Laser Antenna

Conveyor /cargo block information is listed in the table down below.

Overview

The Laser Antenna is a block capable of establishing a communication link between two units. Contrary to the Antenna, it does not broadcast the ship/station name of the specific systems it is on, giving an advantage on PvP servers – communication between two different locations without revealing the position of either. However, as the name would suggest, Laser Antennae must have a clear line of sight between them and has unlimited range (this allows secret communications between Earth and the Moon, for example, which are approximately 160km apart on Easy Start Earth). Players, Ships, Stations and Asteroid present in the direction of two Laser Antenna facing each other will disrupt the communication until the path is cleared.

The Laser Antenna can also relay the signal of other antennae within its range as long as another Antenna or Laser Antenna are present within the same system.

Usage

Unlike the Antenna, the Laser Antenna has a longer range and does not broadcast its location. The maximum power demand on the large ships and stations for the Laser Antenna is alot higher compared to the antenna. The ability to not publicly broadcast its location comes at a cost; with direction limitation, more power usage and a requirement of a clear line of sight; the laser antenna can only connect to exactly one other laser antenna, and cannot connect to a regular antenna at all. This means that a laser antenna can only remotely control one ship/base. The path between two linked Laser Antennae must be clear and the direction is limited by it own base, making it impossible to broadcast at full 360 degree range. You also cannot control remote structure directly from the control panel, you must sit in a cockpit or control station.

Establishing a connection

In order to connect two grids, both have to be powered and both laser antennas need to be within direct line of sight. There are two ways to connect:

1. Establishing a connection – Via a Terminal block, the player may simply paste the coordinates of the target Laser Antenna to connect to, and press <Connect>. If both are in direct line of sight and range then they will face each other and connect. The same terminal allows the player to copy the antenna’s coordinates.
2. Automating the connection – Via an in-game script it is possible to automate step one and let the script do the job. Antennas must still be within range and direct line of sight.

A permanent connection can be made by ticking the corresponding checkbox in the terminal (or if a script set it to true). In which case if the connection is lost both antennas will try to reconnect. Note that if the connection was lost because one of the grids moved out of the currently set range, then the antennas themselves are not capable of moving the departing grid back to position. Here too, a script can be used to detect that the antenna is out of range, and attempt to move closer to the last known location of the other antenna (or increase the range). However, the moment both antennas are in range and achieve line of sight again they will automatically reconnect without the need of player intervention or a script.

Remote Access

The laser antenna functions similar to that of Antenna block in which you can control ships and stations remotely from extreme distances, provided you have a direct line of sight connection between both laser antenna blocks. After a connection is made, similar to how control over a regular antenna, the player simply scrolls down and locates the Remote Control Block. The only condition to this is that the player must be seated on the ship or station with the laser antenna in order to gain access to the other ship it is connected to.

See the Programming section on script-controlling vast quantities of remote fleets.

Tips

You can use this formula to calculate the power consumption of the LA:

if distance < 200,000 m (200 km)

Power [Watts] = 10 • distance [meters]

if distance > 200,000 m (200 km)

Power [Watts] = 0.000025 • (distance [meters])^2 + 1,000,000

Power consumption is linear up to 200km, then it turns into a quadratic. You need 25MW for a 1000km connection, and 901MW for a 6000km distance.