JLCooper eBOX - Quad Serial to Ethernet Interface

It simplifies long distance cabling by using IP addressable, point-to-point architecture to send control messages over existing 10/100 BASE-T wiring. The eBOX features 4 serial connectors, activity LED`s, 24 GPI inputs and 24 outputs as a standard feature.

Port direction can be configured as DTE or DCE on each port independently. In addition, the eBOX can operate as a GPI to Serial Converter or GPI to Ethernet Converter. In these modes, the unit will convert GPI input triggers to deck commands.

10/100BASE-T (Ethernet) to Quad RS-232/422 (9-Pin) and GPI hardware interface

Ideal for LAN, WAN and Internet control of VTRs, DDRs, switchers, computer based editing systems, cameras, projectors and other devices that use RS-232/422 (9- Pin) and GPI

Commands from a host NLE, Browser or RS-422 switcher/controller are directed to individual devices on the network

Allows broadcast or networked facilities to control distanced machine rooms from a facility`s central server

Ideal for broadcast television, streaming media networks, multi-room editing facilities, news production or in any audio/video/multimedia studio where remote hosts need to control devices over long distances or via the Web

Host to eBOX, eBOX to host and eBOX to eBOX communication is possible - an unlimited number of units can be addressed

The serial ports can be configured in the field to appear as EIA/TIA RS- 232E and CCITT V.28 or as EIA/TIA RS-422A, RS-423 and Federal Standards 1020 & 1030 ports

Configuration is accomplished through a web page server built into the eBox. Items such as port speed, parity, IP address, remote IP address and TCP port are set using a standard web browser - settings are stored in nonvolatile memory

This Ethernet port is just like an Ethernet port on a computer, and can be connected to a hub, switch or router

The four 9-pin D-Sub connectors can be configured for RS-232C or RS-422A operation

eBOX can act as a GPI to Serial converter - each of the 24 GPI Inputs can be assigned to send P2 or Odetics Commands. Assignments are retained in non-volatile memory and basic tally back information is provided via GPI outputs

Works as an interface for GPI or serial to Doremi Labs V1 or MCS (2R2P) Servers. Also supports older P2 controllers via LAN, WAN and Internet

EBox contains a basic security mechanism that prevents unintended hosts from passing data through a secured eBox. A password is set on the configuration page and stored in nonvolatile memory. When password protection is enabled, eBox embeds the password in the transmitted IP packet. At the remote end, the receiving eBox must have password protection enabled and be programmed with a matching password