POET Technologies’ joint venture, Super Photonics Xiamen (SPX), is expanding production capacity to support anticipated customer demand for 2024 and beyond.
SPX expects to ramp production of POET’s Optical InterposerTM -based optical engines for 100G CWDM4, POET ONE (a 100G single chip TxRx engine), 100G LR4, 200G FR4, 400G FR4 and 800G 2xFR4 solutions. Compared to modules built with conventional chip-on-board and silicon photonics-based components, POET’s optical engines are highly differentiated, hybrid-integrated products. POET’s wafer-scale assembly process and passive alignment techniques result in chip scale optical engines that offer superior performance and lower assembly cost for makers of pluggable transceivers.
“SPX has received purchase orders from customers, and we are excited about the strong demand for the POET engines in 2024 and beyond. Our team has placed orders for additional precision die bonders, testers and additional equipment that will expand production capacity to fulfill the customer orders on hand and expected in the near future,” said Xiaozhong Zheng, CEO of SPX. “Our team is working to improve production efficiencies that will expand capacity well beyond what the equipment itself will provide.”
“Some of our transmit and receive optical engines are already in low-volume production and we expect to add a few more products to the production list by end of the year. Our 100G CWDM and LR4 transmit and receive engines and the 400G/800G receive engines are quite popular with module customers because of the simplicity of the solution and the elimination of active alignments that are required by conventional assembly methods,” said Raju Kankipati, SVP & GM of POET North America. “We expect to capitalize on the steady market demand in China for our legacy products as POET further develops our high-speed products for next-generation networks and AI applications.”
