TECHNOLOGY PARTNERSHIP
Protect Your GPU Investment at the Power Layer: DCPacket Partners with VoltServer
Fault-Managed Power for the AI Era — Now Backed by Unparalleled Scale and Support.
STRATEGIC PARTNERSHIP
The Power Infrastructure Company for the AI Data Center Era
Key Update: On October 20th, 2025, DCPacket and VoltServer executed a partnership agreement to deliver fault-managed, packetized DC power systems that isolate electrical faults in milliseconds — protecting GPU hardware, preserving AI training run continuity, and giving facility operators a power architecture built for the demands of next-generation AI compute.
DCPacket’s Scotty Lynn and VoltServer’s Ronna Davis meticulously worked out the details, both expressing great enthusiasm for this collaboration.
“This partnership is a perfect match – combining VoltServer’s innovative technology with DCPacket’s unmatched scale and support,” said Scotty Lynn.
“We’re thrilled to team up with DCPacket to bring Digital Electricity® to more customers across North America,” added Ronna Davis.
Through this agreement, DCPacket will offer a private-label version of VoltServer’s Digital Electricity® technology, leveraging our 1,500+ person sales force with over 50 years of expertise in mission-critical power infrastructure across North America. Additionally, our market enablement channel features more than 2,500 service professionals providing unparalleled pre- and post-sales support.
This alliance positions DCPacket as the infrastructure layer that protects your GPU investment and keeps your workloads running, turning power infrastructure into GPU loss prevention.
READY TO SEE IT IN ACTION?
See Digital Electricity® in Action
Schedule a 30-minute technical review with one of our Design Engineers.
TECHNOLOGY SPOTLIGHT
Power That Checks Before It Delivers
Leveraging VoltServer’s patented technology, DCPacket’s packetized power systems isolate electrical faults in milliseconds — delivering power infrastructure that is genuinely built for the demands of AI-scale compute.
GPU Hardware Protection
DC Packet protects $30,000–$40,000-per-unit GPU assets at the power delivery layer. Fault isolation before the hardware means zero propagation, zero GPU loss from power events.
- A rack of 8× NVIDIA H100 GPUs represents $240K–$320K in hardware
- A 1,000-GPU cluster represents $30M–$40M in exposed hardware
- Traditional power infrastructure has no fault isolation at the millisecond level
- DC Packet isolates faults before they reach the GPU — hardware never sees the event
Training Run Continuity
AI model training runs represent hundreds of thousands in accumulated GPU-hours. A power fault without millisecond fault isolation means checkpoint loss, wasted compute, and restarting from scratch. DC Packet keeps AI workloads running.
- AI training run interruption can cost $500K+ in wasted GPU-hours per event
- Without fault isolation, power events corrupt in-progress jobs and destroy checkpoints
- Sub-10ms fault isolation means workloads continue; the fault never reaches the compute layer
CapEx Risk Reduction for Investors & Developers
Power-related hardware loss is an uninsured or under-insured CapEx risk at most AI data center facilities. DC Packet is the risk mitigation layer that protects facility investment at the hardware level — giving investors and developers a defensible risk posture.
- Data center investment reached $92B in 2025; $5.2T needed globally by 2030 (McKinsey)
- Hardware loss from power events is a CapEx risk that most facilities do not adequately account for
- DC Packet is facility-level risk mitigation — protecting the investment, not just the hardware
- ROI: Cost of DC Packet infrastructure vs. cost of a single GPU cluster power fault event
Operator SLA Enablement
Power faults at the facility level mean downtime for hyperscaler tenants — and SLA breaches for operators. DC Packet turns power infrastructure into a tenant-facing product differentiator, enabling defensible uptime commitments.
- Hardware-level protection without tenant-side changes
- Millisecond fault isolation at the facility level — before tenants even know it happened
- Turn uptime promises into contractual commitments
NFPA Compliance
Scientifically validated safety for modular buildings like Othris, ensuring NFPA 70 and 855 alignment.
WHO WE SERVE
Tailored Solutions for Key Stakeholders
From operators to investors, DC Packet addresses the most critical pain points in AI infrastructure.
Data Center Operator
VP Infrastructure, CTO — Hyperscale, Enterprise
Pain Points:
- Hardware loss from power events is not insured — $320K per rack at risk
- Training run interruptions cost $500K+ per event
- Power faults propagate, violating SLAs
- Facility infrastructure needs to be ready for next-generation compute
Key Messages:
- Millisecond fault isolation protects $30K–$40K GPUs before faults reach hardware
- Keep training runs uninterrupted — don’t lose your checkpoint
- Built to protect next-generation AI compute investments
- Hardware protection at the power layer
Colocation Provider
Director of Operations, CPO — Multi-Tenant Facilities
Pain Points:
- Power events expose tenant hardware — risking liability and churn
- SLAs are promises without hardware-level enforcement
- Power quality is #1 site-selection criterion for hyperscalers
- Balancing uptime with cost in a competitive market
Key Messages:
- DC Packet turns power infrastructure into a tenant-facing product differentiator
- Protect tenant GPU hardware without touching tenant systems
- Millisecond fault isolation at the facility level — before tenants even know it happened
Investor / Developer / Capital Allocator
Managing Director, GP, CIO — Private Equity, Infrastructure Fund, Family Office
Pain Points:
- Deploying $30M+ per MW in AI data center assets — needs to understand power risk
- Evaluating infrastructure investments against the $5.2T AI data center buildout thesis
- Concerned about hardware loss exposure as an uninsured or under-insured CapEx risk
- Looking for infrastructure partners whose technology creates a defensible competitive moat
Key Messages:
- DC Packet is the risk mitigation layer for GPU hardware loss — the most underpriced risk in AI infrastructure
- Built for the power standard next-gen AI factories demand
- Cost of DC Packet vs. cost of a single fault event: the ROI is not close
- $92B invested in 2025, $5.2T needed by 2030 — DC Packet is positioned at the most critical bottleneck
MARKET CONTEXT
The AI Infrastructure Boom
- $92B — Data center investment in 2025
- $5.2T — Global infrastructure needed by 2030
- 100GW — New AI capacity 2026–2030
- #1 — Power as site-selection criterion
- $30–40K — GPU hardware cost per H100
- $320K — Hardware per rack (8× H100)
Ready to Protect Your AI Infrastructure?
Contact our team to learn how DCPacket’s enhanced Digital Electricity® solutions, powered by VoltServer, can safeguard your operations.
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