NPI Services, Inc.

10/08/2026

Beyond the Board: The Hidden Challenge Facing the Defense Industrial Base Is Speed

The Defense Industrial Base is under pressure to move advanced capabilities from concept to qualified hardware faster.
That challenge is not limited to acquisition or production capacity. It also appears in the handoffs between design, sourcing, PCB fabrication, PCBA prototype development, testing, revision, and production.

In our latest NPI Industry Insights / Beyond the Board article, we explore:

• Where defense electronics programs lose time
• How AI is compressing portions of the design cycle
• Why manufacturing partners need to be involved earlier
• How faster feedback loops can improve prototype-to-production readiness
• Why speed must be paired with technical integrity and reliability

For engineering teams, the goal is not simply to move faster. It is to remove unnecessary friction without compromising the quality of the build.

Read the full article:
https://www.npiservices.com/blog-defense-industrial-base-speed/

When Quick Turn Matters!

Speed is a strategic advantage in the defense industrial base. Learn how teams can reduce delays from design through PCBA prototype and production.

08/21/2026

The electronics industry is changing.

AI infrastructure, satellite technologies, autonomous systems, and advanced electronics are placing unprecedented pressure on the global supply chain.

The companies that succeed won't simply build great products; they'll build resilient supply chains that move innovative designs from PCBA prototype to production faster and with fewer disruptions.

In our latest Beyond the Board series article, we explore why engineering teams are making supply chain strategy part of the design process, not an afterthought.

As we prepare for the upcoming SATELLITE Conference, we're looking forward to discussing these trends with customers, suppliers, and industry partners.

Read the latest Industry Insights from NPI Services:
https://www.npiservices.com/blog-electronics-supply-chain-strategy/

Learn how AI demand, PCB material shortages, and expanding space and autonomy markets are making electronics supply chain strategy essential.

08/20/2026

Moving fast in hardware development doesn’t mean cutting corners.

It means eliminating surprises before the build ever starts.

Most demo delays aren’t caused by manufacturing; they’re caused by upstream gaps:

- Incomplete or unclear BOMs
- Unvalidated component availability
- Inconsistent build documentation
- Late-stage questions that slow everything down

In low-volume PCB assembly, speed is earned through preparation.

When your build package is complete: BOM with approved alternates, clear stack-up, full manufacturing files - you reduce back-and-forth, accelerate quoting, and protect your timeline.

And when you validate with a first-article check, you protect quality without sacrificing speed.

If your next demo depends on getting it right the first time, start by tightening your inputs.

Read more: https://www.npiservices.com/blog-low-volume-pcb-assembly-demo-deadlines/

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Move fast without sacrificing reliability. Learn how engineering teams hit demo deadlines with low-volume PCB assembly through disciplined documentation, early BOM planning, supplier communication, and first-article validation, so speed and quality stay aligned.

08/19/2026

Building high-performance RF and microwave PCBs requires more than selecting a laminate from a datasheet.

As frequencies increase and designs become more complex, material behavior directly impacts:

• Signal integrity
• Insertion loss
• Thermal stability
• Manufacturability
• Long-term reliability

Our newest article, “Building Better RF & Microwave PCBs: What Engineers Need to Know About Materials,” explores how engineering teams are approaching RF material strategy earlier in the design cycle to improve repeatability, reduce supply chain risk, and accelerate time-to-market.

From PTFE laminates to hybrid RF stackups, understanding the tradeoffs between performance, cost, and fabrication compatibility has never been more important.

Read more: https://www.npiservices.com/blog-rf-pcb-materials-guide/

Engineers designing RF and microwave systems need stable, low-loss RF PCB materials. Learn how Dk, Df, copper profile, and stackup choices impact real-world performance.

08/18/2026

Choosing PCB materials is not just about layer count. Dk, Df, copper roughness, Tg, and Z-axis CTE directly impact signal integrity, insertion loss, and long-term reliability.

From FR-4 to low-loss epoxy, PTFE, and polyimide, the right choice depends on your toughest constraint, whether that is high-speed performance, thermal cycling, flex requirements, or cost.

Bring NPI in early to lock your stack-up and select materials that support performance and manufacturability.

Read our latest blog here: https://www.npiservices.com/blog-pcb-materials-guide/



What Every

A practical PCB materials guide for new engineers - Dk/Df, Tg/Td, CTE, copper foils, FR-4 vs PTFE/polyimide, plus stack-up and sourcing tips.

08/13/2026

What’s in a PCB and why it matters?
PCB material selection directly impacts signal integrity, thermal performance, reliability, and overall cost.

In our latest blog, we break down common PCB material options and key considerations to help engineers and product teams make informed decisions.
Read the full post here: https://www.npiservices.com/pcb-materials-how-to-choose/

07/03/2026

This Independence Day, we’re celebrating more than 250 years of American innovation.

Behind every breakthrough is a network of engineers, manufacturers, suppliers, and technology partners working together to bring new ideas to life.

At NPI Services, we’re proud to support that innovation by helping customers move from concept to prototype to production with responsive engineering support and quick-turn manufacturing solutions.

Thank you to our customers, partners, and suppliers for trusting us to be part of your journey.

Here’s to the next generation of innovation.

Happy Independence Day!

02/09/2026

At NPI we know that successful flex PCBs start with material selection. The unique behavior of flexible substrates, adhesives, and coverlays means your material choices in the earliest stages will dictate yield, long-term reliability, and cost.

Read more about avoiding flex PBC errors in our new blog:

Learn how to avoid common design mistakes in flex PCB fabrication. From material selection to bend radius, adhesives, and stackup planning, get tips to ensure your flex and rigid-flex PCBs are reliable, cost-effective, and ready for manufacturing.