$30.7M Connect Albuquerque Edge Data Center Needs 5 Low Voltage Systems

A $30.7 million edge data center in Albuquerque requires 5 low voltage systems, creating an estimated $2.8 million opportunity for contractors in the New Mexico market — and unlike the gigawatt hyperscale campuses dominating headlines, this is a package a regional integrator can actually win.

Project Overview

Permit records filed with the City of Albuquerque show a new 98,695-square-foot data center under a FasTrax expedited plan review on Daytona Road NW, in the Westpointe 40 Business Park on the city's West Mesa. The permit covers site work, architectural, electrical, mechanical, and plumbing scope with an estimated construction value of $30.7 million. Signal's tracking of the permit record refreshed as recently as July 2026.

This is Connect Albuquerque, an edge data center developed by Oppidan Investment Company under its Connect Data Centers platform. The facility delivers approximately 10 MW of IT capacity across the roughly 90,000-square-foot building, plus about 12,000 square feet of office space and — critically for low voltage contractors — future bays designed for expansion by separate tenants. Oppidan acquired the 10-acre site from Titan Development in September 2024, and construction has been tracking toward completion in early 2026, with tenant fit-out and expansion phases extending the work beyond core and shell.

Project	Connect Albuquerque Edge Data Center
Location	Daytona Rd NW, Westpointe 40 Business Park, Albuquerque, NM
Total Value	$30.7 million (permit-estimated construction value)
Size / Capacity	98,695 sq ft | 10 MW IT capacity
Project Type	Edge Data Center (multi-tenant)
LV Score	10/10
Source	Albuquerque Building Permits

Key Players

The project team is fully identified — a rarity at this project scale, and a roadmap for any low voltage firm looking for a way in.

Role	Company	Details
Developer / Owner	Oppidan Investment Company	Minnesota-based national developer building the Connect Data Centers edge platform, with roughly ten locations in its pipeline. Past data center clients include Oracle, Sabey, and major telcos.
General Contractor	PARIC	St. Louis-based GC with a dedicated mission-critical practice. PARIC lists the Albuquerque edge facility among its active data center projects, citing speed-to-market delivery.
Design / Engineering	Salas O'Brien	National engineering firm handling facility design, including the electrical and mechanical systems that low voltage scope coordinates against.
Electrical	Power Design	National electrical contractor listing the 10 MW Albuquerque data center among its projects. LV subcontract packages on design-build electrical jobs frequently route through the electrical prime — a direct relationship worth building.

Low Voltage Systems Breakdown

Signal's analysis of the permit identifies five low voltage systems spanning data infrastructure, security, and in-building wireless — the core stack of any multi-tenant data facility.

System	Category	Scope Description	Complexity
Structured Cabling	Data/Voice	Backbone and horizontal cabling across data halls, meet-me rooms, and 12,000 sq ft of office space. Multi-tenant design means demarcation planning and repeatable tenant-bay cabling standards.	High
Fiber Optic	Data/Voice	Carrier entrance facilities, inter-hall backbone, and high-count trunk fiber. Edge facilities live and die on low-latency connectivity, making fiber the backbone of the entire business case.	High
Access Control	Security	Layered credentialed access from perimeter to cage level. Multi-tenant colocation demands compartmentalized zones, mantraps, and audit-ready access logging per tenant.	High
CCTV / Video Surveillance	Security	Full-coverage IP video across perimeter, entries, corridors, and data halls with extended retention. Tenant SLAs typically specify coverage and retention minimums.	Medium
Distributed Antenna System (DAS)	Wireless	In-building cellular coverage through concrete-and-steel construction that kills RF. Supports operations staff communications and emergency responder coverage requirements.	High

Estimated Low Voltage Value

Signal's database does not carry a contract-level LV value for this project, so we apply industry benchmarks. Data center construction typically allocates 6-10% of project value to low voltage and technology systems — proportionally heavier than hyperscale builds because cabling, security, and connectivity dominate at edge scale.

Total Project Value	$30.7 million
Estimated LV Percentage	8% (data center midpoint)
System Count Multiplier	1.15x (5 systems)
Estimated LV Contract Value	~$2.8 million

An estimated $2.8 million across five systems is a substantial award for the New Mexico market — and it does not include the future tenant expansion bays. Edge facilities like this generate recurring fit-out work as tenants take space: every new cage or suite means more cabling, more access control zones, and more cameras. The contractor who wires the base building is first in line for every fit-out that follows.

Skills and Certifications Required

Data center work rewards credentialed crews. Here is what the five-system stack demands:

System	Key Certifications	Critical Skills
Structured Cabling	BICSI INSTC/INSTF, RCDD, DCDC (design)	High-density termination, Fluke certification testing, pathway coordination
Fiber Optic	FOA CFOT, BICSI INSTF	Fusion splicing, OTDR testing, high-count trunk management
Access Control	Manufacturer certs (Genetec, Lenel, HID)	Multi-tenant zoning, mantrap logic, IP networking, audit compliance
CCTV	Manufacturer certs (Axis, Avigilon, Milestone)	PoE design, VMS configuration, retention/storage calculation
DAS	BICSI RCDD, carrier training	RF surveying, antenna placement, public-safety coverage testing

Mission-critical environments also prize grounding and bonding competency (IEEE/BICSI signal reference practices) and clean coordination with commissioning agents. Entry-level techs with BICSI Installer 1 can contribute to pulls and terminations; the project will want an RCDD or DCDC overseeing design conformance. Contractors should verify New Mexico low voltage licensing requirements before bidding.

Market Signal

New Mexico is suddenly one of the most-watched data center markets in the country — but almost all of the attention is on the extreme ends. Down south in Santa Teresa, the $165 billion Project Jupiter hyperscale campus tied to Oracle and OpenAI dominates headlines and controversy, while statewide moratorium legislation aimed at "large-scale" data centers is already being drafted for the 2027 session. Meta operates a major campus at Los Lunas, and H5 and Centersquare run established colocation sites in Albuquerque.

Connect Albuquerque represents the quieter, steadier lane: mid-size edge capacity serving regional latency demand. A 10 MW multi-tenant facility draws far less political friction than a gigawatt campus, gets permitted through standard city processes — this one via Albuquerque's FasTrax expedited review — and produces LV packages sized for regional and national mid-market integrators rather than a handful of megaproject specialists. Oppidan's Connect platform is building roughly ten of these facilities across the country, which means a contractor who performs here is auditioning for a national pipeline of repeat work.

For New Mexico low voltage firms, the play is twofold: pursue the fit-out and expansion work at Westpointe 40 as tenants land, and use the state's broader data center wave — from Jupiter's ancillary infrastructure to Albuquerque's growing colocation inventory — to justify investing in BICSI and data center credentials now.

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