Impedance & delay
Control conductor geometry, dielectric layers and twist to reduce discontinuities.
/
DATA / 01
Data Cables
Balancing bandwidth, space, weight and the electromagnetic environment
Digital interconnects for equipment and systems, co-engineered through conductors, insulation, twisting, shielding and jackets—from control buses to high-speed differential data, video and optical links.
High-speed dataSignal integrityLightweight routing
TYPICAL APPLICATIONSEquipment, avionics, semiconductor tools and high-speed communication systems
01 / PRODUCT OVERVIEW
Define the construction from system constraints
This information supports product direction and early technical discussions. Yidong Telecom defines final materials, dimensions and manufacturing around the actual interface, environment and validation target.
Crosstalk & EMI
Select pair shields, overall shields and grounding for the protocol and installation.
Size & weight
Balance diameter, copper content, mechanical strength and manufacturability.
Termination
Align cable construction, connector, strip dimensions and assembly process.
02 / PRODUCT TYPES
Series scope and selection direction
Each type must be further defined by protocol, length, installation and environmental conditions. A category name is not a fixed specification.
CAN Bus Cables
Controlled-impedance links for industrial and vehicle networks, with emphasis on common-mode noise and routing stability.
View specific product ↗Coaxial Cables
Concentric controlled-impedance paths for clock, video, RF or sensitive single-ended signals.
View specific product ↗DVI Cables
Multichannel differential construction and overall shielding for digital video equipment interconnects.
View specific product ↗Ethernet Cables
Equipment and system Ethernet links tailored around data rate, length, flexibility and environment.
View specific product ↗Fiber Optic Cables
Optical transmission for EMI immunity, isolation, low weight or longer-distance links.
View specific product ↗Fibre Channel Cables
High-reliability storage and data-network interconnects defined by termination, link budget and installation.
View specific product ↗FireWire® Cables
IEEE 1394-class equipment interconnect direction combining differential data, power and shielding.
View specific product ↗Flat Cables
Low-profile parallel constructions that improve routing efficiency and preserve conductor position.
View specific product ↗HDMI Cables
High-speed audio/video links with controlled differential pairs, crosstalk, shielding and termination.
View specific product ↗Quad Cables
Symmetrical four-conductor constructions for noise rejection, flexibility and compact balanced links.
View specific product ↗Shielded Twisted Pair Cables
Twist and shield systems that reduce crosstalk and external EMI across differential protocols.
View specific product ↗USB Cables
Data-and-power interconnects designed around rate, length, flex and connector requirements.
View specific product ↗Ultra-Clean Round Cables
Low-particle, routable round-cable direction for clean environments and precision equipment.
View specific product ↗03 / ENGINEERING DESIGN
Critical design goals
Typical construction path
Conductors
Solid or stranded copper-based conductors with plating selected for resistance, flex and strength.
Primary insulation
A polymer system selected for impedance, dielectric loss, temperature and processing.
Signal units
Twisted pair, quad, coaxial, optical or parallel-flat functional units.
Shielding & fillers
Foil, braid or composite shields with fillers that stabilize geometry.
Jacket & termination
Defined around abrasion, flex, cleanliness, flame and connector assembly.
04 / SELECTION & VALIDATION
Inputs needed to start solution assessment
01
Protocol, target data rate or frequency
02
Characteristic impedance and tolerance
03
Link length, connectors and transitions
04
Maximum diameter, weight and bend radius
05
Static, occasional-flex or continuous-motion use
06
Temperature, flame, cleanliness, vacuum or chemical requirements
IMPORTANT NOTE
This page supports product-direction and solution discussions. It does not imply automatic compliance with any protocol grade or certification. Final construction and performance are governed by the approved specification and validation results.
Ready to turn a product direction into a controlled specification?
Start an engineering assessment with your application boundaries.
Prepare protocol, electrical, mechanical, environmental, interface and validation requirements so we can define the material, construction and sample-validation path.
Return to requirement checklist ↗