德赢AC米兰官方合作伙伴

The continuing growth in popularity of smartphones, cloud computing, video distribution, and social networking has increased traffic through core communication network德赢AC米兰官方合作伙伴 data centers all over the world. 100 and 200 Gb/s high capacity transmission systems that use optical digital coherent^{(note 2)}transmission continue to be installed to support this increase in traffic.
德赢AC米兰官方合作伙伴 has already commercialized its micro ITLA product, exhibiting excellent characteristics as a signal laser and local oscillator^{(note 3)}in optical digital coherent systems. However, due to exponential traffic growth, the market demanded 德赢AC米兰官方合作伙伴s with narrower linewidth and higher optical output power, in order to support higher modulation formats and smaller form factors for 400 Gb/s and even 1 Tb/s.

德赢AC米兰官方合作伙伴 has utilized its mature, proven in-house InP (Indium Phosphide) semiconductor chip technology to create a next-generation, wavelength-tunable laser chip on which laser arrays with unique diffraction grating structures and low-loss optical couplers are monolithically integrated. The new laser chip has successfully enabled a "narrow linewidth & high output power micro ITLA" that offers among the highest optical output powers and narrowest linewidths in the world.

德赢AC米兰官方合作伙伴 was able to use its high precision packaging technology to increase output power, reduce linewidth, and shrink packaging to a size even smaller than traditional products — without causing power consumption or other characteristics to suffer. The new product's command interface is compatible with OIF^{(note 4)}
standards, making it easy to implement with optical communication devices.