Arthur Wang, President ACON OPTICS aims to focus on its series of miniaturized designs that allow customers to maximize their effective use in a limited space and high-density multi-channel ferrule design, which improves the overall density and maximizes the transmission efficiency
This is just one of the many successful associations that ACON OPTICS has had over the years. Especially after the pandemic, the company has been addressing many similar needs to fulfill the demand for 5G high-speed infrastructure from its vast client base, which mainly comprises manufacturers of optical communications infrastructure. The company is equipped with advanced technology and in depth knowledge of the manufacturing process, making it the ideal partner for its customers to develop innovative high-end products and enhance their market positioning and value.
Not only that, the company is specialized in passive fiber optics interconnect and optical components for solutions in telecommunications, data center, fiber to the antenna, fiber to the home, and so on.It also offers data center-related products, including multifiber push on (MPO) series, LC high-density connector, LC light transmitting connector and adapter, LC mini connector series, micro LC connector, and adapter, and high-density cassette, among others.“In addition, we also provide high-density cassettes that can effectively save space and improve performance,” adds Arthur Wang, the company’s president.
This extensive portfolio, coupled with the firm’s experience and know-how of the industry, has brought the company a long way, cultivating a good sense of trust in its clientele. “Building on our brand value and reputation, we have partnered with the world’s top three major communication equipment manufacturers,” remarks Wang.
The company has also been of great help for customers who deployed fiber to the home (FTTR/FTTH/FTTP) in Europe and the United States and discovered that although the old buildings only had reserved tubes, there were no optical fiber cables. These companies after that faced difficulty in deploying the optical fiber cables. ACON OPTICS was roped in to fulfill this need. The team at ACON OPTICS designed a series of air-blown connectors, pulling eye connectors and pushable connectors to enable the deployment for FTTR/FTTH/FTTP. The company has also been of great help for customers who deployed fiber to the home (FTTR/FTTH/FTTP) in Europe and the United States and discovered that although the old buildings only had reserved tubes, there were no optical fiber cables. These companies after that faced difficulty in deploying the optical fiber cables. ACON OPTICS was roped in to fulfill this need. The team at ACON OPTICS designed a series of air-blown connectors, pulling eye connectors and pushable connectors to enable the deployment for FTTR/FTTH/FTTP.
"Building on our brand value and reputation, we have partnered with the world’s top three major communication equipment manufacturers"
Further, as data center cabinets are usually covered with densely packed fiber optic patch cords, they are difficult to plug and unplug. ACON OPTICS’s solutions prove significant in such cases too. “To solve this problem, we design light-transmitting connectors and highdensity rod-type connectors, which are easy to plug and unplug. The light-transmitting connector can monitor the signal of the system in real time and find out abnormal equipment immediately,” explains Wang
Further, to consistently address such infrastructure-related challenges its customers face, ACON OPTICS aims to focus on its series of miniaturized designs that allow customers to maximize their effective use in a limited space and high-density multi-channel ferrule design, which improves the overall density and maximizes the transmission efficiency
This extensive portfolio, coupled with the firm’s experience and know-how of the industry, has brought the company a long way, cultivating a good sense of trust in its clientele. “Building on our brand value and reputation, we have partnered with the world’s top three major communication equipment manufacturers,” remarks Wang.
The company has also been of great help for customers who deployed fiber to the home (FTTR/FTTH/FTTP) in Europe and the United States and discovered that although the old buildings only had reserved tubes, there were no optical fiber cables. These companies after that faced difficulty in deploying the optical fiber cables. ACON OPTICS was roped in to fulfill this need. The team at ACON OPTICS designed a series of air-blown connectors, pulling eye connectors and pushable connectors to enable the deployment for FTTR/FTTH/FTTP. The company has also been of great help for customers who deployed fiber to the home (FTTR/FTTH/FTTP) in Europe and the United States and discovered that although the old buildings only had reserved tubes, there were no optical fiber cables. These companies after that faced difficulty in deploying the optical fiber cables. ACON OPTICS was roped in to fulfill this need. The team at ACON OPTICS designed a series of air-blown connectors, pulling eye connectors and pushable connectors to enable the deployment for FTTR/FTTH/FTTP.
"Building on our brand value and reputation, we have partnered with the world’s top three major communication equipment manufacturers"
Further, as data center cabinets are usually covered with densely packed fiber optic patch cords, they are difficult to plug and unplug. ACON OPTICS’s solutions prove significant in such cases too. “To solve this problem, we design light-transmitting connectors and highdensity rod-type connectors, which are easy to plug and unplug. The light-transmitting connector can monitor the signal of the system in real time and find out abnormal equipment immediately,” explains Wang
Further, to consistently address such infrastructure-related challenges its customers face, ACON OPTICS aims to focus on its series of miniaturized designs that allow customers to maximize their effective use in a limited space and high-density multi-channel ferrule design, which improves the overall density and maximizes the transmission efficiency
