==APC718==
The [[APC718]] accepts a single universe of DMX via its RJ45 connection. It's SPI output can drive up to 25 WS2801 or LPD6803 intelligent pixels (string / strip).
* Input: DMX (ESTA standard RJ45 socket)
* Power: 9 - 36V DC
* Output: 1 x SPI (4 way socket)
==DC24==
The [[DC24]] accepts a single universe of conventional DMX via it's RJ45 connection. Each DC output corresponds to a single DMX channel. The DMX start address can be set via a push button and the incoming DMX stream.
* Input: DMX (ESTA standard RJ45 socket)
* Power: 5 - 36V DC (Can use 2 split voltages)
* Outputs: 24 x DC (terminal blocks)
==DC48==
The [[DC48]] accepts a single universe of conventional DMX via it's RJ45 connection. Each DC output corresponds to a single DMX channel. The DMX start address can be set via a push button and the incoming DMX stream.
* Input: DMX (ESTA standard RJ45 socket)
* Power: 5 - 36V DC (Can use 2 split voltages)
* Outputs: 48 x DC (terminal blocks)
==ECG-D4==
The [http://www.j1sys.com/ecg-d4/ ECG-D4] accepts up to 4 universes of E1.31 data (DMX over IP) via it's Ethernet connection. Each of it's 4 DMX outputs can be configured to output a specific DMX universe. More than one output can also use the same incoming E1.31 DMX universe if required.
* Input: Ethernet (RJ45 socket)
* Power: Plugpack (5V)
* Outputs: 4 x DMX (RJ45 sockets)
==ECG-DR4==
The [[ECG-DR4]] accepts up to 4 universes of E1.31 data (DMX over IP) via it's Ethernet connection. Each of it's 4 DMX outputs can be configured to output a specific DMX universe. More than one output can also use the same incoming E1.31 DMX universe if required. Each DMX output can be internally jumpered for standard (ESTA) or Renard pinout on the RJ45 connector.
* Input: Ethernet (RJ45 socket)
* Power: Plugpack (5V)
* Outputs: 4 x DMX (RJ45 sockets)
==ECG-P12R==
The [http://www.j1sys.com/ecg-p12r/ ECG-P12R] accepts up to 12 universes of E1.31 data (DMX over IP) via it's Ethernet connection. Each of it's 12 SPI outputs can drive a specified (via a configuration web page) type of intelligent pixel string / strip.
* Input: Ethernet (RJ45 socket)
* Power: 5 - 36V DC (Can use 2 split voltages)
* Outputs: 12 x SPI (4 way sockets)
==ECG-PIXAD8==
The [[ECG-PIXAD8]] accepts up to 8 universes of E1.31 data (DMX over IP) via it's Ethernet connection. Each of it's 8 SPI outputs can drive a specified (via a configuration web page) type of intelligent pixel string / strip.
* Input: Ethernet (RJ45 socket)
* Power: 5 - 36V DC (Can use 2 split voltages)
* Outputs: 8 x SPI (4 way sockets)
==USB485RJ-ISO==
The [[USB485RJ-ISO]] is an electrically (optically) isolated version of the popular "OpenDMX" USB - DMX dongle. It provides one universe of DMX when used in conjunction with suitable PC software.
* Input: USB ("B" socket)
* Power: 5V (from USB connection)
* Output: 1 x DMX (ESTA standard RJ45 socket)
The [[APC718]] accepts a single universe of DMX via its RJ45 connection. It's SPI output can drive up to 25 WS2801 or LPD6803 intelligent pixels (string / strip).
* Input: DMX (ESTA standard RJ45 socket)
* Power: 9 - 36V DC
* Output: 1 x SPI (4 way socket)
==DC24==
The [[DC24]] accepts a single universe of conventional DMX via it's RJ45 connection. Each DC output corresponds to a single DMX channel. The DMX start address can be set via a push button and the incoming DMX stream.
* Input: DMX (ESTA standard RJ45 socket)
* Power: 5 - 36V DC (Can use 2 split voltages)
* Outputs: 24 x DC (terminal blocks)
==DC48==
The [[DC48]] accepts a single universe of conventional DMX via it's RJ45 connection. Each DC output corresponds to a single DMX channel. The DMX start address can be set via a push button and the incoming DMX stream.
* Input: DMX (ESTA standard RJ45 socket)
* Power: 5 - 36V DC (Can use 2 split voltages)
* Outputs: 48 x DC (terminal blocks)
==ECG-D4==
The [http://www.j1sys.com/ecg-d4/ ECG-D4] accepts up to 4 universes of E1.31 data (DMX over IP) via it's Ethernet connection. Each of it's 4 DMX outputs can be configured to output a specific DMX universe. More than one output can also use the same incoming E1.31 DMX universe if required.
* Input: Ethernet (RJ45 socket)
* Power: Plugpack (5V)
* Outputs: 4 x DMX (RJ45 sockets)
==ECG-DR4==
The [[ECG-DR4]] accepts up to 4 universes of E1.31 data (DMX over IP) via it's Ethernet connection. Each of it's 4 DMX outputs can be configured to output a specific DMX universe. More than one output can also use the same incoming E1.31 DMX universe if required. Each DMX output can be internally jumpered for standard (ESTA) or Renard pinout on the RJ45 connector.
* Input: Ethernet (RJ45 socket)
* Power: Plugpack (5V)
* Outputs: 4 x DMX (RJ45 sockets)
==ECG-P12R==
The [http://www.j1sys.com/ecg-p12r/ ECG-P12R] accepts up to 12 universes of E1.31 data (DMX over IP) via it's Ethernet connection. Each of it's 12 SPI outputs can drive a specified (via a configuration web page) type of intelligent pixel string / strip.
* Input: Ethernet (RJ45 socket)
* Power: 5 - 36V DC (Can use 2 split voltages)
* Outputs: 12 x SPI (4 way sockets)
==ECG-PIXAD8==
The [[ECG-PIXAD8]] accepts up to 8 universes of E1.31 data (DMX over IP) via it's Ethernet connection. Each of it's 8 SPI outputs can drive a specified (via a configuration web page) type of intelligent pixel string / strip.
* Input: Ethernet (RJ45 socket)
* Power: 5 - 36V DC (Can use 2 split voltages)
* Outputs: 8 x SPI (4 way sockets)
==USB485RJ-ISO==
The [[USB485RJ-ISO]] is an electrically (optically) isolated version of the popular "OpenDMX" USB - DMX dongle. It provides one universe of DMX when used in conjunction with suitable PC software.
* Input: USB ("B" socket)
* Power: 5V (from USB connection)
* Output: 1 x DMX (ESTA standard RJ45 socket)