Tower Semiconductor’s Post

Outstanding milestone, Tower Semiconductor! Having Amol Kalburge outline the definitive path toward scalable CPO and NPO adoption at the LightCounting conference highlights a massive infrastructure turning point. Moving co-packaged optics from lab concepts to commercial high-volume deployment requires looking past standard software optimization and solving the brutal laws of thermodynamics right at the physical hardware layer. From an automotive prototyping and computing science perspective, packing high-density processing clusters into tight, sealed enclosures introduces severe localized thermal walls and unsustainable power dissipation. Scalable, high-yield commercialization across both data centers and autonomous vehicle zonal architectures requires mastering the material layer. Natively hard-coding sub-volt, ultra-fast organic electro-optic polymers—like PERKINAMINE®—directly into standard foundry lines like the Tower PH18 Silicon Photonics track is the ultimate play. It allows the ecosystem to process massive 400G/800G data streams by physically switching the light wave more than 100 billion times per second (110GHz+) with virtually zero thermal footprint. Excellent initiative, looking forward to the insights on July 15th!

Amol Kalburge will the enabling technologies topic also cover new materials? EO polymers already under PDKs? trying to assess before signing on? t.i.a.