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The RapidConnect 96 Fibre MTP MPO Enclosure supports up to four cassette modules and 96 fibres within only 1RU. Furthermore, it offers MTP® Elite or low-loss MPO connectivity with LC or SC front presentation.
The RapidConnect 96 Fibre MTP MPO Enclosure provides a compact and modular solution for high-density fibre connectivity. With capacity for up to 96 fibres in only 1RU, the enclosure helps customers maximise valuable rack space. Furthermore, its modular cassette system supports both immediate network requirements and future expansion.
The enclosure accepts up to four MTP/MPO cassette modules. Therefore, customers can install the capacity they need today and add further cassettes as demand increases. In addition, factory-terminated cassettes connect directly to compatible MTP or MPO trunk cables. As a result, the complete system supports faster and more predictable fibre deployment.
RapidConnect cassettes are available with MTP® Elite or low-loss MPO rear connections. Meanwhile, LC or SC adapters can provide the required front presentation. Consequently, Anderson Corporation can configure the enclosure around each customer’s fibre type, connector platform, capacity and network architecture.
Rack space is valuable in data centres, telecommunications facilities and enterprise communications rooms. Therefore, fibre infrastructure must deliver sufficient capacity without consuming unnecessary rack units.
The RapidConnect E196P enclosure supports up to 96 fibres within a compact 1RU format. As a result, customers can consolidate high-fibre-count connections while maintaining structured front and rear access. Moreover, the enclosure creates a clear transition between multi-fibre backbone trunks and equipment-facing patch leads.
The enclosure is suitable for:
Although the enclosure provides substantial capacity, customers do not need to populate every cassette position initially. Instead, they can add modules as their network grows. Therefore, the same enclosure can support both a smaller initial deployment and a complete 96-fibre installation.
The RapidConnect E196P combines high fibre density with modular flexibility. Moreover, its accessible rack-mount design helps simplify installation, patching and future network changes.
Key features include:
Together, these features create a flexible fibre management platform. Consequently, the enclosure can support new network installations, equipment upgrades and planned infrastructure expansion. Furthermore, Anderson Corporation can supply the associated cassettes, trunks, patch leads and cleaning products required for a complete solution.
The enclosure contains four physical cassette positions. Therefore, customers can configure its capacity according to their current network requirements.
A fully populated 96-fibre installation typically uses four 24-fibre cassette modules. However, customers can install fewer modules when full capacity is not immediately required.
| Installed cassettes | Maximum fibre capacity |
|---|---|
| 1 × 24-fibre cassette | 24 fibres |
| 2 × 24-fibre cassettes | 48 fibres |
| 3 × 24-fibre cassettes | 72 fibres |
| 4 × 24-fibre cassettes | 96 fibres |
For example, an installation may begin with one 24-fibre cassette. Later, a second cassette can increase the available capacity to 48 fibres. Subsequently, third and fourth cassettes can expand the same enclosure to 72 or 96 fibres.
As a result, customers can align their initial installation with current demand. Moreover, the remaining cassette positions can support planned growth without consuming another rack unit. Therefore, the modular enclosure provides both immediate efficiency and longer-term flexibility.
Each 24-fibre cassette can use either two 12-fibre rear connections or one 24-fibre rear connection. Therefore, the enclosure can support different MTP/MPO trunk cable architectures.
A fully loaded enclosure can provide:
| Cassette arrangement | Physical cassettes | Rear connections | Total capacity |
|---|---|---|---|
| Two 12-fibre connections per cassette | 4 | Up to 8 × 12-fibre | 96 fibres |
| One 24-fibre connection per cassette | 4 | Up to 4 × 24-fibre | 96 fibres |
Importantly, the enclosure accepts four physical cassette modules rather than eight. However, each cassette can provide two 12-fibre rear interfaces. Consequently, four cassettes can collectively accommodate eight 12-fibre trunk connections.
Alternatively, customers can use four cassettes with one 24-fibre rear connection on each module. Therefore, the enclosure can be aligned with either 12-fibre or 24-fibre trunk infrastructure.
Anderson Corporation can help customers select the most appropriate arrangement. In particular, we can match the cassette configuration to the trunk fibre count, connector system, polarity and required front presentation.
Traditional fibre installation may involve cable preparation, splicing and field termination. By comparison, the RapidConnect MTP/MPO system uses factory-terminated trunk cables and cassette modules.
First, the enclosure is mounted in the rack. Next, the selected cassettes are installed in the available module positions. The trunk connectors then connect at the rear, while conventional patch leads connect at the front.
Therefore, the system can reduce the amount of field termination required at the rack. Furthermore, factory-terminated components can improve consistency across multiple links or locations. As a result, customers can achieve a more predictable installation process.
Plug-and-play deployment can provide:
Nevertheless, every optical connector should still be inspected and cleaned before connection. Additionally, the completed links should be tested after installation. Therefore, plug-and-play construction simplifies deployment without removing essential inspection, cleaning and commissioning requirements.
The enclosure uses modular MTP/MPO cassettes designed for the E196P enclosure. Each cassette converts a multi-fibre rear connection into conventional front-facing fibre ports.
Therefore, the cassette forms the optical transition between the backbone trunk and the equipment patching. Moreover, its modular construction allows customers to add capacity without replacing the complete enclosure.
Depending on the selected configuration, cassette options can include:
Because the cassettes are modular, customers can build the enclosure around their required capacity. Furthermore, compatible modules can be added as additional network links are commissioned.
However, every cassette must remain compatible with the connected trunks and patch leads. Therefore, fibre type, connector platform, polarity and front presentation should be confirmed before ordering.
MTP® is a high-performance MPO connector manufactured by US Conec. Therefore, MTP® Elite cassette configurations are suitable for customers who specifically require premium MTP connectivity.
MTP® Elite systems can support:
The enclosure can be fitted with MTP® Elite cassettes and connected to a matching RapidConnect MTP Trunk Cable.
However, the connector brand alone does not define the complete system. In addition, the fibre count, connector gender, polarity and fibre type must remain compatible across the channel. Therefore, Anderson Corporation coordinates these details when preparing the enclosure and its associated cable assemblies.
The enclosure can also use cassette modules fitted with low-loss MPO connectors. Consequently, customers can create a modular system based on compatible MPO cassettes and trunk cables.
Low-loss MPO configurations are suitable for:
The selected cassette connects to a compatible RapidConnect MPO Trunk Cable.
Again, the cassette and trunk must be specified as a coordinated system. Therefore, the connector type, fibre count, gender, polarity and fibre mode should be confirmed before manufacturing. As a result, customers receive components designed to connect and operate together.
MTP and MPO connectors belong to the same multi-fibre connector family. However, they represent different product options.
MTP® is a specialised MPO connector manufactured by US Conec. Meanwhile, MPO refers to the wider standards-based multi-fibre interface. Therefore, customers should select the connector platform that matches their technical requirements and existing network infrastructure.
The enclosure itself can support either platform through the selected cassette. Consequently, customers can choose:
Anderson Corporation can help determine the most appropriate option. In particular, we can review the existing network, optical-loss requirements, connector standard and intended application. Therefore, customers do not need to make this selection without technical support.
Compatible cassette modules can present LC or SC connections at the front of the enclosure. Therefore, the enclosure can connect the multi-fibre backbone to a range of conventional patch leads and equipment interfaces.
LC connectivity is particularly suitable for high-density installations. Because LC connectors have a compact format, they allow more fibres to be presented within limited panel space. Consequently, LC is commonly selected for complete 96-fibre configurations.
SC connectivity may suit networks that already use SC patch leads or equipment interfaces. Therefore, SC cassette options can help integrate the enclosure into established cabling infrastructure.
Before selecting the front connector format, consider:
The front ports should match the connected equipment and patch leads. Otherwise, additional adaptors or replacement cables may be required. Therefore, connector selection should form part of the overall channel design.
The enclosure can support singlemode cassette and trunk cable systems. Therefore, it is suitable for networks that require longer transmission distances or compatibility with singlemode optical equipment.
Singlemode configurations may support:
However, every component must support the selected singlemode fibre. In particular, the cassettes, trunks, patch leads and optical equipment must remain compatible. Furthermore, connector polish types must match throughout the channel.
Anderson Corporation can configure the enclosure with the required singlemode cassettes and trunk cables. Consequently, customers receive a coordinated solution designed around their application.
The enclosure can also support multimode cassette and trunk cable systems. As a result, it is suitable for compatible short-distance data centre and enterprise applications.
Multimode configurations may support:
OM3 and OM4 configurations can be supplied according to the intended application. However, the selected fibre type must remain consistent across the complete optical channel.
Therefore, customers should confirm the required transmission standard, distance and transceiver type. Anderson Corporation can then configure the enclosure, cassettes and trunks accordingly.
RapidConnect cassette modules use bend-insensitive fibre. Therefore, they are well suited to compact and high-density network environments.
Each cassette contains multiple fibres within a restricted internal space. Consequently, controlled fibre routing remains important. Although bend-insensitive fibre provides additional protection against bend-related loss, it does not remove minimum bend-radius requirements.
Bend-insensitive fibre offers advantages in:
Nevertheless, installers should route every fibre carefully. Furthermore, patch leads and trunks should never be sharply bent, twisted or compressed. As a result, careful installation helps protect both immediate and long-term optical performance.
The enclosure includes a removable front protective cover. Therefore, technicians can access the patching area during installation, inspection and network changes.
Once patching is complete, the cover helps protect the front interfaces from accidental contact. Moreover, it supports an organised appearance within the rack.
The removable cover assists with:
However, patch leads must be routed correctly before the cover is refitted. In particular, the cover should not compress the leads or force them into tight bends. Therefore, suitable front cable management should support the leads as they leave the enclosure.
MTP/MPO trunk cables connect to the cassette modules from the rear. Therefore, the enclosure includes protected rear cable-entry points.
The entry protection helps prevent cable jackets from rubbing against exposed enclosure edges. Additionally, multiple cable tie-down points allow incoming trunks to be secured before they connect to the cassettes.
Correct rear cable management can:
However, cable ties should not be overtightened. Otherwise, excessive pressure may deform the cable or place stress on the fibres. Therefore, installers should apply only enough restraint to secure each trunk.
A fully populated enclosure can present up to 96 fibres at the front of the rack. Consequently, suitable patch lead management is essential.
Horizontal or vertical cable managers should guide patch leads away from the enclosure. In addition, the routing system should maintain the required bend radius and keep port labels visible.
Effective front fibre management helps:
By contrast, storing excessive patch lead slack directly in front of the enclosure can restrict access. Therefore, excess length should be managed through the rack’s designated pathways. As a result, technicians can reach the required ports without disturbing unrelated connections.
Rear trunk cables should be routed and secured before they connect to the cassettes. As a result, cable movement will be less likely to transfer force to the multi-fibre connectors.
A suitable rear layout should account for:
Furthermore, each trunk should be clearly labelled at both ends. Consequently, technicians can identify the correct route without disconnecting unrelated cables. In addition, service loops should remain accessible without obstructing other rack equipment.
The modular cassette design allows customers to expand the enclosure progressively. Therefore, the initial installation can reflect current demand without preventing future growth.
For example, an organisation may begin with one 24-fibre cassette. Later, it can add a second cassette to reach 48 fibres. Subsequently, third and fourth modules can increase capacity to 72 and 96 fibres.
This staged approach can help customers:
However, future expansion should be considered during the initial design. Therefore, spare trunk capacity, cassette compatibility and cable management should be planned in advance. Consequently, later upgrades can proceed with fewer changes to the original installation.
Network infrastructure changes as new equipment and services are introduced. Therefore, fibre systems must support efficient moves, adds and changes.
The RapidConnect enclosure separates the permanent trunk connection at the rear from equipment patching at the front. Consequently, technicians can change many front connections without disturbing the backbone trunk.
The modular design supports:
Furthermore, the modular cassettes remain individually accessible. As a result, technicians can work on a particular module without replacing the complete enclosure.
Data centres require high-density fibre infrastructure that can be installed consistently and managed efficiently. Therefore, the 96 Fibre MTP/MPO Enclosure is well suited to backbone and equipment connections across the data centre.
Potential applications include:
Because the system uses factory-terminated components, it can support faster physical deployment. Moreover, standardised enclosure and cassette configurations can improve consistency across multiple racks. As a result, both initial installation and future expansion become easier to manage.
Enterprise networks often require structured fibre connections between buildings, floors and communications rooms. Therefore, the enclosure can provide a central transition between high-fibre-count trunks and conventional equipment patching.
Typical enterprise applications include:
Furthermore, the modular design allows organisations to standardise one enclosure platform across multiple locations. Consequently, installation, expansion and maintenance processes can become more consistent. In addition, spare cassette positions can provide a planned path for future growth.
Telecommunications facilities frequently need high fibre density within restricted rack space. Therefore, the E196P can provide an efficient transition between multi-fibre trunks and equipment-facing connections.
The enclosure can support:
Additionally, the front-facing LC or SC ports allow individual circuits to remain accessible. Consequently, technicians can patch or inspect a specific connection without disturbing the main rear trunk.
MTP and MPO systems must route each fibre to the correct position at the opposite end of the channel. Therefore, polarity must be confirmed before the trunk cables and cassettes are manufactured.
The complete design may need to account for:
Although two components may physically connect, they may not provide the required fibre mapping. Therefore, compatibility should never be assumed from the connector shape alone.
Anderson Corporation can coordinate polarity across the complete link. As a result, the enclosure, cassettes and trunk cables can be supplied as a matched system. Furthermore, this coordinated approach can simplify installation and commissioning.
MTP and MPO connections may use pinned or unpinned interfaces. Furthermore, connector key orientation forms part of the system’s polarity design.
Therefore, customers should confirm:
If these details are not yet known, Anderson Corporation can review the intended link. Consequently, customers do not need to finalise the configuration without technical support.
Clean connector end faces are essential for reliable fibre performance. In particular, MTP and MPO connectors place multiple fibre end faces within a single ferrule.
Therefore, one contaminated connector may affect several channels. For example, dust or oil can increase insertion loss across multiple fibres. Consequently, connector inspection should form part of every installation and maintenance procedure.
A recommended process is:
The RapidConnect MTP/MPO One-Click Cleaner provides a convenient cleaning option for compatible connectors.
However, cleaning should not replace inspection. Instead, inspection and cleaning should work together. As a result, technicians can confirm that the end face is clean before making the connection.
Careful planning helps create a reliable and accessible installation. Therefore, the rack layout, cassette arrangement and trunk routes should be confirmed before work begins.
Before installation:
In addition, installers should confirm that every delivered component matches the project schedule. Consequently, configuration issues can be identified before the enclosure is mounted.
First, mount the enclosure securely within the allocated rack position. Next, install the cassette modules in their designated positions.
The trunks can then be routed through the protected rear entries. Afterwards, each cable should be secured at the available tie-down points before connecting to the cassette.
During installation:
Finally, check that the front cover can be installed without compressing the patch leads. Additionally, verify that rear access remains available for future maintenance. As a result, the completed installation will remain both protected and accessible.
RapidConnect trunks and cassettes are factory terminated and tested. Nevertheless, the completed optical channel should also be tested after installation.
Testing may include:
The total link-loss budget should include every connection within the channel. Therefore, the calculation should account for trunks, cassettes, patch leads and any additional interfaces.
Furthermore, test results should be recorded against the corresponding enclosure ports. Consequently, future maintenance teams will have a reliable performance reference for each circuit.
Clear identification is particularly important in a 96-fibre enclosure. Therefore, each cassette, front port and trunk cable should receive a unique label.
Documentation should record:
Moreover, network records should be updated whenever connections change. As a result, future fault-finding and expansion work can proceed more efficiently. In addition, accurate documentation reduces the risk of technicians disturbing the wrong circuit.
| Specification | Details |
|---|---|
| Product | RapidConnect 1RU 96 Fibre MTP/MPO Enclosure |
| Ordering code | E196P |
| Enclosure type | Rack-mount cassette enclosure |
| Rack height | 1RU |
| Maximum cassette capacity | Four cassette modules |
| Maximum fibre capacity | 96 fibres |
| Typical full configuration | Four 24-fibre cassettes |
| 12-fibre configuration | Up to eight 12-fibre rear connections across four cassettes |
| 24-fibre configuration | Up to four 24-fibre rear connections |
| Front connections | LC or SC, depending on cassette |
| Rear connections | MTP® Elite or low-loss MPO |
| Fibre options | Singlemode or multimode |
| Front access | Removable protective cover |
| Rear entry | Abrasion-protected cable-entry points |
| Cable restraint | Multiple rear tie-down points |
| Dimensions | 480 mm wide × 330 mm deep × 50 mm high |
| Weight | 1.4 kg |
Because each enclosure can be configured differently, final specifications depend on the selected cassettes. Therefore, cassette quantity, fibre type and connector requirements should be confirmed when ordering.
Every network has different capacity, equipment and expansion requirements. Therefore, Anderson Corporation configures each enclosure system around the intended application.
When requesting a quotation, please provide:
However, customers do not need to have every detail finalised before contacting us. Instead, our team can help identify the correct components. Consequently, customers can receive an enclosure configuration matched to their network.
The RapidConnect E196P combines high fibre capacity with a compact and modular design. Therefore, it provides an efficient platform for new installations and growing networks.
Customer benefits include:
Moreover, Anderson Corporation can supply the complete connectivity system. Consequently, customers can source the enclosure, cassettes, custom trunk cables, patch leads and cleaning products from one supplier.
The enclosure supports up to 96 fibres within 1RU. Typically, a fully configured enclosure uses four 24-fibre cassette modules.
The enclosure accepts up to four physical cassette modules. However, each cassette can provide one or two rear multi-fibre connections, depending on its configuration.
Yes. Each 24-fibre cassette can use two 12-fibre rear connections. Therefore, four cassettes can collectively provide up to eight 12-fibre MTP/MPO connections.
No. Instead, the enclosure accepts four physical cassettes. However, those four cassettes can provide eight 12-fibre rear interfaces.
Yes. For example, you can begin with one cassette and add further compatible modules later. Therefore, the enclosure can support staged network expansion.
Yes. Each compatible cassette can use one 24-fibre rear connection. Consequently, a complete 96-fibre configuration can use four 24-fibre interfaces.
Yes. The enclosure can be fitted with MTP® Elite cassette modules. In addition, Anderson Corporation can supply matching RapidConnect MTP trunk cables.
Yes. Low-loss MPO cassette configurations are available. Therefore, customers can connect the enclosure to compatible RapidConnect MPO trunk cables.
Compatible cassette modules can provide LC or SC front connectivity. However, the exact port arrangement depends on the selected cassette.
Yes. Singlemode cassette and trunk configurations are available. Therefore, the enclosure can support compatible singlemode applications.
Yes. Multimode configurations are also available. However, the cassettes, trunks, patch leads and optical equipment must all use compatible fibre.
Normally, field splicing is not required between the trunk and cassette. Instead, the system uses factory-terminated components that connect directly.
Yes. Although the assemblies are factory tested, the complete link should be inspected and tested after installation. Consequently, the installer can confirm polarity, loss and end-to-end performance.
Polarity ensures that transmit and receive fibres reach the correct positions. Therefore, the trunks, cassettes and patch leads must use compatible fibre mapping.
Every connector should be inspected before connection. Furthermore, any contaminated interface should be cleaned and inspected again before mating.
Yes. The enclosure includes protected cable-entry points and multiple tie-down locations. As a result, incoming trunk cables can be supported before they connect to the cassettes.
The enclosure suits data centres, telecommunications facilities, enterprise communications rooms and campus networks. In addition, it can support other high-density rack-mounted fibre applications.
The 96 Fibre MTP/MPO Enclosure Knowledge Centre will provide focused guidance across enclosure selection, cassette capacity, rack planning, installation, testing and maintenance. As the Knowledge Centre expands, each section will help customers manage the complete enclosure lifecycle.
First, this section will explain how the enclosure works. In addition, it will examine how four cassette modules can present up to 96 fibres within 1RU.
Articles coming soon.
Next, this section will explore cassette quantities, 12-fibre and 24-fibre rear interfaces and LC or SC front presentation. Furthermore, it will explain how customers can expand capacity progressively.
Articles coming soon.
This section will cover rack positioning, rear clearance, patch lead routing and trunk support. Moreover, it will explain how suitable cable management protects high-density fibre connections.
Articles coming soon.
Here, customers and installers will find guidance on mounting the enclosure and installing cassette modules. Additionally, this section will cover trunk routing, strain relief and port labelling.
Articles coming soon.
This section will examine polarity verification, connector inspection and insertion-loss testing. Furthermore, it will explain how test documentation supports future network maintenance.
Articles coming soon.
Finally, this section will cover connector cleaning, cassette additions and patching changes. In addition, it will provide guidance for troubleshooting and ongoing enclosure management.
Articles coming soon.
Download the 1RU 96 Fibre MTP/MPO Enclosure datasheet for additional product and configuration information.
Additionally, visit the Anderson Fibre Products YouTube channel for fibre optic product information and demonstrations.
The RapidConnect 96 Fibre MTP MPO Enclosure provides up to 96 fibres within a compact 1RU platform. Furthermore, its modular design allows customers to begin with the capacity they need and expand the enclosure as their network grows.
Anderson Corporation can supply the enclosure, compatible cassettes, custom trunk cables, patch leads and cleaning products. Therefore, customers can receive a coordinated solution designed around their fibre count, connector type, polarity and equipment requirements.
Request a quote for a RapidConnect 96 Fibre MTP/MPO Enclosure configured for your network.
