Industry
- Consumer Electronics
- Data Center Hardware
- AI Infrastructure
Platform
Fictiv’s global manufacturing partner network (domestic + overseas machining, assembly, DFM, and complex fulfillment)
Use Case
Rapid engineering validation for next-gen AI data center systems—high-mix, tight-tolerance machining and multi-component assemblies
Results
- 170 full assemblies delivered in <2 months
- 3 months faster than projected
- 4x faster than traditional vendors
- Zero idle time in assembly workflows
170 Complex Assemblies Delivered in Under 2 Months—3 Months Faster Than Planned
A leading global consumer electronics company faced a critical engineering challenge. Their internal fabrication labs were at full capacity and unable to support an urgent request to produce 40 PCB housing assemblies for early data center validation. The volume was too high for in-house prototyping but too low for their usual production partners.
Having worked successfully with Fictiv on prior builds, the team knew Fictiv could move fast, manage high complexity, and provide deep design-for-manufacturability (DFM) support—capabilities other external vendors rarely offer. This confidence, plus Fictiv’s ability to uphold the company’s strict quality standards, made Fictiv the clear choice for the most time-sensitive, high-stakes portion of the program.
The Company
The customer is one of the world’s most influential consumer electronics and technology companies. Their hardware sets global standards for precision and performance.
Their engineering teams are supported by sophisticated internal prototyping labs that serve thousands of engineers across multiple hardware branches. When timelines, complexity, or quantities exceed internal bandwidth, the company turns to external partners capable of matching their engineering rigor, quality expectations, and speed requirements.
“If there’s anyone who can do it, Fictiv can do it.”
Internal Project Lead
The Challenge
Urgent Need in the AI Data Center Race
The initial request: 40 PCB housing units, enabling early data-center validation builds. As the team saw Fictiv’s performance, scope expanded to 170 full assemblies, each containing tight-tolerance machined parts, static-dissipative materials, and over 100 OTS components.
Volume Profile Misfit
Internal machining and fabrication resources were at capacity, and supporting this program would have meant deprioritizing other mission-critical initiatives. Traditional suppliers declined the work due to the lower volume relative to mass-production norms.
Internal Coordination Challenges
No single stakeholder “owned” the project. Files, revisions, and instructions came from multiple designers across different hardware groups, delivered through a file-sharing platform. This required extensive project management and file governance.
Design Sensitivities & Material Constraints
The build itself was exceptionally complex:
- Static-dissipative material requirements across select features
- Multi-stage subassemblies with intricate fit-up
- Tight tolerance stack-ups across mechanical and OTS interfaces
- Packaging needed to protect delicate assemblies and support multi-site testing
Speed Was a Critical Competitive Advantage
With competitive pressure in the AI data-center market mounting, the timeline was completely non-negotiable.
The Solution
Fictiv deployed an expert 10-person cross-functional team of engineers, sourcing specialists, DFM experts, manufacturing strategists, and program managers who worked as an integrated extension of the customer’s internal teams. Fictiv managed the entire program lifecycle: sourcing, DFM, sequencing, machining, assembly, inspection, and complex fulfillment.
In addition, Fictiv leveraged its partnership with MISUMI to source 50% of the required OTS components at faster lead times.
Deep Engineering Partnership
Fictiv engaged in dozens of hours of design collaboration and manufacturability refinement:
- GD&T optimization to reduce unnecessary tolerance constraints
- Feature rationalization, identifying which features required static-dissipative material
- Material and geometry adjustments enabling certain parts to remain domestic for faster turnaround times
- Hybrid fulfillment strategy pairing overseas machining for complex parts with domestic machining for simplified or accelerated components
This level of collaboration—multi-hour sessions with company designers—was something competitive vendors would not provide. Without these sessions, production inefficiencies would have added an estimated 60–90 days to the timeline.
Proactive Project Management & Coordination
Real-time updates, Gantt tracking, risk logs, and rapid iteration kept the customer’s Engineering Project Manager fully informed, so they never had to chase status updates.
In addition, Fictiv provided:
- Constant file governance and revision tracking
- Rapid iteration cycles supporting milestone-based builds
- Ability to pivot immediately as requirements shifted—often daily
Fictiv’s team practiced proactive, transparent communication—inviting candid feedback, surfacing potential risks early, and keeping all stakeholders aligned on a daily basis for fast, informed decision-making.
Prioritized Production Strategy
Rather than batching parts by lead times, Fictiv sequenced production according to assembly and subassembly dependencies, enabling:
- Faster early builds
- Staggered shipments
- Zero idle time in assembly workflows
- Continuous system-level validation by the customer
When a few fit-check issues surfaced, Fictiv isolated root causes and re-prioritized affected parts without ever halting full production. This approach cut weeks from the expected timeline.
Custom Packaging & Multi-Site Fulfillment
Fictiv engineered custom packaging to protect assembled units during transit—something the customer had never before received from an external prototyping supplier. Sub-assemblies were kitted to support multi-site validation across internal labs.
“Everything so far has been great. Zero negative feedback. Consider that a win.”
Internal Project Lead
The Impact
Fictiv transformed what seemed impossible into a competitive advantage for the customer.
Delivered Ahead of Schedule
Despite a 4x project scope increase and navigating constant design changes, Fictiv delivered all 170 assemblies in under two months—ahead of the deadline.
~3 Months Faster Than Expected Timeline
Through optimized sequencing and staggered shipments, Fictiv cut an estimated three months from the company’s expected timeline—critical in the accelerating AI data center race
25% of the Time Traditional Vendors Required
Fictiv’s approach of engineering collaboration + hybrid sourcing + prioritized sequencing allowed execution in a fraction of typical vendor timelines.
No Status Update Chasing
With real-time updates, Gantt tracking, and transparent risk communication, the company’s EPM never had to request status. This enabled the EPM to present reliable updates confidently in weekly internal reviews.
Production Viability Validated Early
Fictiv’s work served as the engineering launchpad before eventual transition to high-volume manufacturing. The company now views Fictiv as the go-to partner for:
- Lower-volume reorders
- Early validation builds for next-generation systems
- High-mix, high-complexity assemblies requiring engineering collaboration
Flawless Delivery & Packaging
Custom protective packaging ensured all critical fits and finishes remained pristine. Subassemblies arrived ready to test at the company’s multi-site internal labs.
