Fabless electronics manufacturer GigOptix has announced a prototype of the 40G DPSKMZ modulator LX8400, which uses GigOptix's proprietary electro-optic (EO) polymer technology. Since GigOptix does not have a production line, the company uses OEM outsourcing to make these products. .
GigOptix said that the LX8400 is the first mass-produced electro-optical polymer MZ modulator. The device is aimed at the 40G ultra-long-distance transmission market, and its performance can completely compete with mainstream technologies in the current market, such as the common lithium niobate modulator. According to Ovum's latest forecast, 40G modulators will become the fastest growing segment of the carrier-grade modulator market, and its market size is expected to soar from $13 million in 2009 to $105 million in 2014, the average year. The compound growth rate will reach 42%.
GigOptix says its electro-optical polymer technology has many advantages such as simple manufacturing, large bandwidth, small size, light weight, low drive voltage and immunity from electromagnetic radiation. Reliability and FIT testing have been completed and are now further reducing device costs.
Several key features of the LX8400 are: package length 56mm (excluding fiber boots), even with fiberboots, the total length is 30% shorter than competing products, insertion loss is less than 6.5 dB, bandwidth is higher than 32 GHz, Vpi is lower than 4.0 Vp The extinction ratio is 20 dB. The product is now ready for sampling.
RalucaDinu, vice president of GigOptix, said that they are pleased to offer users the first generation of electro-optic polymer modulators. "These products will support our telecom users and we plan to switch to mass production in 2010."

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