$15M Data Center Alteration in Atlanta Creates Major LV Opportunity at Georgia Tech's CODA

$15 million data center alteration in Atlanta requires 5 low voltage systems, creating an estimated $1.4 million opportunity for contractors in the Georgia market.

Project Overview

A significant $15 million commercial alteration project has been filed with Atlanta Building Permits at 760 West Peachtree NW in the heart of Midtown Atlanta. The project targets DataBank's ATL1 data center, a purpose-built 94,000-square-foot facility that sits within the CODA development at Georgia Tech's Technology Square — a district widely recognized as one of the Southeast's premier technology and innovation hubs.

The ATL1 facility currently supports approximately 5.0 to 5.4 megawatts of critical IT load with N+1 and 2N redundant power and cooling configurations. As a colocation data center with Georgia Institute of Technology as its anchor tenant, the facility houses the university's High-Performance Computing Center and the Southern Crossroads network, providing high-speed, high-bandwidth connectivity to research and education institutions throughout the Southeast and across the nation. A $15 million alteration at this scale signals a major infrastructure upgrade that will touch every low voltage system in the building.

The permit filing covers five distinct low voltage systems spanning data infrastructure, physical security, life safety, and wireless connectivity. For low voltage contractors operating in the greater Atlanta market, this represents a substantial opportunity to work on one of the region's most technologically demanding and mission-critical facilities.

Project	DataBank ATL1 Data Center Alteration
Location	760 West Peachtree NW, Atlanta, GA 30308
Total Value	$15 million
Project Type	Data Center
Status	Active
LV Score	10/10
Source	Atlanta Building Permits

Key Players

The ATL1 data center is operated by DataBank, a leading provider of enterprise-class colocation, interconnection, and managed services. Founded in 2005 and headquartered in Dallas, Texas, DataBank has built a national portfolio of data centers serving enterprises, government agencies, and technology companies. In October 2024, DataBank announced an approximately $2.0 billion equity raise led by AustralianSuper to support new campus developments and facility upgrades in Dallas, Culpeper, and Atlanta — underscoring the company's aggressive investment in expanding and modernizing its infrastructure footprint.

The original ATL1 High-Performance Computing Center was constructed by DPR Construction, a national technical builder headquartered in Redwood City, California, known for delivering complex data center, healthcare, and advanced technology projects. The facility sits within the CODA at Technology Square development, a 645,000-square-foot mixed-use complex that has become a cornerstone of Georgia Tech's innovation ecosystem, bringing together academic research, corporate tenants, and critical digital infrastructure under one roof.

Role	Company	Details
Owner / Operator	DataBank	Enterprise colocation provider, $2B expansion fund, Dallas HQ
Original Builder	DPR Construction	National technical builder specializing in data center construction
Anchor Tenant	Georgia Institute of Technology	High-Performance Computing Center and Southern Crossroads connectivity hub

Low Voltage Systems Breakdown

This project encompasses five low voltage systems spanning data infrastructure, physical security, life safety, and wireless connectivity. Data center environments demand the highest standards of reliability, redundancy, and uptime across every system, making this a technically complex scope that requires experienced contractors with proven mission-critical facility expertise.

System	Category	Scope Description	Complexity
Structured Cabling	Data/Voice	The backbone of any data center operation. This scope likely includes Category 6A copper cabling for management networks, high-density fiber optic runs between server cabinets and meet-me rooms, and cross-connect infrastructure for colocation customers. Data center cabling must support speeds up to 100 Gbps and meet TIA-942 standards for redundant pathway design.	High
Access Control	Security	Data centers require multi-layered physical security with biometric readers, mantrap entries, individual cabinet locks, and tiered access zones. The ATL1 facility likely needs updated access control infrastructure to support both operational staff and colocation tenant access with full audit trail capabilities and integration with building management systems.	High
CCTV / Video Surveillance	Security	Comprehensive IP camera coverage across server halls, loading docks, perimeter, and common areas. Data center surveillance demands 24/7 recording with extended retention periods, analytics-capable cameras for motion detection and facial recognition, and tight integration with access control for correlated event monitoring and incident response.	High
Fire Alarm	Life Safety	Data center fire detection goes beyond standard commercial systems. This scope likely includes very early smoke detection apparatus (VESDA), pre-action sprinkler system integration, clean agent suppression monitoring, and zone-level alarming that can isolate incidents without triggering facility-wide evacuations. Compliance with NFPA 75 and NFPA 76 is essential for data center environments.	High
DAS (Distributed Antenna System)	Wireless	Dense concrete and metal construction in data centers creates significant RF challenges for cellular signals. A DAS provides reliable in-building cellular coverage across all major carriers, critical for first responder communication compliance, operational staff connectivity, and tenant requirements throughout the facility. Carrier coordination with AT&T, Verizon, and T-Mobile is typically required.	High

Estimated Low Voltage Value

With no specific low voltage contract value published for this project, we can estimate the scope using industry benchmarks for data center construction. Data centers typically allocate between 6% and 10% of total project value to low voltage systems, with a recommended midpoint of 8%. Given the presence of five systems including the technically demanding Distributed Antenna System and mission-critical fire detection infrastructure, the midpoint percentage is appropriate for this analysis.

Total Project Value	$15,000,000
Estimated LV Percentage	8%
System Count Multiplier	1.15x (5 systems)
Estimated LV Contract Value	$1,380,000

The estimated low voltage contract value for this project is approximately $1.4 million, based on industry benchmarks for data center construction with five integrated systems. Structured cabling will likely command the largest share at approximately 25% to 30% of the LV budget, given the density of fiber and copper runs required in a colocation environment. Fire alarm and DAS installations follow at roughly 15% to 20% each, reflecting their technical complexity and regulatory requirements.

Access control and CCTV typically account for 10% to 15% each of the overall low voltage scope in data center projects. For mid-sized contractors in the Atlanta market, this project represents a meaningful contract opportunity. Firms with documented data center experience and existing relationships with colocation operators will have a competitive advantage in pursuing this work.

Skills and Certifications Required

Working in a mission-critical data center environment demands a higher standard of expertise than typical commercial construction. Every system must be installed, tested, and commissioned without disrupting live operations in an active colocation facility — leaving zero margin for error or unplanned downtime.

System	Key Certifications	Critical Skills
Structured Cabling	BICSI RCDD, BICSI INSTC/INSTF, Manufacturer certs (CommScope, Panduit)	Cat6A/fiber termination, TIA-942 compliance, hot-aisle/cold-aisle cable management
Access Control	PSP (ASIS), Manufacturer certs (Genetec, Lenel, HID)	Biometric reader installation, mantrap configuration, IP networking, audit trails
CCTV	Manufacturer certs (Axis, Avigilon, Milestone), CompTIA Network+	IP camera deployment, PoE networking, VMS configuration, video analytics
Fire Alarm	NICET Level II+, State Fire Alarm License, VESDA certification	VESDA installation, NFPA 75/76 compliance, pre-action integration, clean agent monitoring
DAS	BICSI RCDD, RF engineering background, Carrier-specific training	RF site surveys, antenna placement, fiber backbone design, carrier coordination

Entry-level technicians with BICSI Installer 1 or CompTIA Network+ certifications can contribute to cable pulling, device mounting, and basic terminations. However, the data center environment requires close supervision and strict adherence to change management procedures that go well beyond standard commercial construction practices.

Mid-level technicians with BICSI INSTC or NICET Level II certifications will handle system wiring, testing, and configuration. The project will need at least one RCDD for cabling design oversight, a NICET Level III or higher for fire alarm system engineering, and an RF engineer for DAS design and carrier coordination. Contractors should also verify their Georgia low voltage contractor license is current before pursuing this opportunity.

Market Signal

This $15 million data center alteration reflects a broader trend reshaping Atlanta's construction landscape. According to CBRE's North America Data Center Trends report, the Atlanta data center market currently supports 0.88 GW of installed IT power and is projected to reach 2.99 GW by 2030 — a 27.71% compound annual growth rate. That trajectory positions Atlanta as a core node in North America's digital infrastructure, joining the ranks of established markets like Northern Virginia and Dallas-Fort Worth.

Atlanta accounted for 2.8 million square feet of data center construction starts in 2025 alone, placing it among the top five U.S. markets alongside Washington D.C., Dallas, Phoenix, and Columbus. An additional 2,159 megawatts of capacity is currently under construction across the metro area, with the bulk concentrated in southern suburbs including Douglas, Henry, and Fulton Counties, where large-parcel availability and direct access to 500 kV transmission lines drive development. Georgia's 100% sales-tax exemption on server equipment investments above $15 million further accelerates the pipeline.

For low voltage contractors in the Southeast, the signal is clear: data center work is not a niche specialty — it is becoming a primary market driver. Projects like this DataBank alteration at ATL1 represent the ongoing investment in existing facilities that runs parallel to new greenfield development. Contractors who invest in data center certifications, develop relationships with operators like DataBank, and build portfolios demonstrating mission-critical experience will be best positioned to capture a growing share of the Atlanta market's expansion over the coming years.

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