cables, MTP/MPO cabling, smart fiber tools and so on. Gigalight’s business design is based on the needs of different customers. Our core concept is to provide high quality and high reliability solutions and products, and is also very interested to provide customers with low cost and innovative design. Gigalight has been looking forward to the latest trends in the field of optical communications. In recent years, we focus on the development of optical transceivers and active optical cables for the Data Center & Cloud Computing market, while making a deep production of scale. Thanks to the independent research and development of the hybrid optical engine technology platform and a variety of technology combination package technology platform, Gigalight is coping with the challenge of 5G’s rising and the 100G’s scale deploying in the cloud computing. The goal of Gigalight is to become an economical and effective design innovator of commercial technologies in the 100G/200G/400G era.

Milestones 2006-2009: Gigalight was committed to R&D and production of transceiver optics up to 10Gb/s, building the global market of optical transceiver modules.

2010-2011: Offered 10G optical transceivers to world wide customers in quantity and launched the 10G, 40G, and 120G AOC products.

2012-2013: Invested into the passive optical components and HD video optics product lines.

2014-2015: Completed the commercialization process of 10G/40G active optical cable in data center.

2016-2017: Batch sales of 25G/100G series optical modules and active optical cables.

2018: We are committed to large-scale production of 50 thousand 100G optical transceiver modules per month. And we will speed up the research and development of 200G/400G data center optics, coherent optical transceivers, 5G wireless optical transceivers, and 5G wilreless passive optical components.

Technical Strength Gigalight has more than 600 employees and has R&D center in Shenzhen and Wuhan. Our technical team has more than 150 engineers, more than 30% of which have master's degree. By the end of March 2018, the technical team gets more than 90 patents. Over the years, the 5 major technological platforms that make Gigalight successful in the high-speed optical communications area are gradually forming. These platforms include the mature coaxial TO technology platform, the COB platform, the AWG platform and the free space micro optics platform, as well as the developing COC optics design platform and the Silicon optics platform for the 400G era!