Fiber management systems

LISA - centralised cross-connects

LISA (Leading Interconnect System Approach) is a dedicated, high-density fiber management system commonly used as a centralised cross-connect in the Main Distribution Area (MDA) of large data centers. With a depth of 300 mm and full access from the front side, LISA racks can be positioned against unused walls at the end of cold aisles or back to back on a single floor tile. LISA racks have a maximum density of 3600 LCD ports per rack (100 cassettes with 36 ports each) or 7200 LCD ports per floor tile when placed back to back.

LISA differs from conventional 19" panels in that it is fully accessible from the front. This means that users can install, patch or remove LISA fiber cassettes simply by sliding them out, without having to access the rear of the cabinet. Patching to the LISA rack is fast and easy and a dedicated slack storage area for patch cords allows users to make "any-to-any" patching with only two lengths of patch cords.

LISA chassis

LISA chassis enable high-density applications and supports splice, patch, transition, splitter or WDM cassettes inside the centralised cross-connect rack. Incoming backbone cables are connected on the incoming side, while patch cords link ports on the opposite side of the LISA chassis.

The 19-inch fixings at the rear of the LISA chassis provide full access for all incoming and outgoing fibers and the integrated service loops allow the LISA cassettes to be inserted and retracted quickly and easily.

LISA cassettes

LISA cassettes are side-facing connectivity “blocks” that are inserted into LISA chassis within high-density 300 mm racks. Designed for speed of installation and improved accessibility, LISA cassettes can be installed and removed in under 10 seconds. LISA cassettes cover a wide range of applications including splicing, transition, splitting, WDM and patching.

LISA solutions

The LISA solution is a flexible and modular fiber management system. By cleverly combining the available building blocks, this concept supports a range of different applications. The constant development of the LISA system enables customer needs to be addressed in the optimum manner.

IANOS® - high-density connectivity system

The IANOS system from HUBER+SUHNER is a state of the art fiber optic management system which facilitates fast, flexible and future-proofed connectivity in the data center. As its name suggests "IANOS" (inspired by the Roman god Janus) looks to the past as well as to the future. This means that "IANOS" is a combination of previous experience and valuable insight into the future.

Data centers are constantly adapting to reflect the demands placed on them, and today's fiber management systems need to accommodate these changes with the minimum amount of cost, time and disruption. As data centers evolve, we see a broad mixture of applications and data rates depending on the location, the business model and of course the data demand. IANOS accommodates these changes by offering the widest range of connectivity scenarios in a single generic platform.

IANOS® chassis

The IANOS chassis can accommodate 72 LC or MTP® ports in a single 1 U rack space and 288 ports in a 4 U space. Alternatively, you choose the IANOS Lite version which accommodates 48 LC or MTP® ports in a single 1 U space. This extreme packing density reduces the total cost of ownership and allows valuable rack space to be occupied with revenue-generating active equipment.

IANOS® modules

IANOS modules are interchangeable connectivity blocks that can be inserted into all IANOS chassis. A wide range of different modules is available to cover many different applications such as patching, splicing, transition and conversion.

IANOS® accessories

IANOS is a sophisticated high-density system that creates value in many applications. Accessories help address specific customer needs and expand the IANOS standard offering. The variety of accessories includes cable managers, blind modules and labels to maximise the value of an installation.

Front access fiber management systems

The LISA front access system is focused on speed of installation and network security during installation or maintenance. The LISA front access system represents a modular group of products that enables seamless connection of passive optical networks especially in central office environments. Reliability and performance are key to the success of our industry which is why we have ensured that the highest level of fiber protection and bend-radius limitation are standard across all front access system solutions. The center piece of the front access system is a unique and versatile compact module that can be used for pigtail, direct cable splicing or for the integration of pre-connectorised passive components such as splitters.

LISA compact modules for MultiCircuit (MCM) applications combine simple installation and maximum security within an optical network. An integrated loose tube storage facility in each module allows easy removal of the splicing machine without disturbing neighbouring modules. In telecommunication environments, the compact module is particularly suitable for simple physical connections between the equipment and the passive infrastructure by means of inter-connect or cross-connect.

BTU - break-out termination unit

The LISA BTU enclosure is a suitable sub-unit for accommodating patch cords, manifold cables or breakout cables such as SMARTLINE or MASTERLINE cables. Pre-terminated and thus factory-tested cable systems allow high fiber count links between the equipment and the passive infrastructure which can be installed on site in a matter of minutes. Breakout cable ends such as SMARTLINE cables can be securely housed in BTUs.

The rack mount slide-out type BTU enables distribution, termination, patching, storage and management in one unit. The BTU supports cross-connect architecture and provides the transmission of the equipment interface in a passive network equipment rack. Each distribution enclosure incorporates a slide-out drawer to allow full frontal access and operation. The distribution enclosures use a fiber guide mechanism which guarantee fiber bend control. Horizontal cable guides are also incorporated on the front of the patch panel to allow the horizontal routing of patch cords. The fiber distribution enclosures can be mounted in standard 19" equipment rack or in the LISA NGR, respectively CDR rack platform.

CTS - customer termination shelf

The CTS splice box is the ideal product for connecting micro-duct systems or loose tube cable installations. With the modular LISA ACS cassette system, the options between SingleCircuit, MultiCircuit, splitter or combined applications are easy to realise. As the CTS is designed as a pure splicing device, it offers the possibility to connect blown-in fibers with cable pigtails in a simple way. A further benefit of the CTS is the hinge system which turns up to the front and allows optimal access to all installed cassettes.

4U sub-rack

MCM compact module

MCM splitter module

HUBER+SUHNER offers a wide range of high-quality splitters with pre-terminated fiber ends integrated in modules. Such modules are either used for monitoring applications or in PON networks having a low split ratio with a maximum of 2:16 per module.

Optical Distribution Frames (ODF)

HUBER+SUHNER offers a wide range of Optical Distribution Frames (ODF) to meet its customers' requirements. The comprehensive range of Cable Distribution Racks (CDR) is designed to fulfil the diverse needs of the typical data center operator. The modern cabinet range is based on anodised aluminium profiles (C-frame) with tool-free, quick-release doors and side panels.

Cable Distribution Rack (CDR)

The CDR (Cable Distribution Rack) is a purpose-built high-density fiber management rack which serves as a central cross-connect in the main distribution area of data centers. With a footprint depth of only 300 mm, the CDR is fully modular and scalable up to 1620 ports (3240 fibers) using LC connectivity and 1080 ports (25920 fibers) using MTP connectivity. Users benefit from a C-shaped construction that allows all internal sub-elements to be installed and accessed from the front side. This important feature means that CDRs can be placed back to back on a single floor tile or, alternatively, against an unused wall for minimal space consumption.

The CDR is the most flexible and scalable fiber management system on the market. Different fiber performances, connectivity types and applications can be mixed and matched in the same cabinet, which enables the overall solution to evolve at the same pace as the data center.

The CDR rack adapts to any environment and can be configured to meet any requirements. Its large range of accessories facilitates fiber management and improves cabling.

19 inch break-out plate for conduit fixation, with central member clamps, black.

ODF accessories

The Cable Distribution Rack (CDR) adapts to any environment and can be configured to meet any requirements. Its large range of accessories facilitates fiber management and improves cabling.

Accessories offer different items and upgrades to complete the various applications and to optimise CDR utilisation. All accessories can be retrofitted in the cabinet.

19” patch and splice panels

Fiberframe patch and slice panel

The fiberframe is a 19" patch and splice panel made from aluminium which allows the user to splice or patch various cables and cable systems in a standard 1U height 19" frame. It can accommodate up to 24 adapters such as LC, LX.5, SC and E-2000™. In addition, maximum flexibility is ensured thanks to exchangeable front plates for a wide range of supplementary adapter types. The panel has a density of up to 48 fibers using LC/LX.5/ E-2000™ connectivity and allows the user to bring various different cables and cable systems into the back of the panel, fixed with easy exchangeable back plates. A telescopic drawer ensures the access to the back of the connectors as well as to the splice cassettes and offers a storage area for loose tubes which is separated from the splicing and patching area inside the housing. For splice applications, the well-known ACS splice cassette accommodates up to 24 fibers per cassette using either heat shrink or sandwich splice protectors. The cassette allows the user to store fiber overlength neatly and securely within the cassette and the hinge mechanism ensures access to any cassette without tools. Each housing is delivered with a mounting kit (M5), designation strip, Velcro straps and cable ties.

Fiberframe lite patch and splice panel

The fiberframe lite is a 19" patch and slice panel made from solid steel which allows the user to splice or patch various cables and cable systems in a standard 1U height 19" frame. It can accommodate up to 24 adapters such as SC simplex, LC/LX.5 duplex. With the latter, a density of up to 48 fibers per 1U can be achieved. The multifunctional back plate allows the user to bring different cables and cable systems into the back of the panel without having to exchange various back plates. A telescopic drawer ensures the access to the back of the connectors and to the splice cassettes. For splice applications, the well-known ACS splice cassette accommodates up to 24 fibers per cassette using either heat shrink or sandwich splice protectors. The cassette allows the user to store fiber overlength neatly and securely within the cassette and the hinge mechanism ensures the access to any cassette without tools.

Each housing is delivered with a mounting kit (M5), Velcro straps and cable ties.

Enclosures

Wall boxes act as the interface between the optical access network of the service provider (drop cable) and the internal "In-the-Home" network. A passive connection enclosure at the Building Entry Point (BEP) is used for splicing, routing or connecting fibers.

The Optibox family of products from HUBER+SUHNER offers a comprehensive enclosure portfolio to address a large variety of applications. From large buildings such as multi-dwelling units (MDU) to single family homes, with patching, splicing and splitting capabilities, the Optibox family satisfies the most demanding applications.