IO3CC
Description
IO3CC CardCage
The KissBox IO3CC CardCage can hold up to 3 standard Kiss-Box I/O-Cards, thus allowing control over up to 24 I/O points in a single unit. Input signals received on input cards will be translated to Ethernet UDP/IP or TCP/IP packets and send out over the network. Received Network messages translated to output signals on the selected output cards. Any compliant 3th party software can be used to process these messages and thus “read” or “write” standard in and outputs (like relays, contact-closures, analog signals) via a standard Ethernet network. A range of I/O cards is available.
If configured to use the Artnet protocol the I/O CC can be used to control the cards with DMX-512. This allow any Artnet compliant lighting controller or software to control and receive switching data from the I/O CC.
The ModbusTCP firmware allows the IO3CC to be controlled with the Modbus protocol via Ethernet.
Our RTP-MIDI firmware makes it possible to use the I/O in a MIDI environment. This allows for full control of all the I/O CC Input and Output cards through MIDI soft and hardware devices like musical keyboards and sequencers.
More information on the RTP-MIDI protocol standard is available on Wikipedia.
- IO3CC – 3 slots hold up to 24 versatile in and/or outputs
- IO8CC – 8 slots hold up to 64 versatile in and/or outputs
- Easy IP (TCP or UDP) control
- Controllable with DMX-512 over Ethernet. (with Artnet Firmware)
- Controllable with MIDI over Ethernet. (with RTP-MIDI Firmware)
- Modbus control option
- Windows, Mac OS X and Linux compatible
- Operating power over the network cable.– IEEE 802-3af
- IO3CC Dimensions (WxHxD) : 86mm x 86 mm x 56mm / 3,38’’ x 3,38’’ x 2.2’’
- IO8CC Dimensions (WxHxD) : 172mm x 86 mm x 56mm / 6,76’’ x 3,38’’ x 2.2’’
- Rack Space Required : 2U
- Weight : IO3CC 0.294 Kg / 0.588 Lbs / IO8CC 0,498 Kg / 1.097 Lbs
- Power Supply : POE – EEE802.3af / 15W / 48V
- Power Consumption : 3W (Max.)
- Heat dissipation : 7 BTU / Add 1 BTU per card )
- Operating Temperature : 0°C ~ +55°C / +32°F ~ +131°F / 10% ~ 90% / non-condensing