Digi RabbitCore RCM6700-Interface Board

Description

Digi RabbitCore RCM6700-Interface Board
20-101-1338

The ultra-compact MiniCore RCM6700 is ideal for today’s smart energy initiatives as well as other applications that require a cost effective web-enabled device server. It provides up to 6 serial ports, configurable I/O and control features such as PWM. The RCM 6700 series also offers a much greater feature set than comparable device servers—and at a lower cost.

The RCM6700 series is fully programmable, taking advantage of processor peripherals. The programming environment, Dynamic C, is an ANSI C compatible development environment that provides a royalty free TCP/IP stack and Wi-Fi support. Various protocol support such as ZigBee and Modbus are also available to help reduce development costs and time-to-market. The Digi Remote Manager platform simplifies device deployment by allowing devices to easily pass through firewalls, eliminating server maintainance and costly on-site visits.

Features

Rabbit® 6000 running up to 200 MHz
10/100 Ethernet and pin-compatible with MiniCore 802.11b/g wireless modules
1 MB of internal RAM for program storage
Up to 4 MB of serial Flash for data logging or web page storage

The ultra-compact MiniCore RCM6700 is ideal for today’s smart energy initiatives as well as other applications that require a cost effective web-enabled device server. It provides up to 6 serial ports, configurable I/O and control features such as PWM. The RCM 6700 series also offers a much greater feature set than comparable device servers—and at a lower cost.

The RCM6700 series is fully programmable, taking advantage of processor peripherals. The programming environment, Dynamic C, is an ANSI C compatible development environment that provides a royalty free TCP/IP stack and Wi-Fi support. Various protocol support such as ZigBee and Modbus are also available to help reduce development costs and time-to-market. The Digi Remote Manager platform simplifies device deployment by allowing devices to easily pass through firewalls, eliminating server maintainance and costly on-site visits.