AV-Portal Ethernet IO

Portal Ethernet IO

1602 Group has decades of experience with Ethernet IO controllers controlling thousands of systems around the world some with as many as 10,000 IO pins. The Portal system is the latest development and adds DIN rail mounting and a more modular approach.

The entry level Ethernet IO 64 system provides 64 DC circuits through a single network port. Signals can travel in either direction and modules may be chosen with either polarity.

The Ethernet IO Modular uses the same modules but with programming software allows almost infinite expansion of locations and includes routing logic. Modules can drive lamps and solenoids. Addins are available to record and playback real-time events and sequence a show.

AV-Portal - Ethernet IO

Part of the AV Portal system, Ethernet IO can be used simply to run circuits to a distant location over fiber or to control a variety of hardware. Portal IO is a physical addin to a software system

Ethernet IO 64

An entry level system with 64 circuits over Ethernet. Pins are programmable to be either inputs or outputs with no hardware change. Saves money and time when running DC control signals.

Ethernet IO Modular

The modular system controls up to 512 circuits per location with as many locations as you need. System design software allocates routing through the system. One input can feed multiple outputs.

Touchscreen Support

IO pins can be activated directly from the Portal Touchscreen controllers. Routing and other functions may also be changed with the press of a button.

record and playback

An optional system can capture network events and record them to USB media. Events can be replayed and controlled using a touch remote including choosing from a library of performances. Files are saved in MIDI format and so easily editable.

Preset memory recall

The Portal system optionally has 256 control inputs that capture the state of up to 1,024 inputs. On recall these control inputs can fire actuators or drive lamps.

Event sequencer

64 of the preset controls can be arranged in an event sequencer to set through a predefined sequence commanded by external control or from internal playback. Each set of 64 inputs is repeated in 1,000 memory banks to provide an overall capacity of 64,000 sequence points each controlling 1,000 IO pins.