EN
Rack Mount ODF Fiber Distribution Frame 48 Port ST Modular Steel Panel Drawer Design High Density Patch Splicing Cabinet
Fiber Capacity:12~288 Cores
Connector Type:FC / LC / SC / ST
Material:Thickened Cold Rolled Steel
Structure:Sliding Modular Rack Mount
Spu:
1601623337461
- Overview
- Recommended Products
Products Description
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 ST connector modular steel panel with drawer design, engineered for high density patching and splicing in data center and telecom environments. This rack mount ODF (Optical Distribution Frame) functions as a central fiber termination, patching, and splicing cabinet, providing organized, protected housing for up to 48 ST fiber optic connections within a compact rack mount footprint. The modular steel panel construction allows for flexible configuration with interchangeable ST adapter panels, splice trays, and cable management accessories, accommodating various fiber counts and termination types. The drawer design allows the entire fiber distribution frame to slide forward on heavy-duty rails, providing full rear access to fiber terminations, splices, and cable management without removing the unit from the rack, significantly simplifying installation, maintenance, and reconfiguration. As a high density patch splicing cabinet, this ODF integrates both patching and splicing functions in a single enclosure, reducing the need for separate distribution frames and splice enclosures. 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, drawer rails for full extension, and complete grounding provisions for safety.
Fiber Capacity |
12~288 Cores |
||||||
Connector Type |
FC / LC / SC / ST |
||||||
Material |
Thickened Cold Rolled Steel |
||||||
Structure |
Sliding Modular Rack Mount |
||||||
Installation |
19 Inch Standard |
||||||
Feature |
Rounded Corners Safety Design |
||||||
Application |
Data Center Building Cabling Room |
||||||
Customization |
Interface or Capacity Optional |
||||||
Key Advantages
48-Port ST Connector Configuration – This rack mount ODF provides 48 ST ports in a compact footprint, maximizing fiber termination density for ST-based fiber infrastructure. The 48-port fiber distribution frame is ideal for legacy network upgrades and new ST deployments.
Modular Steel Panel Construction – The ODF features modular steel panels that accept interchangeable adapter panels for ST, SC, LC, and other connector types. This modular rack mount design adapts to diverse fiber infrastructure requirements and simplifies future upgrades.
Drawer Design for Full Rear Access – The fiber distribution frame slides forward on heavy-duty drawer rails, providing complete rear access to terminations, splices, and cable management without removing the frame from the rack. This drawer design significantly simplifies installation and maintenance.
High Density Patch Splicing Cabinet – Integrating both patching and splicing functions in a single enclosure, this ODF serves as a high density patch splicing cabinet, reducing the need for separate distribution frames and splice enclosures in space-constrained racks.
ST Connector Compatibility – Pre-configured for ST connectors, this fiber distribution frame accepts standard ST adapters and patch cords, ensuring compatibility with existing ST-based fiber infrastructure. The ST ports provide secure, twist-lock 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 ST fiber connectors while allowing full front access during patching and maintenance. This high density patch splicing 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
Legacy ST Fiber Network Termination – Deploy this rack mount ODF in existing ST-based fiber networks to terminate backbone cables and provide patching ports. The 48-port ST configuration supports legacy infrastructure while enabling future migration to other connector types.
Data Center Main Distribution Area (MDA) – Data center operators use this fiber distribution frame in the main distribution area to terminate backbone cables and provide ST patching ports for cross-connects to legacy equipment still utilizing ST interfaces.
Building Main Distribution Frame (MDF) – Enterprise building MDFs use this 48-port ODF to terminate incoming outside plant fiber cables with ST connectors and distribute to floor distribution frames in mixed connector environments.
Telecom Central Office Fiber Termination – Telco central offices deploy this rack mount ODF in main distribution frames to terminate and manage ST-terminated fiber cables between central office equipment and outside plant facilities. The drawer design simplifies cable management.
Campus Building Distribution Frame – University and corporate campus networks with existing ST infrastructure use this rack mount ODF in building distribution frames to terminate backbone cables and provide 48 ST ports for distribution to floor-level panels.
Government Legacy Network Upgrades – Government facilities with legacy ST fiber infrastructure use this high density patch splicing cabinet to maintain existing connections while providing organized termination for system upgrades.
Industrial Facility Fiber Networks – Manufacturing and industrial facilities with ST-based fiber sensor networks use this ODF to terminate and splice fiber cables in a protected, high density enclosure.
Broadcast Facility ST Fiber Distribution – Television broadcast facilities with legacy ST infrastructure use this ST connector fiber distribution frame to terminate and distribute fiber signals between broadcast equipment.
Military Base Fiber Infrastructure – Military installations with ST-based tactical fiber networks deploy this rack mount ODF in communication shelters and equipment rooms for organized fiber termination and splicing.
Utility and Power Generation Fiber Networks – Electrical utilities with ST-based SCADA and monitoring fiber networks use this fiber distribution frame to terminate and splice fiber cables in substation and control room environments.
Mixed Connector Migration Platform – Network engineers use this modular steel panel ODF as a migration platform, maintaining ST connections for legacy equipment while using interchangeable panels to introduce SC or LC connectors for new deployments.
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 ST connector capacity, modular steel panel construction, drawer design, and integrated patch splicing cabinet architecture. Contact us today to explore how this rack mount ODF or our broader product portfolio can support your fiber distribution, patching, and splicing 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.
