Simultaneous millimeter-wave transmissions

A system operative to facilitate simultaneous millimeter-wave transmissions, comprising:

• a management component configured to identify, out of a plurality of millimeter-wave communication nodes located respectively at a plurality of different locations, a first group of at least three millimeter-wave communication nodes, such that when geometrically interconnecting the locations of the at least three millimeter-wave communication nodes, a first non-straight path is formed;
• the management component is further configured to create a first communication link having a first frequency in conjunction with the first group, by instructing each of the at least three millimeter-wave communication nodes to electronically steer a millimeter-wave beam toward adjacent millimeter-wave communication nodes in the first non-straight path;
• and
• the system is configure to maintain a state in which non-adjacent millimeter-wave communication nodes in the first non-straight path do not interfere with one another as a result of the first non-straight path, even though operating in the same first frequency.

A system operative to facilitate simultaneous millimeter-wave transmissions, comprising:

• a first millimeter-wave communication node located at a first location and operative to electronically steer a millimeter-wave beam having a specific angular width;
• a second millimeter-wave communication node located at a second location and operative to generate a millimeter-wave emission, in which the second location is situated at a certain angular position relative to the first location;
• and
• a third millimeter-wave communication node located at a third location, in which the third location is situated at a certain different angular position relative to the first location, such that a particular angular difference is formed between the certain angular position and the certain different angular position;
• wherein:
• the first millimeter-wave communication node is configured to electronically steer the millimeter-wave beam toward the second millimeter-wave communication node, thereby facilitating a first data transmission between the first millimeter-wave communication node and the second millimeter-wave communication node via the millimeter-wave beam;
• and
• the specific angular width is smaller than the particular angular difference, thereby significantly reducing presence of the millimeter-wave beam at the third location, thereby allowing the second millimeter-wave communication node, simultaneously with the first data transmission, to send a second data transmission to the third millimeter-wave communication node via the millimeter-wave emission.