Structured Cabling Infrastructure
The Physical Backbone of Integrated Technology Systems
SBDWW Group designs, engineers, deploys, and certifies enterprise-grade structured cabling infrastructure that forms the physical foundation of IT, AV, security, wireless, and building automation systems.
Our design-build methodology ensures every installation is engineered for scalability, performance, and long-term operational resilience. From copper and fiber backbone systems to IDF/MDF buildouts and pathway coordination, we deliver structured cabling environments built for reliability and future expansion.
All network infrastructure is installed and certified to TIA, BICSI, and NEC standards, providing documented performance validation and compliance alignment across commercial, institutional, and multi-site deployments.
We support organizations that require disciplined execution, certified testing documentation, and infrastructure engineered to evolve alongside technological demands.
Copper Infrastructure – Voice & Data
High-Performance Connectivity Engineered for Enterprise Environments
SBDWW Group designs and installs high-performance copper cabling infrastructure engineered to support voice, data, AV, security, and building automation systems. Our structured copper deployments are built for bandwidth-intensive applications, scalable growth, and long-term operational reliability across commercial and institutional environments.
From workstation connectivity to high-density network deployments, our systems are engineered to support modern collaboration platforms, unified communications, and AV-over-IP ecosystems.
Core Capabilities Include:
Category 6, 6A, and 7A copper cabling systems
High-bandwidth PoE / PoE+ / UPOE device support
Workstation outlets and structured user connectivity environments
Wireless access point infrastructure and ceiling grid deployments
VoIP, UCaaS, and collaboration platform support
AV-over-IP systems (Crestron NVX, SDVoE, Dante, AES67)
Integrated security devices including access control, surveillance cameras, and sensors
All terminations are tested and certified using Fluke DSX analyzers, with complete digital certification reports provided at project closeout to validate performance and compliance.
Every installation is executed by certified in-house SBDWW technicians in accordance with TIA, BICSI, and NEC standards to ensure disciplined execution and documented infrastructure integrity.
Fiber Optic Backbone Infrastructure
High-Capacity Transport Engineered for Enterprise Networks
SBDWW Group designs and deploys multi-mode and single-mode fiber backbone infrastructure engineered to support high-bandwidth, low-latency connectivity across commercial campuses, multi-floor facilities, and distributed enterprise environments.
Our fiber systems are architected for scalability, redundancy, and long-term performance — forming the core transport layer for data centers, IDF/MDF interconnections, AV-over-IP systems, security platforms, and cloud-connected infrastructure.
Core Capabilities Include:
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Campus backbone fiber deployments
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MDF-to-IDF vertical riser systems
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Fusion-spliced fiber terminations and certified testing
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LC, SC, and MTP/MPO connector systems
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OM3, OM4, and OS2 performance specifications
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Redundant fiber paths and ring topologies
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40Gb, 100Gb, and 400Gb backbone readiness
Every deployment is engineered to support extended distances, low latency, high throughput, and long-term operational resilience. All terminations are tested and documented to industry standards, ensuring certified performance validation at closeout.
Installed in accordance with TIA, BICSI, and NEC standards, our fiber infrastructure supports organizations requiring disciplined execution, documented certification, and scalable backbone architecture built for future expansion.
MDF / IDF Room Design & Build
Engineered Telecom Environments Built for Performance & Scalability
SBDWW Group designs and constructs fully engineered MDF and IDF telecom environments that serve as the operational core of enterprise IT, AV, and security infrastructure. Our approach ensures each room is purpose-built for performance, scalability, maintainability, and long-term system integrity.
From rack elevation planning to environmental coordination, we deliver structured telecom rooms that support high-density deployments, redundancy, and disciplined cable management.
Core Design & Build Capabilities Include:
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Rack elevation planning and infrastructure layout design
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Ladder rack, runway, and overhead pathway installation
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Vertical and horizontal cable management systems
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Grounding and bonding infrastructure
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UPS coordination and structured power distribution
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HVAC and environmental control planning
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Patch panel installation, labeling, and documented port mapping
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Network switch mounting, staging, and structured deployment
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Security panel and NVR rack accommodations
All telecom rooms are constructed in accordance with TIA-568 standards, BICSI best practices, NEC requirements, and manufacturer specifications to ensure compliance, performance validation, and long-term operational resilience.
Every deployment is executed by certified in-house SBDWW technicians to maintain strict quality control, documentation accuracy, and disciplined infrastructure delivery.
Wireless Infrastructure – WiFi 6 / 6E / 7
High-Density Wireless Architecture Engineered for Enterprise Performance
SBDWW Group designs and deploys high-capacity wireless infrastructure engineered to support modern enterprise environments, high-density occupancy, and bandwidth-intensive applications. Our wireless systems are built on properly structured cabling foundations and RF-engineered layouts to ensure seamless performance and long-term scalability.
From corporate headquarters and education campuses to healthcare facilities and multi-building properties, we deliver resilient wireless ecosystems designed for reliability, security, and uninterrupted roaming.
Core Capabilities Include:
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Predictive RF heat-map modeling and capacity planning
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Strategic access point placement and PoE-enabled structured cabling support
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RF interference analysis and mitigation planning
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Outdoor wireless deployments for terraces, campuses, courtyards, and pool environments
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Controller-based and cloud-managed wireless architectures
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High-density user environments with seamless roaming optimization
Our deployments are engineered to support WiFi 6, WiFi 6E, and WiFi 7 standards, ensuring enterprise-grade throughput, low latency, and future-ready performance across distributed facilities.
Every installation is executed by certified in-house SBDWW technicians in coordination with IT teams to ensure disciplined deployment, secure configuration, and documented system validation.
Data Center Cabling & High-Density Infrastructure
Mission-critical data center services include:
Hot aisle / cold aisle support
Overhead or underfloor pathways
Pre-terminated fiber trunks
High-density MTP/MPO panels
Server row cabling (CAT6A/OM4)
Containment solutions & cabinet installation
Structured patching & rack dressing
Redundant cabling path design
Ensuring airflow optimization, serviceability, and scalability.
Cable Management & Pathway Systems
We deploy commercial-grade cable pathways that ensure longevity and serviceability:
Ladder tray
Cable baskets
J-hooks
Raceway systems
Conduit fabrication
Backbone risers
Above-ceiling & underfloor systems
Designed to support cable weight, airflow, and architectural aesthetics.
National Rollouts & Multi-Site Deployment
Standardized Infrastructure Execution at Scale
SBDWW Group manages structured cabling and infrastructure rollouts across regional and national footprints, delivering disciplined, standardized deployments for multi-location organizations.
Our rollout methodology ensures consistency in scope, documentation, installation standards, and performance validation — whether deploying across five locations or five hundred.
We function as a centralized program partner, coordinating logistics, labor, documentation, and quality control to ensure predictable outcomes across every site.
Program Capabilities Include:
- Standardized scope development and bill of materials (BOM) engineering
- Unified installation methodology and quality control standards
- Multi-site logistics coordination and procurement management
- Rapid deployment field teams
- Centralized documentation, labeling standards, and as-built libraries
- Post-deployment certification and performance validation
Our multi-site programs are ideal for:
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National retail chains
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Healthcare networks
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Franchise operations
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Financial institutions
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Multi-state corporate office expansions
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Distributed enterprise environments
Every rollout is executed by certified SBDWW technicians or managed teams operating under our documented installation standards, ensuring consistency, accountability, and infrastructure integrity across all locations.
Certifications, Testing & Documentation
Verified Performance. Documented Infrastructure. Long-Term Accountability.
Every SBDWW installation is fully tested, certified, and documented to ensure performance validation, compliance alignment, and future serviceability.
Our structured closeout process provides IT teams, facilities managers, and ownership groups with the documentation required to maintain, expand, and support their infrastructure long after deployment.
Deliverables Include:
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Full Fluke DSX copper certification reports
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OTDR and optical power meter fiber testing documentation
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TIA-606 compliant labeling and numbering systems
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Updated CAD drawings, PDF documentation, and digital as-built packages
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Rack elevations, riser diagrams, and port mapping schedules
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Serialized equipment documentation and asset tracking (where required)
All testing and documentation is delivered in organized digital format at project closeout, ensuring infrastructure transparency, future expansion readiness, and service continuity.
These deliverables are not optional add-ons — they are essential components of disciplined infrastructure deployment and long-term operational reliability.
CAD / BIM / As-Built Documentation
Engineered Documentation for Long-Term Infrastructure Management
SBDWW Group’s engineering department delivers comprehensive CAD, BIM, and as-built documentation packages that support accurate deployment, future expansion, and long-term system maintenance.
Our documentation standards ensure every infrastructure project is clearly mapped, archived, and accessible for IT teams, facilities managers, architects, and future service work.
Engineering Deliverables Include:
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Complete CAD drawing sets for construction and coordination
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Revit BIM models for large-scale and multi-disciplinary projects
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Floor plans, device layout plans, and reflected ceiling plans (RCPs)
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Rack elevations and vertical riser diagrams
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Pathway, conduit, and cable tray layout drawings
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Structured port mapping and equipment documentation
All documentation is archived digitally and maintained for future renovations, expansions, and service coordination — ensuring infrastructure transparency and long-term operational continuity.
Our drawing packages are developed in alignment with TIA standards, BICSI best practices, and coordinated construction workflows to support disciplined execution across commercial and institutional environments.
Why SBDWW Group?
Disciplined Infrastructure. Engineered Execution. Long-Term Partnership.
SBDWW Group delivers integrated technology infrastructure through a fully in-house, standards-driven, design-build approach. Our clients choose us for disciplined execution, certified performance, and long-term operational reliability.
What Sets Us Apart:
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100% in-house certified technicians — no subcontracted labor
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Built to TIA, BICSI, NEC, and manufacturer standards
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Clean, professionally dressed infrastructure installations
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Designed to support AV, IT, Security, and Building Systems integration
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Regional coverage across New York & South Florida
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White-glove service for corporate, institutional, and luxury environments
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Long-term maintenance, service, and lifecycle support programs
We operate as a single, coordinated platform — delivering engineered systems that are documented, scalable, and built for future expansion.