SiLith

Proud to reach this important milestone together with our valued partner, @UMC. The first mass-production delivery of silicon photonics wafers marks an important step toward scalable manufacturing for AI optical interconnects. By combining SILITH's silicon photonics innovation with UMC's world-class manufacturing expertise, we're enabling high-yield, high-reliability, and scalable solutions for next-generation AI infrastructure. This is just the beginning. We look forward to continuing our collaboration to advance silicon photonics from today's 200Gb/lane platform to future 400Gb/lane technologies and beyond. #SiliconPhotonics #AIInfrastructure #OpticalInterconnect #UMC #SILITH

Proud to see this milestone shared publicly. At OFC 2026, SilTerra and Silith demonstrated a 400G/lane silicon photonics platform that brings together both transmit and receive building blocks on a unified silicon foundation. We appreciate the collaboration with SilTerra and look forward to continuing to advance pure-silicon interconnect solutions together.

At OFC 2026, one message came through clearly: 400G/lane is rapidly becoming one of the industry’s most important directions. At the Silith booth, we presented a live demonstration of our 400G/lane Pure-Silicon MZM modulator, which received strong recognition from visitors across the industry. Among the demonstrations shown at the event, our live results stood out for the quality of the eye diagram and the overall performance achieved in real time. With modulator bandwidth exceeding 100 GHz and TDECQ below 1.5 dB, the result speaks for itself. But beyond the demo, what matters even more is the path it points to: We believe pure-silicon modulators are especially well suited for future scale-up CPO applications — where integration, manufacturability, packaging compatibility, and system-level scalability will be just as important as device performance itself. For us, this is not only about demonstrating 400G/lane capability. It is about showing that silicon continues to be a practical and scalable foundation for the next generation of high-speed optical interconnects. The strong interest and recognition we received at OFC reinforce our conviction that the next phase of photonics can still be built on silicon. 400G/lane. On pure silicon. #OFC2026 #SiliconPhotonics #PureSilicon #400Glane #MZM #CPO #Broadcom #Photonics #Taurus #AIInfrastructure

Here’s a look inside Silith’s booth at OFC 2026, where we’re showcasing our latest work in silicon photonics — from 6.4T CPO and 400G/lane Pure Silicon Modulator to 1.6T platforms, 400G/lane PD, and 800G ZR. Stop by Booth 2127 and see the demos up close. #OFC2026 #SiliconPhotonics #CPO #OpticalInterconnect #DataCenter #AIInfrastructure #Photonics

Silith at OFC 2026 | Booth 2127 Silith will be exhibiting at OFC 2026 from March 17–19, 2026 at the Los Angeles Convention Center. At this year’s event, we will feature a live demo of our 6.4T Co-Packaged Optics with Adaptive Polarization Controller, along with our SiPho Scale-Across Fabric 800G ZR Transceiver, 400G/lane high-speed transmitters with si-based MZI, and 400G/lane high-speed receivers. We look forward to meeting with customers, partners, and industry peers to discuss the next generation of silicon photonics for AI and data center connectivity. Visit us at Booth 2127.

AI continues to redefine how the world thinks, while silicon photonics is reshaping how the world connects. Wishing you a year of clarity, momentum, and long-term value creation.

Today we announce the Advanced Photonics Coalition Silicon Photonics and Co-Packaged Optics Open Source Supply Chain Ecosystem. At 2 years old with 45 members and growing, our goal is low-cost, high-volume open sourced manufacturing at scale. https://lnkd.in/dN2ApdKB #technology #innovation #ecosystem #manufacturing #startups #future #datacenter #futurism #creativity #fiberoptics #photonics