EN
Rack Mount ODF Fiber Distribution Frame 48 Port SC Connector Modular Steel Panel Pull Out High Density Patch Cabinet
Fiber Capacity:12 ~288 Cores
Connector Type:SC/FC/LC/ST
Material:Thickened Cold Rolled Steel
Structure:Sliding Modular Rack Mount
Spu:
1601623410046
- Overview
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Company Profile
Ningbo GLGW Nova Material Co., Ltd. (GLGW), the overseas service center of Zhejiang Shiteng Technology Group Co., Ltd., brings over 16 years of expertise in structured cabling, wireless communication, data center connection solutions, and data application systems. As part of a national high-tech enterprise founded in 2009 and headquartered in Ningbo—home to the world’s largest port—GLGW operates a highly data-driven and intelligent closed-loop workflow. This ensures fully visualized and traceable processes that enhance accuracy, efficiency, and flexibility. Our integrated ecosystem supports over 5,000 manufacturing partners and nearly 200,000 corporate clients globally, backed by 15 supply chain companies, 80+ subsidiaries, and a 1,000+ member service team. With three consecutive years of annual revenue exceeding USD 400 million and an average growth rate above 30%, GLGW delivers professional, high-quality services across the entire commercial loop—from R&D and technical support to logistics and after-sales service.
Among our fiber optic infrastructure solutions, the Rack Mount ODF Fiber Distribution Frame delivers a 48-port SC connector modular steel panel with pull-out design for high density patching in data center and telecom environments. This rack mount ODF (Optical Distribution Frame) functions as a central fiber termination and patching point, providing organized, protected housing for up to 48 SC fiber optic connections within a compact rack mount footprint. The modular steel panel construction allows for flexible configuration with interchangeable adapter panels, splice trays, and cable management accessories, accommodating various fiber counts and connector types beyond the base 48-port configuration. The pull-out design allows the entire fiber distribution panel to slide forward on rails, providing rear access to fiber terminations, splices, and cable management without removing the frame from the rack, significantly simplifying installation and maintenance. The high density patch cabinet architecture maximizes fiber terminations per rack unit while maintaining proper cable bend radius and airflow. Manufactured under GLGW's fully traceable closed-loop workflow, each rack mount ODF undergoes dimensional verification, adapter alignment testing, and cable routing validation before shipment, reflecting our commitment to consistent quality. This fiber distribution frame includes front and rear cable entry ports with bend radius protection, integrated splice tray mounting positions, removable front doors for front access, pull-out rails for full extension, and complete grounding provisions for safety.
Fiber Capacity |
12 ~288 Cores |
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Connector Type |
SC/FC/LC/ST |
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Material |
Thickened Cold Rolled Steel |
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Structure |
Sliding Modular Rack Mount |
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Installation |
19 Inch Standard |
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Cable Management |
Built in Splice Tray |
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Application |
Data Center Building Cabling Room |
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Customization |
Interface or Capacity Optional |
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Products Description
Key Advantages
48-Port SC Connector High Density – This rack mount ODF provides 48 SC ports in a compact footprint, maximizing fiber termination density per rack unit. The 48-port fiber distribution frame is ideal for main distribution areas, building distribution frames, and data center patching zones.
Modular Steel Panel Construction – The ODF features modular steel panels that accept interchangeable adapter panels for SC, LC, MPO, and other connector types. This modular rack mount design adapts to diverse fiber infrastructure requirements and simplifies future upgrades.
Pull-Out Design for Rear Access – The fiber distribution frame slides forward on pull-out rails, providing full rear access to terminations, splices, and cable management without removing the frame from the rack. This pull-out feature simplifies installation, maintenance, and reconfiguration.
High Density Patch Cabinet Architecture – Engineered as a high density patch cabinet, this ODF maximizes fiber terminations per rack unit while maintaining proper cable bend radius, fiber routing, and airflow for reliable operation.
SC Connector Compatibility – Pre-configured for SC connectors, this fiber distribution frame accepts standard SC adapters and patch cords, ensuring compatibility with existing SC-based fiber infrastructure. The SC ports provide secure, low-loss connectivity.
Integrated Splice Tray Mounting – The ODF includes internal mounting positions for industry-standard splice trays, accommodating fusion splice protection for field-terminated backbone cables. This rack mount frame supports both factory-terminated and field-spliced fiber installations.
Front and Rear Cable Entry – Multiple cable entry ports on both front and rear panels provide flexible cable routing options for overhead or under-floor fiber pathways. The fiber distribution frame maintains proper bend radius at all entry points.
Removable Front Doors – Removable front doors provide protection for fiber connectors while allowing full front access during patching and maintenance. This high density patch cabinet secures fiber connections while enabling technician access.
Complete Grounding and Bonding – The ODF includes pre-installed grounding studs and bonding points for cables, splice trays, and the frame itself, meeting telecom and data center safety requirements for proper grounding and static dissipation.
Fully Traceable GLGW Quality Assurance – Produced under GLGW's closed-loop workflow, each rack mount ODF undergoes dimensional verification, adapter alignment testing, and cable routing validation before shipment. This fiber distribution frame reflects our dedication to traceable, consistent manufacturing.
Applications
Data Center Main Distribution Area (MDA) – Deploy this rack mount ODF in the data center main distribution area to terminate backbone cables from entrance facilities and provide 48 SC ports for patching to horizontal distribution areas.
Building Main Distribution Frame (MDF) – Enterprise building MDFs use this 48-port fiber distribution frame to terminate incoming outside plant fiber cables and distribute to floor distribution frames, supporting campus and multi-building networks.
Telecom Central Office Fiber Termination – Telco central offices deploy this rack mount ODF in main distribution frames to terminate and manage fiber optic cables between central office equipment and outside plant facilities. The pull-out design simplifies cable management.
Storage Area Network (SAN) Fiber Patching – SAN administrators use this SC connector fiber distribution frame to terminate backbone Fibre Channel cables and provide organized patching to directors and storage arrays in high density storage networks.
Hyperscale Data Center Pod Distribution – Hyperscale operators use this high density patch cabinet within each pod to terminate MPO trunk cables from fabric switches and provide SC breakout for server connections. The modular steel panel supports mixed connector types.
Campus Building Distribution Frame – University and corporate campus networks use this rack mount ODF in building distribution frames to terminate backbone cables from the campus hub and provide 48 SC ports for distribution to floor-level panels.
Government and Military Secure Networks – Government data centers deploy this fiber distribution frame for secure network fiber termination, with the modular steel panel providing physical protection and the pull-out design enabling controlled maintenance access.
Hospital and Healthcare Campus Networks – Healthcare facilities use this 48-port ODF in campus distribution frames to terminate backbone fiber cables supporting electronic medical records, PACS imaging, and clinical communication systems.
Airport and Transportation Hub Fiber Infrastructure – Airports and transportation centers deploy this rack mount fiber distribution frame in central equipment rooms to terminate and manage fiber cables serving check-in systems, baggage handling, security screening, and flight information displays.
Broadcast Facility Fiber Distribution – Television broadcast facilities use this SC connector ODF in master control and equipment rooms to terminate and distribute fiber signals between cameras, routers, servers, and transmission equipment.
Cloud Provider Data Center Fabric – Cloud service providers use this high density patch cabinet in their data center fabric architecture, terminating backbone fibers and providing SC patching ports for cross-connects between server rows and core switches.
At GLGW, we are committed to building long-term partnerships and delivering exceptional value. The Rack Mount ODF Fiber Distribution Frame exemplifies our dedication to quality, reliability, and customer success—from structured cabling to high-density fiber infrastructure solutions with 48-port SC connector capacity, modular steel panel construction, pull-out design, and high density patch cabinet architecture for data center and telecom environments. Contact us today to explore how this rack mount ODF or our broader product portfolio can support your fiber distribution and patching needs. It's not only about you, but about creating value for your market.
FAQ
Q1: Compared with your peers, what are your competitive advantages?
A1: Our main focus is on cost-effectiveness. The prices very competitive and we ensure that the product quality meets thestandards. Besides our own produced items, we have over 500 stable partners who provide OEM supplies or customized products based on customer requirements.
A1: Our main focus is on cost-effectiveness. The prices very competitive and we ensure that the product quality meets thestandards. Besides our own produced items, we have over 500 stable partners who provide OEM supplies or customized products based on customer requirements.
Q2: What is your minimum order quantity?
A2: depending on whether there is inventory or in stock,if no customization requirements. alternatively with OEM product have MOQ
Q3: What payment methods do you accept?
A3: We accept T/T(Bank Transfer), L/C (Letter of Credit), and Alibaba Trade Assurance for secure and protected transactions.
Q4: What is your pricing term? (FOB, CIF, EXW, etc.) ,can you accept DDP?
A4: We usually quote EXW,FOB ningbo/shanghai Port], which is the most common term for our international buyers. We can also offer CIF or other terms based on your request. Regarding DDP:we could consider this after trial order cooperation.
