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Service Capability
Design, deployment, modernization, and structured cabling for mission-critical enterprise data centers.
A strong digital strategy depends on solid physical hardware. NANO4C builds energy-efficient, scalable physical environments—handling server racks, storage systems, and neat copper and fiber cabling layouts.
Unordered network cables block airflow, causing server heat spikes and hard-to-diagnose connection drops.
Poor data center design leads to high electricity bills and cooling system overloads.
Aging storage drives delay database queries, causing slow application performance.
Planning layouts, sizing power backup (UPS), and deploying fire suppression systems.
High-density patching, neat cable trays, and certified line testing (Cat6A / Single-Mode Fiber).
Deploying advanced enterprise servers and solid-state SAN/NAS storage arrays.
Color-coded cabling and labeled racks enable instant troubleshooting and neat infrastructure.
Optimized hot/cold aisle physical designs lower power bills by up to 25%.
High-speed network backplanes handle massive data transfers without bottlenecks.
A standardized design for installing and organizing copper and fiber cables to ensure reliability and clean setups.
We implement hot and cold aisle separation layouts to route cool air efficiently and prevent hot spots.
Yes, we use fusion splicing to connect fiber lines with minimal signal loss, providing certified test reports.
Compute servers generally remain active for 3-5 years, while cabling infrastructure can last 10-15 years.
UPS systems keep servers online during power drops, giving generators time to start or allowing clean shutdown.
Yes, we specialize in cabling cleanup, re-patching, labeling, and consolidating racks.
SAN is a high-speed network for block-level server storage, while NAS is file-level storage for sharing files over IP.
Yes, we install biometric access, smart card entry, and CCTV surveillance for server rooms.
We comply with TIA/EIA-568 and ISO/IEC 11801 telecommunication installation standards.
We test all lines using Fluke certifiers and supply PDF reports detailing length, loss, and crosstalk performance.