Scantinel Photonics

Precision. Performance. Progress. 🔬    Last week, we were honored with the 2025 Prism Awards in the Lasers category, and we’d like to highlight the technology that made it possible. Narrower laser linewidth improves coherence, boosting LiDAR detection range and enhancing the signal-to-noise ratio of the detected signal, resulting in better sensitivity for LiDAR imaging. Here’s how:  🔹 Minimal Power Loss – The lower the energy loss, the stronger the LiDAR signal. Our laser achieves ultra-low coupling losses (≤ 2 dB) when connecting to the photonic integrated circuit (PIC), ensuring more power reaches the system for better performance. 🔹 Stronger Signal for Longer Range – To detect objects at greater distances, a laser must output a strong, stable signal. Our laser delivers up to 10 dBm on-chip optical power (and up to 4 dBm in fiber), ensuring reliable detection over long distances. 🔹 Fast, High-Resolution Scanning –  LiDAR systems need to scan quickly to create detailed, real-time images of the environment. Our laser features a wide frequency sweep of up to 6.25 GHz at an ultra-fast 100 THz/s chirp rate, enabling high-speed, high-resolution depth perception. 🔹 Exceptional Precision – In LiDAR, signal stability is everything. Our laser's ultra-narrow linewidth (below 10 kHz) ensures minimal signal drift and maximum accuracy, allowing for more precise distance measurements and reducing errors. 🔹 Sharper, Cleaner Data – A clearer signal means more reliable LiDAR data. With a higher Side Mode Suppression Ratio (SMSR) of up to 55.3 dB, this new laser improves signal purity and prevents unwanted noise from distorting the LiDAR image. That’s just a peek at our laser progress—stay tuned for what’s next! 💡    Glossary of Terms  📌 dB (decibel): Measures signal strength. Lower dB means less energy wasted.  📌 dBm (decibel-milliwatts): Measures optical power output. Higher dBm means a stronger signal.  📌 GHz (gigahertz): Measures frequency range. A wider GHz sweep improves LiDAR resolution.  📌 THz/s (terahertz per second): Measures chirp rate. A higher THz/s enables faster LiDAR scanning.  📌 kHz (kilohertz): Measures linewidth. A lower kHz ensures a more stable, precise signal.  📌 Side Mode Suppression Ratio (SMSR): Indicates signal purity. A higher SMSR improves signal quality and prevents unwanted noise from distorting the LiDAR image.

Another Big Moment 🔥    Fresh off our SPIE Prism Awards win last week, we’re excited to share more great news: Scantinel Photonics’ Single-Chip FMCW LiDAR Module is a finalist at the 2025 SXSW Innovation Awards!     The SXSW Innovation Awards spotlight the most forward-thinking technologies shaping the future. Chosen from hundreds of global entries, we’re honored to be a finalist in the Product Design category.    Being recognized on this global stage, alongside transformative technologies, highlights the need for advanced autonomous mobility in applications that save time and lives—well beyond just driving. We’re grateful that our mission contributes to a worldwide effort where technology continues to push boundaries, serving industries, society, and humanity as a whole.    If you’re in Austin, Texas, come meet us at the:   📍 Finalist Showcase – March 8, 2–5 PM   🏆 Awards Ceremony – March 10, 6 PM     We’re thrilled to share this moment with all the finalists. Best of luck to everyone! Learn more about the incredible projects here:  https://lnkd.in/e5ixUPtx  

We did it again! 🏆🎉 Scantinel Photonics has just won the 2025 SPIE Prism Awards in the Lasers category for our Narrow Linewidth Hybrid-Integrated Laser! Presented by SPIE, the international society for optics and photonics, the Prism Awards recognize the most impactful innovations worldwide. Winning back-to-back (following last year’s win in the Sensors category) makes this even more special. A huge thank you to our team, partners, and supporters—pushing FMCW LiDAR technology forward for true autonomous mobility wouldn’t be possible without you! We couldn’t be more excited to see our innovations recognized at this level once again.🏅 🔗 Read the full press release: https://lnkd.in/gaZax65e

We did it again! 🏆🎉 Scantinel Photonics has just won the 2025 SPIE Prism Awards in the Lasers category for our Narrow Linewidth Hybrid-Integrated Laser! Presented by SPIE, the international society for optics and photonics, the Prism Awards recognize the most impactful innovations worldwide. Winning back-to-back (following last year’s win in the Sensors category) makes this even more special. A huge thank you to our team, partners, and supporters—pushing FMCW LiDAR technology forward for true autonomous mobility wouldn’t be possible without you! We couldn’t be more excited to see our innovations recognized at this level once again.🏅 🔗 Read the full press release: https://lnkd.in/gaZax65e

We’re at SPIE Photonics West 2025! Hello, San Francisco! 🌊 From today, January 28, through January 30, you’ll find us at Hall F, Booth 5209 in the Dutch Pavilion at SPIE, the international society for optics and photonics. Come meet the team, and let’s chat about next-generation mobility!  #PhotonicsWest #NextGenSensing #FMCWLiDAR #SingleChip 

An Inside Look at What Makes Scantinel Photonics 🌍   Yes, our work is grounded in serious science and innovation. But even as we stay laser-focused (cheesy pun absolutely intended) on pushing boundaries in our field, we know it's not all about work. Along the way, we never lose sight of the little moments that make the journey worthwhile. We’re a collection of stories, backgrounds, and experiences, coming together to create something bigger than ourselves. Celebrating these differences—our unique perspectives and the people behind the work—comes naturally to us. It’s not something we try to force. It’s simply us: a team that values individuality, connection, and community, all coming together to create something special. Here’s a glimpse into the moments that make Scantinel more than just a workplace. 😉 #LifeAtScantinel #GameChangingTech #NextGenSensing #FMCWLiDAR 

Scantinel Photonics at SPIE Photonics West 2025! Next stop: San Francisco! 🌉 We’re gearing up for SPIE Photonics West 2025, the world’s largest event for photonics technology, organized by SPIE, the international society for optics and photonics. From January 28–30, you’ll find us at Hall F, Booth 5209 in the Dutch Pavilion, where we’ll showcase our Single-Chip FMCW LiDAR alongside the latest innovations in optoelectronics, biophotonics, industrial lasers, and more. See you there! 👋 #PhotonicsWest #NextGenSensing #Optoelectronics

A Tiny Update We’re Happy to Share! We’re incredibly proud to announce that Scantinel Photonics has made it to the Semi-Finals of the Founders Games 2024! 🌍 The Founders Games is a premier scaleup innovation competition, identifying and supporting high-growth companies that are making a real impact on achieving the UN Sustainable Development Goals (SDGs). This journey culminates in a $6 million funding award through the Webit Investment Network (WIN). Each year, over 4,500 companies from 150+ countries apply. This year, 350 of the world’s leading venture capital investors have selected Scantinel as one of the top 1% of the most promising and impactful scaleups. Being placed among the top 1% is an incredible honor that speaks to the innovation and potential of our Single-Chip FMCW LiDAR technology. Although the next steps are still ahead, reaching the Semi-Finals is a significant affirmation of our work and its role in shaping the future of autonomous mobility. Our team is thrilled to have their dedication recognized. 🔥 A big thank you to the Founders Games and the network of investors for believing in our mission. #FoundersGames #Top1Percent #InnovationForASmartFuture #NextGenSensing

Greetings from CES Las Vegas! We’re live at THE global stage for tech innovation. Our team on-site, Davide Canavesi, MBA (Head of Strategy and Business Development) and Jin Wang (Manager of Global Business Development), are holding it down at Hall G – 62100, booth 31 in the Dutch Pavilion! Whether you’re curious about the potential of our cutting-edge Single-Chip FMCW LiDAR or want to dive deep into how we can power your next-gen autonomous applications—in mobility and beyond—they’re the ones to chat with. Swing by, say hi, and explore the possibilities of our solid-state photonic chip. The future is closer than you think.😉 ➡️ Book a slot with Jin and Davide here: https://lnkd.in/e43hcs-m #NextGenSensing #CES2025 #FMCWLiDAR #ScantinelPhotonics