NLM光子在硅有机混合芯片方面取得了创纪录的性能,为未来数据中心提供了更快、更有效的数据传输。 NLM Photonics achieved record performance in silicon-organic hybrid chips, enabling faster, more efficient data transmission for future data centers.

NLM光子已经证实,通过第三方测试,硅-有机混合光子集成电路通过第三方测试取得了突破性效果,实现了创纪录的0.31 V-mm调制效率和最高达110千兆赫的带宽。 NLM Photonics has confirmed breakthrough performance in silicon-organic hybrid photonic integrated circuits through third-party testing, achieving a record 0.31 V-mm modulation efficiency and bandwidths up to 110 GHz. 8通道1.6T PIC采用紧凑的17 mm²设计，以每通道224 Gbps的速度传输数据，具有低驱动器电压和最小变化。 An 8-channel 1.6T PIC transmitted data at 224 Gbps per channel with low driver voltage and minimal variation, using a compact 17 mm² design. 该技术是与工业伙伴开发的,由Keysight和VLC光子公司测试,为400G和数据中心的更高速度提供了一个可扩缩、节能的解决方案。 The technology, developed with industry partners and tested by Keysight and VLC Photonics, offers a scalable, energy-efficient solution for 400G and higher speeds in data centers. 结果将在光学和Keysight峰会上发表. Results will be presented at Optica and the Keysight Summit.