PP8 - Ultra-High-Density Cassette System

Growth Without Fundamental
Reengineering

The modular system architecture allows for step-by-step expansion in line with each growth phase - from the initial installation through evolving network structures to highly scaled environments.

Individual modules can be added as needed without having to fundamentally restructure the existing infrastructure. At the same time, the concept allows for flexible adaptation to new spine/leaf architectures as well as changes in trunk cable structures.

As a result, the solution supports migration from smaller network environments all the way to highly scalable data center and hyperscale infrastructures.

Advantages

1. Expansion of individual modules as needed
2. Scaling based on actual capacity requirements
3. Flexible integration into spine/leaf and trunk cable structures
4. Support for various expansion and migration scenarios
5. Reduction of time-consuming infrastructure upgrades

Varieties of Cassettes

MPO Cassette

• Front: LC / SC / CS
• Back: MPO / MTP

Patch Cassette

• Front: MPO / MTP / LC / SC

Splicing Cassette

• Front: LC / SC

8F Cassette

• Front: LCquad
• Back: MPO / MTP

12F Cassette

• Front: LCquad
• Back: MPO / MTP

16F Cassette

• Front: LCquad
• Back: MPO / MTP

24F Cassette

• Front: LCquad
• Back: MPO / MTP

Adjustment to different cassette sizes by simply replacing the guide rails on the base.

Varieties of Base Modules

BASE M

Capacity of maximum 18 Cassettes

• 19 INCH 1U with 3 LAYERS

BASE L

Capacity of maximum 36 Cassettes

• 19 INCH 2U with 6 LAYERS

BASE XL

Capacity of maximum 72 Cassettes

• 19 INCH 4U with 12 LAYERS

Flexibility for Future Requirements

Network architectures are constantly evolving. A passive infrastructure designed for long-term use should therefore support a variety of technologies and migration paths.

The system is designed for various fiber classes and is compatible with MPO/MTP® connectors. This allows it to be deployed in a variety of technological environments and supports both existing and future network concepts.

The open approach enables deployment in heterogeneous infrastructures—from enterprise networks to cloud environments to hyperscale architectures.

Advantages

1. Support for various fiber classes
2. Compatibility with MPO/MTP® connectors
3. Integration into heterogeneous network environments
4. Support for different technology and migration strategies
5. High flexibility for future infrastructure changes