News/Blog

Comparing LC, SC, ST, FC, and MPO/MTP for OEMs: Why Compare?

The most common fiber optic connector types used in OEM assemblies are LC, SC, ST, FC, and MPO/MTP, along with 905 SMA variants for specialty and high-power applications. Each connector type differs in size, ferrule design, coupling mechanism, and fiber-count capacity—differences that determine whether a connector belongs in a compact medical device, a high-density data center switch, or a ruggedized defense system.

Precision Connections. Proven Partnership. Ready to Scale.

At Agility Tech, we manufacture fiber optic assemblies that connect high-performance systems across medical, scientific, defense, telecom, and industrial markets. From precision polishing and alignment to rigorous testing, we build solutions that meet your technical demands, regulatory requirements, and market realities. 

A Look at Fiber Types, Assembly Options, and How to Choose the Right Manufacturing Partner

Fiber optic cables power the world’s fastest, most reliable data systems—from medical devices and aerospace equipment to telecom networks and industrial automation. These cables use pulses of light to transmit information through ultra-thin glass or plastic fibers, enabling high-speed, long-distance communication with minimal signal loss.

Why Proactive BOM Management Is Essential

Proactive BOM management is essential when partnering with an EMS provider for electro-mechanical assembly and box build because it directly impacts cost control, supply chain resilience, product quality, and operational agility.

Partnering with an EMS provider for electro-mechanical assembly and box build requires OEMs to look beyond simply handing off a bill of materials (BOM). To ensure a successful, value-driven relationship, OEMs must consider a range of strategic, technical, and operational factors that impact viability, cost, quality, and time-to-market.

What EMS Customers Gain in Efficiency, Functionality, Reliability, and Quality

Electro-mechanical assemblies are the backbone of modern technology, seamlessly integrating electrical and mechanical components and sub-systems to deliver reliable and advanced solutions and functionality. This requires a manufacturing partner that specializes in performing DFM, sub-assembly hierarchy, generation of internal production documentation, manufacturing, and testing of these complex products, ensuring every assembly meets the highest standards for quality, functionality, reliability, and manufacturability/scalability—while delivering clear, measurable value, ROI, and accelerated time-to-market.

Agility Tech Supports EMS Customers Through Proactive Supply Chain Methodology

U.S.-based OEMs and the global electronics manufacturing services (EMS) sector currently face unprecedented challenges from geopolitical instability, escalating/fluctuating tariffs, and a volatile global trade environment.

8 Steps to Guide You Through Electro-Mechanical and Box-Build NPI Projects

Launching a new product, especially in the electro-mechanical or box-build domain, can be both a challenging and rewarding endeavor. A successful new product introduction (NPI) requires a well-executed design and meticulous planning and execution. As we discuss in our previous related articles. This one gives a general overview about electro-mechanical manufacturing and box-build manufacturing, and this article discusses seven crucial steps involved in its manufacturing. These shine light on manufacturing fundamentals that lay the groundwork for successful electro-mechanical and box-build manufacturing projects.

Understanding the Vital Steps Involved in Electro-Mechanical and Box-Build Manufacturing

Customers want to know they can trust their manufacturing partner to produce the most efficient, reliable, top-quality product. There are many nuances that synergize to form the most successful manufacturing partnership collaborations. These work best when the following seven vital steps are instituted when manufacturing your electro-mechanical and/or box-build and control panel products. For an overview of the basics of electro-mechanical and box-build manufacturing in our previous blog, you can read that here.

Discussing Their Similarities and Differences

Although electro-mechanical and box-build manufacturing share similarities and are often considered the same capability-set in the industry, there are distinct differences that we will explore here.

Both electro-mechanical and box-build manufacturing are needed for use in infinite, diverse products spanning a wide range of applications, industries, and markets, including, among others: