Fault-Managed Power
This presentation provides a technical overview of how modern buildings can be designed with an IT network architecture that is resilient, scalable, and engineered to support evolving requirements over the next 50 years.
The session will examine why traditional MDF/IDF-based network designs are increasingly challenged by rising edge power demands, higher bandwidth requirements, and growing operational costs. It will introduce a distributed edge architecture that integrates fiber-to-the-edge, fault-managed DC power, and centralized control. Key topics include delivering sustained 10G performance at the edge, supporting Wi-Fi 6/7, edge compute, and IoT workloads, reducing reliance on traditional IDF rooms and line-voltage electrical infrastructure, and lowering both CAPEX and OPEX by powering and operating additional devices on fault-managed networks.
Beyond traditional data transport, the fault-managed network architecture enables power and connectivity for devices historically served by line-voltage systems, including lighting, lighting controls, security systems, and USB power outlets.
The discussion will also address how fault-managed power and fiber-based infrastructure simplify future upgrades, improve system resiliency, and minimize operational disruption—making this approach particularly well suited for large buildings, campuses, healthcare, education, and other mission-critical environments.
Cost:
$60.00 (Members Paid-in-Advance) Reservation Deadline: 01/21/2026
$65.00 (Non-members Paid-in-Advance / Members Paid-at-Door)
$70.00 (Non-members Paid-at-Door)
Date and Time
Location
Hosts
Registration
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- 705 N. Hammonds Ferry Rd
- Linthicum Heights, Maryland
- United States 21090
- Building: Olive Grove Restaurant
Speakers
Matt Conger
Biography:
Matt Conger leads sales and marketing at Sinclair Digital, a leading manufacturer and solutions provider of AC/DC microgrids and fault-managed power systems for sustainable, intelligent buildings. He is responsible for go-to-market strategy and works closely with customers to deploy integrated solutions spanning IT/OT networks, energy storage, LVDC lighting, and advanced power distribution.
With a background in manufacturing, product development, and systems engineering, Matt brings a practical, design-driven perspective to modern building and infrastructure challenges. He has held leadership roles across product management, enterprise sales, and P&L ownership, and is known for clearly connecting technology, resiliency, and long-term value in mission-critical environments.