Broadcast Node
Market
| Station | Sell | Buy |
|---|---|---|
| Jita | ||
| Amarr | ||
| Rens | ||
| Dodixie | ||
| Hek | ||
| Maila |
Basic
 | Volume | 100.00 m3 |
 | Mass | 0.00 |
| Published | True |
Cargo
 | Capacity | 0.00 m3 |
Planetary Interaction
| Schematic | Broadcast Node | |
| Cycle time |
| Inputs | Quantity | Volume | Rate |
|---|---|---|---|
 Neocoms | 6 units | 36.00 m3 | 36.00 m3/h |
 Data Chips | 6 units | 36.00 m3 | 36.00 m3/h |
 High-Tech Transmitters | 6 units | 36.00 m3 | 36.00 m3/h |
| Outputs | Quantity | Volume | Rate |
|---|---|---|---|
 Broadcast Node | 1 units | 100.00 m3 | 100.00 m3/h |
| Produced in | Planet type |
|---|---|
 Barren High-Tech Production Plant |  Planet (Barren) |
 Temperate High-Tech Production Plant |  Planet (Temperate) |
Industry
Other
| exportTaxMultiplier | 1,200,000.00 | |
| importTaxMultiplier | 1,200,000.00 | |
| Capacity | 0.00 m3 |
| Mass | 0.00 |
| Volume | 100.00 m3 |
 | radius | 1.00 |
Description
By integrating transcranial microcontrollers into a circuit made from synthetic synapses, the broadcast node is able to communicate directly with various station functions and with negligible signal loss and latency. The addition of computerized guidance systems, each running independent navigation system software routines, allows a single node to coordinate starship docking procedures, drone operations, and even station defenses.