Fons Corp.
Northboro, MA 01532
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Hardened Connector System suits outside plant applications.
RC(TM) Rugged Connector System product line includes connector system, drop cables, drop terminals, and MDU terminals. RC connectors and adapters provide interface for fiber drop cables and reduce time of deployment in FTTP network. Optical connector and adapter, hardened to protect against extreme temperature, moisture, and chemicals, connect multi-port fiber terminals or fiber terminal...
Read More »High-Density Cabinets suit Fiber-To-The-X applications.
NEMA-12 rated TICE-series wall-mount cabinets accommodate up to 144 fibers and employ dual hinged design that separates owner/client network segments. MDC-series wall- or rack-mount cabinets accommodate up to 216 fibers and offer design that may be configured for single or dual access applications. NEMA-4 rated Outside Plant enclosures accommodate up to 216 fibers within single- or dual-access...
Read More »Entrance Splice Cabinets resist water and dust.
Used for splicing optical fiber cables at building entrances, cabinets can be mounted on wall in cable vault or in cable entrance facility to provide transition splicing between outside plant cables and building cables. Splices are stored in modular slide-out splice trays that accommodate up to 864 individual splices or 2,592 mass fusion splices. Any combination of individual fusion trays and...
Read More »Splice Shelves suit high-density applications.
HRC Shelves accommodate up to 288 fibers and are utilized where splicing within rack or frame is preferred. They are available in 72, 144, 216, and 288 configurations for individual fiber splicing. Higher density capacity can be achieved by using mass fusion splicing within shelf. Shelves can be used as stand-alone units, or can be stacked with other interconnect optical cross connect shelves.
Read More »Fiber Cabinet holds up to 216 fibers.
Rack-mounted HRC suite, for high density applications such as Fiber-in-the-Metro (FITM) and Fiber-to-the-Business (FTTB), has bend radius controls at all exit ports, strain relief protection, and space for easy access to individual adapters and assemblies. Cabinet can be configured for variety of installation approaches, from pre-terminated to splicing on frame, while retaining maximum rack...
Read More »Optical Jumper provides network monitoring.
Integrated optical/tap jumper can be utilized in any optical transport network such as voice, video, and data systems with optical signals. Tap/monitoring port can be added to any standard patch panel within existing network with no additional frame space. Jumper is also suitable for wavelength division multiplexing and optical power splitting applications.
Read More »Hardened Connector System suits outside plant applications.
RC(TM) Rugged Connector System product line includes connector system, drop cables, drop terminals, and MDU terminals. RC connectors and adapters provide interface for fiber drop cables and reduce time of deployment in FTTP network. Optical connector and adapter, hardened to protect against extreme temperature, moisture, and chemicals, connect multi-port fiber terminals or fiber terminal...
Read More »High-Density Cabinets suit Fiber-To-The-X applications.
NEMA-12 rated TICE-series wall-mount cabinets accommodate up to 144 fibers and employ dual hinged design that separates owner/client network segments. MDC-series wall- or rack-mount cabinets accommodate up to 216 fibers and offer design that may be configured for single or dual access applications. NEMA-4 rated Outside Plant enclosures accommodate up to 216 fibers within single- or dual-access...
Read More »Entrance Splice Cabinets resist water and dust.
Used for splicing optical fiber cables at building entrances, cabinets can be mounted on wall in cable vault or in cable entrance facility to provide transition splicing between outside plant cables and building cables. Splices are stored in modular slide-out splice trays that accommodate up to 864 individual splices or 2,592 mass fusion splices. Any combination of individual fusion trays and...
Read More »Splice Shelves suit high-density applications.
HRC Shelves accommodate up to 288 fibers and are utilized where splicing within rack or frame is preferred. They are available in 72, 144, 216, and 288 configurations for individual fiber splicing. Higher density capacity can be achieved by using mass fusion splicing within shelf. Shelves can be used as stand-alone units, or can be stacked with other interconnect optical cross connect shelves.
Read More »Fiber Cabinet holds up to 216 fibers.
Rack-mounted HRC suite, for high density applications such as Fiber-in-the-Metro (FITM) and Fiber-to-the-Business (FTTB), has bend radius controls at all exit ports, strain relief protection, and space for easy access to individual adapters and assemblies. Cabinet can be configured for variety of installation approaches, from pre-terminated to splicing on frame, while retaining maximum rack...
Read More »Optical Jumper provides network monitoring.
Integrated optical/tap jumper can be utilized in any optical transport network such as voice, video, and data systems with optical signals. Tap/monitoring port can be added to any standard patch panel within existing network with no additional frame space. Jumper is also suitable for wavelength division multiplexing and optical power splitting applications.
Read More »