MicroConnect 5m ST/UPC to ST/UPC Fiber Cable

The visual hue or combination of hues that a cable exhibits, expressed as common colour names such as "Black", "White" or comma‑separated lists like "Black, White". It indicates the appearance of the cable for identification and aesthetic purposes.

The linear measurement across the outer boundary of a fiber optic cable’s cladding, expressed in units such as micrometres (µm), millimetres (mm) or centimetres (cm). It represents the width of the light‑guiding region that surrounds the core and determines compatibility with connectors, splicers and other optical components.

The physical interface or port located at the first end of a cable or device, such as USB‑A, HDMI, RJ‑45, DisplayPort, Lightning, or other standard connectors. It identifies the shape, pin count and electrical characteristics that determine compatibility with cables, adapters or other components.

The linear measurement across the central optical core of a fiber cable, expressed in units such as micrometres (µm), millimetres (mm) or centimetres (cm). It represents the width of the light‑guiding region and is used to identify the fibre type (e.g., single‑mode vs multimode) and its compatibility with connectors and equipment.

The optical fibre configuration that determines how light propagates through the core, typically "Single‑mode" for narrow cores and single wavelength transmission or "Multi‑mode" for wider cores supporting multiple propagation paths. This attribute indicates whether a cable is designed for single‑mode or multi‑mode operation, which affects compatibility with transceivers, distance limits and bandwidth.

The designation of the optical fibre used in a cable or connector, such as OM1, OM2, OM3, OM4, OS2, etc. It indicates the mode (single‑mode or multimode) and core diameter characteristics that determine bandwidth, reach, and compatibility with equipment.

The outer jacket material is the substance that forms the protective sheath or covering of a product, such as cables, hoses, or enclosures. It determines durability, fire‑resistance, and suitability for specific environments. Common materials include PVC, LSZH, TPE, nylon, ABS, and their combinations.