AI/ML data center cabling for GPU clusters, 400G/800G fiber and high-density copper.
Free, no-obligation walkthrough. Licensed C-10 / C-7 (CSLB #992009). 28+ years, California & nationwide.
AI Data Center Infrastructure from Access Cabling delivers enterprise-grade AI data center infrastructure engineered by a licensed low-voltage contractor with 28+ years serving California and nationwide clients. Our BICSI-trained technicians design, install, terminate, test and certify every run to TIA/EIA standards so your infrastructure supports current bandwidth demands and future growth.
Commercial-grade installation, certified performance, and infrastructure built to last 25+ years.
A repeatable, engineered process — refined over 28 years and thousands of sites.
Free on-site survey and needs assessment
Engineered design with rack elevations and pathway plans
Scheduled installation with minimal business disruption
Termination, testing, labeling and documentation
Fluke certification and as-built drawings delivered
Every ai data center infrastructure installation follows TIA-568, TIA-606 labeling, NEC 800 and applicable manufacturer specifications. Fluke DSX Versiv certification and full as-built documentation are delivered at project close.
Local crews dispatched daily from five California offices. Multi-site rollouts across all 50 states.
AI and HPC data-center infrastructure cabling across California — 400G/800G-ready fiber, high-density MTP trunks, PoE++ for edge racks, and rack-scale copper for GPU/DPU interconnects. Access Cabling designs and installs cabling plants for AI training and inference workloads with attention to signal integrity, cooling airflow, and pathway density. Licensed C-10/C-7 (CSLB #992009), BICSI-trained crews.
GPU-heavy training clusters push per-rack power to 40-100 kW versus 5-20 kW for standard compute, densities that dictate liquid cooling and hot-aisle containment. Interconnect fabrics (InfiniBand NDR/XDR, 400G/800G Ethernet) require single-mode fiber with tight loss budgets, MTP-16 or MTP-32 assemblies, and often direct-attach copper (DAC/AOC) inside the rack. Standard 10G/25G data-center cabling won't scale to modern training workloads without a rebuild.
Single-mode OS2 with APC polish for long reaches; parallel-optic (MTP-16 for 400G-SR8, MTP-32 for 800G-SR16) or 8-fiber MTP-12 keyed for AOC. Every trunk factory-terminated for guaranteed loss budget; field-terminated only where absolutely required. Loss margin critical — every 0.1 dB matters at 400G+.
DAC (direct-attach copper) for short 400G/800G links inside a rack (up to 3-5m). AOC (active optical cable) for slightly longer reaches. Both are pre-terminated and cannot be shortened or field-repaired. We plan lengths carefully during rack layout.
Cat6A for the out-of-band management network (up to 60W PoE for BMC-attached equipment and rack-level appliances) and Cat6 for standard 1G/10G management. All patch panels labeled and documented alongside the fiber trunks.
Overhead ladder rack and containment specifically for high-density racks. Cabling routed to avoid blocking hot-aisle exhaust or cold-aisle intake. Liquid cooling coordination with mechanical engineer on manifold routing that shares pathway with cable tray.
Share your scope — square footage, drop or device count, and timeline — and a senior estimator returns a written, itemized proposal within 48 hours. Free site survey, no obligation.
Vendor-agnostic. We specify best-in-class components for each project — copper, fiber, racks, power, wireless and access control from the industry's leading manufacturers.
Brand references reflect products Access Cabling has installed on commercial projects. Trademarks are the property of their respective owners.
Yes. We work with NVIDIA reference architectures (H100/H200/B200), Cisco Nexus and Arista fabric switches, and single-mode fiber plants with MTP-16/32 trunks. Every link certified to 400G/800G loss budget.
MTP-16 for 400G-SR8 (8 fibers per direction). MTP-32 for 800G-SR16. MTP-12 and MTP-24 for legacy 40G/100G. Design fiber counts and connector geometry per the switch and optic spec.
For any rack above ~30 kW, yes — air alone cannot dissipate. Rear-door heat exchangers (RDHx) or direct-to-chip liquid cooling are standard for H100/H200/B200 racks. We coordinate cable pathway to avoid liquid manifolds.
Yes — retrofit projects to bring an existing colo cage up to AI-fabric spec. Includes new overhead pathway, MTP trunks between racks, and typically upgraded PDUs and power feeds coordinated with the colo.
Highly variable — per-fabric-port pricing typically runs 2-4x standard 10/25G cabling due to single-mode, MTP, and tighter loss budget. A 64-node H100 cluster fabric cabling: $200-500k depending on rack layout and reach.
AI Data Center Infrastructure pricing depends on drop count, cable type, pathway complexity, and building conditions. Most commercial projects range from $150 to $350 per drop installed. Request a free site survey for an itemized quote.
Yes. Access Cabling is headquartered in California with a nationwide technician network for multi-site rollouts across all 50 states.
Every installation is Fluke-tested and certified. Structured cabling installs carry manufacturer warranties of up to 25 years through our Panduit, CommScope, Leviton and Belden partner relationships.
Server room design including power, cooling and cabling layout.
Rack, cabinet and PDU installation with cable management.
Two-post and four-post network rack build-outs.
High-density data center cabling to TIA-942 standards.
Vertical, horizontal and overhead cable management systems.
Modular patch panel installation, termination and labeling.
28 years, thousands of sites, one accountable contractor. Get a free site survey and an itemized quote in 48 hours.
