A new youth for your LAN
Up to 4×10 Gb/s in existing links up to 10 km
Different solutions depending on the network topology
Compatible with all multimode fibers, standard transceivers
Up to 10 times cheaper than deploying a new fiber
installation in 1/2 day, passive component
AROONA series enable a flexible and progressive capacity increase of the network to high broadband and ensure the sustainability of the infrastructure without changing fiber.
The solution AROONA-P2P offers up to x400 capacity increase over point to point multi-mode fiber links, without changing fiber.
The solution AROONA-STAR offers up to x100 capacity increase for each link of a multi-mode fiber star topology network.
The solution AROONA-POL makes Passive Optical LAN deployment possible for network renovations: it allows to deploy GPON equipment in a LAN without changing existing multimode fibers of the network.
Hospitals, universities, companies, integrators… Many of them choose our solution AROONA. Discover the case studies of our customers.
Our solution has been rewarded by several Innovation Prizes since its launch, IT Innovation Trophy by the CRiP, IT’Night 2016, Digital-In-Pulse by Huawei… Discover the prize list of AROONA.
Learn more about our innovative solutions ! Discover the scientific publication about the technology implemented in Aroona solution. MPLC technology and group mode multiplexing process are detailed and examined.
décembre 5, 2016
German IT integrator Indasys offers our solution Aroona to LANs in Germany!
novembre 24, 2016
novembre 22, 2016
CAILabs is a leading provider of innovative solutions to increase the capacity of optical fibers. We develop and manufacture a large range of light shaping components based on our patented, efficient and flexible technology of Multi-Plane Light Conversion (MPLC).
Worldwide telecommunication manufacturers and providers, such as Nokia, Cisco, Huawei and KDDI, trust our products to upgrade today’s network infrastructure and create the networks of tomorrow. At CAILabs, we help you make the most of
your optical fibers.