Without a planned route
Patch cords compete for the same space.
Changes and maintenance become harder to manage when incoming cables, service loops and rack-to-rack connections have no dedicated pathway.
Fiber ODF with Fiber Management
Fiber ODF with Fiber Management
Optical distribution frame · Integrated cable management
The installation challenge
Fiber density is only useful when the patching stays manageable.
The space around a fiber panel matters as much as the panel itself. Routed entry points, bend control and a defined path between racks can make complex patching work easier to organize.
The Fibernet design
Make cable management part of the ODF.
The frame uses vertical fiber management, side-access ducts, an upper cable drop and a lower cross-rack duct to create distinct routes for optical connections.
Fiber routing architecture
A defined path from cable entry to the next rack.
The datasheet describes the fiber route as a system of access points rather than loose cabling around the frame.
Protect the upper cable drop
The top duct separates the drop from rack cabling while keeping a direct pathway.
Manage patch-cord slack vertically
Two-sided vertical management is specified for the standard frame design, with bend-control fixtures and side-entry access.
Connect adjacent distribution frames
A duct at the base enables passage between rack sides or neighboring frames in back-to-back and side-to-side arrangements.
22U exception: one-sided management with Type HD drawers
Conceptual fiber routeIllustrative layout
01
Upper cable dropCable entry separated from rack paths
02
Vertical side managementBend-controlled slack with side and rear openings
03
Patch / splice drawersConnections organized within the ODF frame
04
Bottom inter-rack ductPassage to the other rack side or an adjacent frame
Technical specifications
Choose the frame that fits your distribution room.
The source document specifies three rack heights, with a special cable-management arrangement for the compact model.
| Frame height | Physical height | Management layout |
|---|---|---|
| 22U | 1.2 m | One side onlyUse with Fibernet Type HD drawers |
| 42U | 2.2 m | Two-sided vertical management |
| 58U | 2.6 m | Two-sided vertical management |
AL 5052-H32Aluminum construction
2 mmSource-specified material thickness
72 cmWidth including management, per datasheet
GR-449-COREConformance stated in source (2014)
Integration options
Complete the optical distribution architecture.
Select the accessories that match the project topology and patching method. The datasheet lists these options separately from the frame description.
01 / Termination
Splice & patch drawers
Type HD and Type F drawers are listed for the ODF family. The 22U frame is specified for Type HD.
02 / Horizontal pathway
Cable management
Horizontal cable-management elements support the planned patching route.
03 / Frame-to-frame
Bridge connection
An option for projects requiring connections between adjacent frames.
04 / Optical interfaces
Patch cords
Specify the required connector type, length and cable arrangement in the project BOM.
The datasheet identifies accessories but does not confirm which are included with the base frame. Verify the commercial scope with Fibernet.
Ordering reference
Build an indicative ODF model code.
Use the source ordering logic to prepare a precise technical enquiry. The resulting code is a reference, not a confirmed available SKU or purchase order.
Datasheet example: FDF-22B1 = 42U, black RAL 9005, nominal 19-inch width. Note that “22” in this code refers to 2.2 m, not 22U.
42U · 2.2 m58U · 2.6 m22U · 1.2 m
Black · RAL 9005Gray · RAL 7035
19 inch21 inch23 inch
Indicative reference
FDF-22B1Engineering review required for capacity, 22U management configuration, rack-width compatibility, accessory availability and final dimensions.
Where it fits
Designed for structured fiber distribution work.
The frame is relevant where optical connections need planned access, routing and physical organization.
01
Fiber patching and splicing
Organize fiber terminations and cross-connections within a common ODF structure.
02
Patch-only distribution
Use the frame as a patching point when splicing is not part of the selected installation.
03
Adjacent rack layouts
Plan transfers between side-by-side or back-to-back racks using the bottom duct route.
✓
Fibernet quality management
Fibernet operates according to ISO 9001:2015, ISO 13485:2016, and AS9100D quality management standards. These are company-level standards and should not be interpreted as a separate product certification.
Engineering enquiry
Start with the fiber route.
Then select the frame.
Share the required rack height, fiber count, drawer type, cable-entry layout and adjacent-frame configuration. Fibernet can review the ODF solution against those project requirements.
Discuss your ODF configuration ↗
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Your planned rack layout and available space
Patching and splicing, or patch-only requirements
Fiber counts and cross-rack cable routes
Drawer, patch cord and accessory requirements