High performance support-separators for communications cables
The present invention includes a high performance multi-media communications cable with one or more core support-separators having profiles defining a spacing between transmission media, fiber optics, or transmission media pairs.
1. The interior support-separator for a communications cable extending along a longitudinal length of a communications cable comprising along a central region of said separator a cross-section that is a solid diamond shaped configuration allowing conductor pairs to lie directly adjacent to each other, the distance between opposite tips of said diamond shaped configuration and the smallest dimension of said central region having a ratio of less than 2.0, and including a hollow orifice in a center portion of said central region of said interior support-separator.
2. The interior support-separator of claim 1 , comprising within said cross-section, two hollow triangular orifices in said central region of said interior support-separator, said two hollow triangular orifices shaped as equilateral triangles, wherein one triangular orifice is facing upright and another triangular orifice is facing downward, such that a peak of each triangular orifice is facing in opposite directions.
3. The interior support-separator of claim 2 , comprising within said cross-section, a diamond shaped orifice in said central region of said interior support-separator.
4. The interior support-separator of claim 3 , comprising within said cross-section, a center orifice slot in said central region of said interior support-separator.
5. An interior support-separator for a communications cable extending along a longitudinal length of a communications cable; comprising, along its cross-section, a maltese-cross shaped configuration with two arm members such that said maltese-cross shaped configuration central region is thicker along one axis than along the other axis of said central region and a length along one axis of one arm member is longer than the length along the axis of another arm member providing a skewed configuration and providing blunt tipped ends at both ends of the longer one arm member and blunt tipped ends at both ends of said another arm member and wherein said interior support-separator may have a hollow orifice in said central region of said interior support-separator.
6. The interior support-separator for a communications cable as in claim 5 , wherein said maltese-cross shaped configuration along said cross-section includes step-like sections along a perimeter of said support-separator providing small interstitial sectional grooves along an inner circumferential portion of clearance channels provided by said support-separator and a hollow orifice in a center region of a central portion of said interior support-separator.