Understanding Medical Grade Coaxial Cables Medical grade coaxial cables are essential components in medical devices, ensuring reliable signal transmission in diagnostic and therapeutic applications. The unique requirements of the medical industry necessitate that these cables meet stringent safety and performance standards. Certifications serve as a…
Read More
Understanding USB4, PCIe Gen6, and Thunderbolt Technologies As data transfer speeds continue to accelerate in modern computing environments, understanding the various cabling options becomes crucial for achieving optimal performance. USB4, PCIe Gen6, and Thunderbolt represent the forefront of connectivity, each with unique attributes and specifications…
Read More
Understanding Micro Coaxial Cables Micro coaxial cables play a critical role in high-speed data transmission, particularly for applications involving Low Voltage Differential Signaling (LVDS), embedded DisplayPort (eDP), and Mobile Industry Processor Interface (MIPI). This guide aims to elucidate the design considerations and specifications essential for…
Read More
Understanding Automotive-Grade Micro Coaxial Cables As the automotive industry continues to evolve, the demand for high-performance components is becoming increasingly critical. Among these, automotive-grade micro coaxial cables are emerging as a vital technology for modern vehicles. They play a pivotal role in supporting high-resolution displays…
Read More
Understanding Multi Coaxial Cables Multi Micro Coaxial Cables, often referred to as Multi-coaxial Cables or Multi-core Coaxial Cables, play a pivotal role in various industries. These cables integrate multiple independent shielded 50Ω coaxial units (ranging from 36–50 AWG) into a single flexible bundle. What sets…
Read More
Understanding AWG Standards for Ultrasound Probe Cables AWG. A seemingly simple abbreviation, yet it carries significant weight in the world of ultrasound technology. But what does it really mean for ultrasound probe cables? American Wire Gauge (AWG) is a standardized wire gauge system used in…
Read More
An auditor walks onto a cable production floor and pulls a random spool off the rack. Not the spool the host pointed at — a different one. They flip it over, find the lot tag, and ask: "Walk me through where this material came from…
Read More
Most "RoHS compliant" claims fall apart at the second audit question. The first question is "do you have a Certificate of Compliance?" Almost every cable supplier will say yes and email a one-page PDF. The second question is "show me the underlying test data and…
Read More
Your PFA jacket material has full ISO 10993 supplier data. Your cable still might fail biocompatibility testing. That sentence is the single most expensive lesson we see medical device teams learn. They specify a "biocompatible cable" by listing materials with known biocompatibility data — PFA…
Read More
Setting up a low-tension stranding line for a new SKU takes about 4 hours. Threading 7 strands of 50AWG silver-plated copper through the bunching head, dialing in tension to about 80 grams per strand, verifying lay length under a calibrated optical scope, running a 50-meter…
Read More
A probe design team at a medical imaging startup told us they'd been waiting 11 weeks for cable prototypes from their first supplier. Eleven weeks—for five sample cables. By the time the cables arrived, the probe design had iterated twice and the cable spec was…
Read More
Who are the real players in micro coaxial cable manufacturing—the ones actually building cable for medical imaging, NDT, aerospace, and robotics—versus the companies that show up in search results but mostly resell other manufacturers' products? That distinction matters when you're qualifying a supplier for a…
Read More
The assumption that Japanese micro coaxial cable is inherently better than Chinese is about ten years out of date. We say this as a Chinese manufacturer—FRS Technology is based in China—so feel free to discount our opinion appropriately. But discount it based on the data,…
Read More
Single-source dependency on W.L. Gore for ePTFE micro coaxial cable is a supply chain risk that medical OEMs have been quietly worried about for years. Gore makes excellent cable—that's not the question. The question is what happens when Gore's lead times stretch to 14 weeks,…
Read More
A medical imaging OEM came to us after spending four months trying to get Belden to quote a 128-channel bundled micro coaxial cable for their new ultrasound probe. Belden makes excellent individual micro coaxial cable elements—that's not the issue. The problem was that Belden's business…
Read More