Our FSP 3000 OpenFabric™ is an innovative open OTN fabric switch with a fully flexible and open front plane. Proprietary adapters are no longer needed. Services can be connected directly or via standard OTN-based transponders. With a 400Gbit/s switching capacity and seven pluggable interfaces within a one-slot module, our OpenFabric™ ...

Boston Applied Technologies, Inc. (BATi)’s NanonaTM ultra-fast optical switch redirects the optical signal from one channel to another at speeds faster than 50ns. The switch utilizes the breakthrough OptoCeramic™ electro-optic material developed by BATI researchers for a variety of light-control applications. Combining the ...

FiberLink® is one of the industry’s largest selections of fiber optic transmission products for use in the most demanding of broadcast and professional video applications. Designed and engineered by broadcast engineers for broadcast and professional AV applications, FiberLink delivers robust performance without breaking the ...

CALIENT’s Edge|640™ Optical Circuit Switch is a variant of the S-Series product family that is purpose built for reconfiguring connectivity between network or device domains. Like the S‑Series Optical Circuit Switch, the Edge|640™ is transparent to data speed and is protocol agnostic. Consequently, it offers very high bandwidth and ...

The explosion of data driven by video, AR/VR, and new high-bandwidth 5G-enabled services is accelerating the demand for flexible, scalable, high-bandwidth networks. As a direct consequence, Data Centers and Network Service Providers are under constant pressure to deliver more bandwidth and computing power at lower and lower cost per ...

The 4400 is a compact and robust photonic switch with ultralow insertion loss. The 1xN switch has loss of < 0.5 dB, loss repeatability of < 0.005, and PDL of < 0.02 dB typical. Using alternative mechanical technology, we can configure this switch for 1xN switching, up to 1x32. Call the factory for more information on this ...

FIBERSENSE’s switches provide highly accurate switching for reliable routing of channels in fiber optic networks and systems. They are also ideal for use in system and network  testing, fault location instrumentation and testing, and sensor systems. The large channel  configurations available provide switching architecture ...

The SwitchBox® Mechanical Fiber Optic A/B Switch is a device that accepts optical inputs from a primary path and a secondary path to provide manual switching in the event that the primary path signal is broken or otherwise disrupted. Easily switch both transmit and receive fibers to a backup path. No optical to electrical conversion ...

The SwitchBox® Mechanical Fiber Optic A/B Switch is a device that accepts optical inputs from a primary path and a secondary path to provide manual switching in the event that the primary path signal is broken or otherwise disrupted. Easily switch both transmit and receive fibers to a backup path. No optical to electrical conversion ...

The SwitchBox® Mechanical Fiber Optic A/B Switch is a device that accepts optical inputs from a primary path and a secondary path to provide manual switching in the event that the primary path signal is broken or otherwise disrupted. Easily switch both transmit and receive fibers to a backup path. No optical to electrical conversion ...

The Optical Switch (OSW) is a manual device that enables to switch from one input fiber to 8 output fibers.

The LuxLink OS-3121 is a fiber optic switch that can be controlled remotely or through a front panel switch. The optical path through the unit is purely optical; That is, there is no optical to electrical to optical conversion. There is no electrical loss or electrical bandwidth limit on the fiber optic path. The optical path ...

The LuxLink OS-3122 is a \"fiber optic relay\" that can be electrically controlled. The optical path through the units is purely optical; i.e. there is no optical to electrical to optical conversion. There is no electrical loss or electrical bandwidth limit on the fiber optic path. The optical path can be select via a front ...