it can ride along in shipping boxes, packages, or wearables. 🔋 Runs entirely off a single 220 mAh coin cell, no recharge needed(change the battery if its dead) 🌞 Uses a photodiode to detect light/dark transitions without wasting energy on continuous ADC scans. 🧠 Stores events in FRAM memory (virtually unlimited writes, survives power loss). 💤 Stays asleep >99% of the time, sipping nanoamps–microamps in standby. Why it matters 🚀 Supply chain monitoring → know if a sealed cold package was opened or exposed to sunlight. Cold chain logistics → track light exposure for temperature-sensitive goods. Sustainability → ultra-low-power design = longer life on tiny batteries. Bom Cost - around 10 dollars. The vision 🌟 This isn’t a “big IoT box with batteries.” It’s a parasitic sensor that you can just slip into packaging and forget. At the destination, you pull the data and instantly know the exposure history. 👉 It shows how much impact even the smallest embedded systems can have when optimized for ultra-low power + clever sensing. #PhotonLog #LowPowerDesign #IoT #Packaging #SupplyChain #EmbeddedSystems

🔋 Low-Power Display Technologies: Which One Fits Your Application? Energy efficiency is no longer optional—it’s a must for modern electronics. From consumer devices to IoT solutions, the right display tech can make or break your product’s performance, usability, and sustainability. Here’s a quick comparison of the leading low-power display options: ✅ Reflective LCDs – Mature, affordable, widely used, but limited in flexibility. ✅ Electrophoretic (E-paper) – Ultra-low power, great readability, ideal for e-readers, but slower refresh & higher cost. ✅ Electrochromic Displays – Thin, flexible, customisable, highly energy-efficient, and cost-effective for next-gen designs. Why go Electrochromic? ✔ Ultra-low power for battery/solar devices ✔ Flexible & customisable for branding ✔ Scalable & sustainable for future-ready products 💡 Perfect for smart labels, retail displays, wearables & IoT applications. 👉 Ready to explore printed electrochromic e-paper displays for your next project? 📩 Contact us today for prototypes or evaluation kits. #LowPowerTech #DisplayTechnology #IoT #Epaper #ElectrochromicDisplays #Sustainability #ProductDesign

🔋 Low-Power Display Technologies: Which One Fits Your Application? Energy efficiency is no longer optional—it’s a must for modern electronics. From consumer devices to IoT solutions, the right display tech can make or break your product’s performance, usability, and sustainability. Here’s a quick comparison of the leading low-power display options: ✅ Reflective LCDs – Mature, affordable, widely used, but limited in flexibility. ✅ Electrophoretic (E-paper) – Ultra-low power, great readability, ideal for e-readers, but slower refresh & higher cost. ✅ Electrochromic Displays – Thin, flexible, customisable, highly energy-efficient, and cost-effective for next-gen designs. Why go Electrochromic? ✔ Ultra-low power for battery/solar devices ✔ Flexible & customisable for branding ✔ Scalable & sustainable for future-ready products 💡 Perfect for smart labels, retail displays, wearables & IoT applications. 👉 Ready to explore printed electrochromic e-paper displays for your next project? 📩 Contact us today for prototypes or evaluation kits. #LowPowerTech #DisplayTechnology #IoT #Epaper #ElectrochromicDisplays #Sustainability #ProductDesign

🔋 Low-Power Display Technologies: Which One Fits Your Application? Energy efficiency is no longer optional—it’s a must for modern electronics. From consumer devices to IoT solutions, the right display tech can make or break your product’s performance, usability, and sustainability. Here’s a quick comparison of the leading low-power display options: ✅ Reflective LCDs – Mature, affordable, widely used, but limited in flexibility. ✅ Electrophoretic (E-paper) – Ultra-low power, great readability, ideal for e-readers, but slower refresh & higher cost. ✅ Electrochromic Displays – Thin, flexible, customisable, highly energy-efficient, and cost-effective for next-gen designs. Why go Electrochromic? ✔ Ultra-low power for battery/solar devices ✔ Flexible & customisable for branding ✔ Scalable & sustainable for future-ready products 💡 Perfect for smart labels, retail displays, wearables & IoT applications. 👉 Ready to explore printed electrochromic e-paper displays for your next project? 📩 Contact us today for prototypes or evaluation kits. #LowPowerTech #DisplayTechnology #IoT #Epaper #ElectrochromicDisplays #Sustainability #ProductDesign

🔋 Low-Power Display Technologies: Which One Fits Your Application? Energy efficiency is no longer optional—it’s a must for modern electronics. From consumer devices to IoT solutions, the right display tech can make or break your product’s performance, usability, and sustainability. Here’s a quick comparison of the leading low-power display options: ✅ Reflective LCDs – Mature, affordable, widely used, but limited in flexibility. ✅ Electrophoretic (E-paper) – Ultra-low power, great readability, ideal for e-readers, but slower refresh & higher cost. ✅ Electrochromic Displays – Thin, flexible, customisable, highly energy-efficient, and cost-effective for next-gen designs. Why go Electrochromic? ✔ Ultra-low power for battery/solar devices ✔ Flexible & customisable for branding ✔ Scalable & sustainable for future-ready products 💡 Perfect for smart labels, retail displays, wearables & IoT applications. 👉 Ready to explore printed electrochromic e-paper displays for your next project? 📩 Contact us today for prototypes or evaluation kits. #LowPowerTech #DisplayTechnology #IoT #Epaper #ElectrochromicDisplays #Sustainability #ProductDesign

🔋 Low-Power Display Technologies: Which One Fits Your Application? Energy efficiency is no longer optional—it’s a must for modern electronics. From consumer devices to IoT solutions, the right display tech can make or break your product’s performance, usability, and sustainability. Here’s a quick comparison of the leading low-power display options: ✅ Reflective LCDs – Mature, affordable, widely used, but limited in flexibility. ✅ Electrophoretic (E-paper) – Ultra-low power, great readability, ideal for e-readers, but slower refresh & higher cost. ✅ Electrochromic Displays – Thin, flexible, customisable, highly energy-efficient, and cost-effective for next-gen designs. Why go Electrochromic? ✔ Ultra-low power for battery/solar devices ✔ Flexible & customisable for branding ✔ Scalable & sustainable for future-ready products 💡 Perfect for smart labels, retail displays, wearables & IoT applications. 👉 Ready to explore printed electrochromic e-paper displays for your next project? 📩 Contact us today for prototypes or evaluation kits. #LowPowerTech #DisplayTechnology #IoT #Epaper #ElectrochromicDisplays #Sustainability #ProductDesign

🔋 Low-Power Display Technologies: Which One Fits Your Application? Energy efficiency is no longer optional—it’s a must for modern electronics. From consumer devices to IoT solutions, the right display tech can make or break your product’s performance, usability, and sustainability. Here’s a quick comparison of the leading low-power display options: ✅ Reflective LCDs – Mature, affordable, widely used, but limited in flexibility. ✅ Electrophoretic (E-paper) – Ultra-low power, great readability, ideal for e-readers, but slower refresh & higher cost. ✅ Electrochromic Displays – Thin, flexible, customisable, highly energy-efficient, and cost-effective for next-gen designs. Why go Electrochromic? ✔ Ultra-low power for battery/solar devices ✔ Flexible & customisable for branding ✔ Scalable & sustainable for future-ready products 💡 Perfect for smart labels, retail displays, wearables & IoT applications. 👉 Ready to explore printed electrochromic e-paper displays for your next project? 📩 Contact us today for prototypes or evaluation kits. #LowPowerTech #DisplayTechnology #IoT #Epaper #ElectrochromicDisplays #Sustainability #ProductDesign

🔋 Low-Power Display Technologies: Which One Fits Your Application? Energy efficiency is no longer optional—it’s a must for modern electronics. From consumer devices to IoT solutions, the right display tech can make or break your product’s performance, usability, and sustainability. Here’s a quick comparison of the leading low-power display options: ✅ Reflective LCDs – Mature, affordable, widely used, but limited in flexibility. ✅ Electrophoretic (E-paper) – Ultra-low power, great readability, ideal for e-readers, but slower refresh & higher cost. ✅ Electrochromic Displays – Thin, flexible, customisable, highly energy-efficient, and cost-effective for next-gen designs. Why go Electrochromic? ✔ Ultra-low power for battery/solar devices ✔ Flexible & customisable for branding ✔ Scalable & sustainable for future-ready products 💡 Perfect for smart labels, retail displays, wearables & IoT applications. 👉 Ready to explore printed electrochromic e-paper displays for your next project? 📩 Contact us today for prototypes or evaluation kits. #LowPowerTech #DisplayTechnology #IoT #Epaper #ElectrochromicDisplays #Sustainability #ProductDesign