An all-in-one switch unit ideal for optical signal measurement, optical sensing devices, and optical communication equipment for optical path switching and interconnection!
This is an all-in-one optical switch unit integrated with control circuits from manufacturers with proven track records in the fields of optical measurement and optical communication devices, including the German company LEONI Fiber Optics, Canada's PhotonCom (Simbol Test Systems), and the American company Agiltron, among others. The switch configuration can be either 1-to-N or N-to-M matrix switching, allowing for bidirectional transmission of optical signals. Switching can be done manually via panel switches on each product or controlled through PC software via interfaces such as RS232C, RS485, Ethernet, and USB. Specifications may vary depending on the product manufacturer and model, so please inquire for details.
Inquire About This Product
basic information
It can be used for a wide range of applications such as optical measurement experiments, optical device evaluation, expansion of sensor numbers for optical fiber sensing equipment, signal wavelength monitoring for optical communication devices, and network protection. The specifications summary is as follows, and the chassis size depends on the number of optical connectors (up to rack mount 2RU). Custom specifications can also be considered, so please inquire along with the detailed specifications. 【Supported Specifications】 1. Optical signal wavelength range: Standard 1260nm to 1640nm (Custom range specified from 350nm to 2100nm) 2. Fiber type: SMF and MMF (depending on the product) 3. Connector types: Various types including FC/APC, UPC, SC/APC, UPC, LC 4. Number of connectors: From 1x2 to x128, and from 4x4 to 250x250 (depending on the product) 5. Switch type: Latching, non-latching 6. PC interface: RS232C/485, Ethernet, USB, TTL, I2C 7. Power supply: AC120V to 220V 8. Control software: Attached
Price information
Prices may vary depending on product type, specifications, and quantity.
Delivery Time
※About 1.5 months from now.
Applications/Examples of results
Evaluation and experimentation of optical communication and measurement devices, optical communication network protection and signal monitoring systems, optical fiber sensor system sensor switching and expansion, etc.
Company information
Our company started as a trading firm specializing in optical communication devices and subsystems based on optical and electronic application technologies, and we are now a VAR and integrator with fiber optic sensing systems as our core business. Our business field spans a wide range of industries, from infrastructure and aerospace to automotive, medical, and consumer sectors. The name "First Light" derives from "dawn" and "first observed light" (as in astronomical telescopes), and we are committed to delivering excellent technologies and products with "light" as a keyword to the market as quickly as possible. Our core competencies lie in electronic circuits and measurement, as well as optical communication and measurement technologies. We are expanding our business areas, including software development and sensing data analysis, in collaboration with partner companies, allowing us to flexibly respond to customer needs. Utilizing our network of over 40 advanced technology companies, primarily in Europe and the United States, we serve as a one-stop shop that covers not only product sales but also system construction proposals, consultations, and contract testing and evaluation services for optical devices. Our important mission is to solve customer challenges and contribute to society through our business. 【Contact and request for materials: sales@firstlight-inc.com】
![Fully Automatic Tool Presetter [Nationwide On-Site Demo!]](https://image.mono.ipros.com/public/product/image/946/2000457413/IPROS58049444475934199707.png?w=280&h=280)
![[Video] Useful Video on Electrical Conductivity Measurement (Desktop Electrical Conductivity Meter)](https://image.mono.ipros.com/public/product/image/59289/IPROS12986349931594449331.png?w=280&h=280)