This sounds interesting Oz. As we know POET is working with Almae to integrate their 25GDFB/EML laser into the POET interposer for the TOSA optical engines and we know that Almae is majority owned by Accelink.      

The 25GDFB/EML chip is expected to be mass-produced and actively expand the production capacity of the digital light module. The company's high-end chip self-sufficiency rate continues to increase, and the self-developed 25GDFB/EML chip is expected to be mass-produced in 2019. The company's competitiveness in the high-speed optical transceiver module market will be greatly enhanced. At the same time, the domestic telecommunications network is undergoing a high-speed upgrade, and the mass production of this product is expected to catch up with the 5G construction peak. In addition, the company actively expands the production capacity of high-speed digital optical transceiver modules through non-public offering of shares. It is expected that the production capacity of 100Gb/s digital optical modules will reach 808,900 per year, which will support the expansion of the company's business in the digital communication field. Through the layout of operators and digital communication dual market, the company's performance in the field of optical communications is worth looking forward to. 



Jointly develop 100G silicon optical transceiver chips to capture the high-speed silicon optical device market. The 100G silicon optical transceiver chip jointly developed by the company has been successfully put into use, realizing the mass production of 100G/200G fully integrated silicon-based coherent optical transceiver integrated chip and device. After testing, the performance of the silicon optical chip is stable and reliable, and it is expected to realize large-scale deployment and application in the optical communication system of the transmission network and the data center in the future.