A print component, comprising: an array of fluidic actuation structures (FAS -(n)) including: a first column of fluidic actuating structures (FAS -(n)) addressable by a set of actuation addresses (A1-n), each fluidic actuating structure (FAS -(n)) having a different one of the actuation addresses (A1-n) and having a fluidic architecture type; and a second column of fluidic actuating structures (FAS -(n)) addressable by the set of actuation addresses (A1-n), each fluidic actuating structure (FAS -(n)) of the second column having a different one of the actuation addresses (A1-n) and having a same fluidic architecture type as the fluidic actuating structure (FAS -(n)) of the first column having the same address (A1-n); an address bus to communicate the set of addresses (A1-n) to the array of fluidic actuating structures (FAS -(n)); a fire signal line to communicate a plurality of fire pulse signal types to the array of fluidic actuating structures (FAS -(n)), the fire pulse signal type depending on the actuation address (A1-n) on the address bus; and a fire pulse terminal to receive the plurality of fire pulse signal types, the fire signal line directly connected to the fire pulse terminal, and wherein each fluidic actuating structure (FAS -(n)) comprises a number of features of a group of features including a fluid chamber to hold fluid, a nozzle orifice in fluidic communication with the fluid chamber and through which fluid drops are ejected from the fluid chamber, and a fluid actuating device, where different fluidic architecture types have features of the group of features having different sizes including different sizes of nozzle orifices, different sizes of fluid chambers, and different fluid actuator sizes. an array of fluidic actuation structures (FAS -(n)) including: a first column of fluidic actuating structures (FAS -(n)) addressable by a set of actuation addresses (A1-n), each fluidic actuating structure (FAS -(n)) having a different one of the actuation addresses (A1-n) and having a fluidic architecture type; and a second column of fluidic actuating structures (FAS -(n)) addressable by the set of actuation addresses (A1-n), each fluidic actuating structure (FAS -(n)) of the second column having a different one of the actuation addresses (A1-n) and having a same fluidic architecture type as the fluidic actuating structure (FAS -(n)) of the first column having the same address (A1-n); a first column of fluidic actuating structures (FAS -(n)) addressable by a set of actuation addresses (A1-n), each fluidic actuating structure (FAS -(n)) having a different one of the actuation addresses (A1-n) and having a fluidic architecture type; and a second column of fluidic actuating structures (FAS -(n)) addressable by the set of actuation addresses (A1-n), each fluidic actuating structure (FAS -(n)) of the second column having a different one of the actuation addresses (A1-n) and having a same fluidic architecture type as the fluidic actuating structure (FAS -(n)) of the first column having the same address (A1-n); an address bus to communicate the set of addresses (A1-n) to the array of fluidic actuating structures (FAS -(n)); a fire signal line to communicate a plurality of fire pulse signal types to the array of fluidic actuating structures (FAS -(n)), the fire pulse signal type depending on the actuation address (A1-n) on the address bus; and a fire pulse terminal to receive the plurality of fire pulse signal types, the fire signal line directly connected to the fire pulse terminal, and wherein each fluidic actuating structure (FAS -(n)) comprises a number of features of a group of features including a fluid chamber to hold fluid, a nozzle orifice in fluidic communication with the fluid chamber and through which fluid drops are ejected from the fluid chamber, and a fluid actuating device, where different fluidic architecture types have features of the group of features having different sizes including different sizes of nozzle orifices, different sizes of fluid chambers, and different fluid actuator sizes.