Every stage — from electrical validation and batch traceability to environmental endurance design — generates fully verifiable measurement data.
Compliant with industrial standards. Uses Time-Domain Reflectometry (TDR) to measure structural impedance and locate signal path flaws, alongside a Vector Network Analyzer (VNA) to evaluate Insertion Loss (IL), Return Loss (RL), and Near-End Crosstalk (NEXT), ensuring high-frequency signal integrity.
Yes Way maintains full BERT (Bit Error Rate Test) batch verification records — not only assuring product quality, but preserving a complete quality history for every production batch. From design through mass production, every deliverable carries proven electrical stability and long-term system reliability.
Building on years of expertise in electronic connectors, we continue to invest in high-frequency circuit innovation. From prototype design through product verification, our engineering team engages efficiently with customers to shorten development cycles and get products to market sooner.
Whether the challenge is a complex harness routing layout or a tight server enclosure constraint, we deliver a custom solution. Our designs account for extreme operating conditions, maintaining stable physical structure and performance under high temperature and heavy vibration.
Quality assurance for Taiwan-made high-speed cable OEM/ODM. Yes Way operates a complete verification system, from microscopic defect analysis to weathering and endurance testing. The four instruments below cover micron-level dimensional inspection, salt spray corrosion testing, insertion/withdrawal life testing and non-contact dimensional measurement.
Precision inspection, microscopic defect analysis and dimensional measurement. Magnifies fine conductors, insulation layers and terminals at 4K resolution, confirming that products meet strict industrial standards at micron scale.
Accelerated artificial environment testing that evaluates corrosion resistance of cables and their metal parts (terminals, conductors, braid shields). Within tens to hundreds of hours it establishes rust and corrosion performance under extreme climates, to international standards.
Assesses the durability and physical characteristics of cables and connectors (USB, Type-C, HDMI and others). Software-defined parameters measure instantaneous force and displacement during mating and unmating, confirming that cables withstand frequent use without damage or intermittent contact.
Non-contact measurement combining high-resolution optics with a precision stage. Used for terminal and connector dimensions, wire outer diameter, strip length and insulation thickness — confirming products meet tolerance requirements.
Designed for high-speed communications, automotive electronics, and consumer electronics interconnect testing. Featuring a 140 dB dynamic range, low trace noise, and high temperature stability, this platform accurately detects physical defects and electrical variations up to 26.5 GHz, ensuring repeatable and traceable measurement data.
High-speed bus verification: four-port differential S-parameter measurement improves signal integrity and suppresses EMI for PCIe Gen 3/4, USB4 and HDMI 2.1 cables.
Enhanced time-domain analysis (TDR): the cable's "X-ray" — locating characteristic impedance variations at millimetre resolution to pinpoint poor solder joints, crush deformation and conductor inconsistency.
Shielding effectiveness testing: the 140 dB dynamic range accurately measures the EMI immunity and isolation performance of coaxial and industrial shielded cable, confirming stable transmission in complex environments.
Designed for 5G mmWave and AI data center applications (800G/1.6T Ethernet, PCIe Gen 5/6), this platform provides a 53 GHz microwave measurement bandwidth. By integrating traditional external components — including DC power supplies, Bias Tees, and pulse generators — into a single system, it simplifies test setups for high-frequency interconnects.
AI server harness limit testing: capturing higher-order harmonics across the full 53 GHz bandwidth confirms that DAC / ACC / AOC cables carry high-rate NRZ or PAM4 signals without severe inter-symbol interference (ISI).
Active cable integrated measurement: built-in DC source and bias tees apply bias without external circuitry, enabling direct high-frequency characterisation of ACC / AOC assemblies with greater speed and accuracy.
Millimeter-wave coaxial cable loss characterization: accurately measures insertion loss and return loss for aerospace and base station-grade cables up to 53 GHz, ensuring transmission efficiency and phase accuracy.
The Hitachi EA1000VX benchtop XRF analyser is an essential quality tool across cable development, production and testing. On the production line and in R&D it performs fast, non-destructive, high-sensitivity screening of PVC and rubber jacket materials for RoHS restricted substances (such as lead and cadmium) and halogens (Cl, Br).
Equipped with thin-film FP software and a 1 mm micro-collimator, it also measures plating thickness (gold, nickel, tin) and composition on fine cores, copper conductors and connector terminals. Hitachi's HHS technology automatically compensates for the cylindrical or irregular geometry of cable, substantially improving measurement accuracy — covering both environmental compliance and conductive quality.
Yes Way operates a complete set of cable processing equipment — cutting, stripping, soldering, protective wrapping and injection moulding — all controlled in-house at our New Taipei facility in Taiwan. Automation raises production precision and ensures consistent quality from rapid prototyping through high-volume manufacturing, with the flexibility to handle orders of any scale.
Servo-controlled pressure combined with pulsed current instantly melts solder or metal, producing high-tensile, highly conductive and repeatable joints.
Core equipment for cable and harness manufacturing — cutting cables, ribbon cables and wires to precise length while performing automated stripping, half-stripping or twisting, greatly improving throughput and quality.
Cuts cable precisely and removes the insulation jacket, so conductors carry signal and power reliably through subsequent crimping or soldering.
High-resolution, weather-resistant ribbons and materials keep labels attached and legible in harsh environments — essential for cable quality control and compliance with international safety standards such as UL and CE.
Used for insulation protection at terminal blocks and solder joints, connector potting, and reinforcement of high-speed ribbon cable. Precise metered dispensing with UV curing hardens adhesive within seconds, improving both throughput and yield.
Removes moisture from raw material to prevent bubbles, breaks and surface defects during subsequent melt extrusion.
Wraps acetate cloth tape tightly and evenly around cables, harnesses and wire bundles. Widely used in cable and automotive harness manufacturing for excellent insulation, heat resistance and EMI immunity.
Automatically cuts and applies PET or nylon expandable braided sleeving to harnesses, replacing manual cutting and threading with a faster, more consistent process.
Terminals or cable ends are placed into the mould (insert moulding) and molten plastic is injected under high pressure to form the insulation overmould. Vertical gravity clamping keeps cable and mould precisely aligned, avoiding flash and uneven coverage.
UL Listed · View documents →
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Yes Way's in-house high-speed transmission structures hold invention and utility patents in Taiwan, China, Japan, Germany and the United States — securing our technical lead in signal integrity through intellectual property.
From specification review and PCB layout to TDR / VNA impedance measurement and BERT verification, the Yes Way engineering team will respond to your requirement within 24 hours.
