Make connections quickly and reliably with this breakout board, which brings every pin of its 8P8C modular jack connector out to screw terminals. This breakout board comes mounted in an attractive case. See pricing table below for all part numbers.
This breakout board is perfect for production applications as well as experimentation and prototype work. It is well-suited for work with serial ports, sensors, data acquisition equipment, RS-232 devices, MODBUS connections, and other devices that use RJ45/8P8C connectors.
The '8P8C' designation on the modular jack stands for '8-Position, 8-Conductor', which is compatible with RJ45 connectors.
Need something different? We stock a variety of RJ45/8P8C breakout board styles and form factors. Please have a look!
A breakout board is sometimes referred to as a "transition module", "terminal board", "terminal block", "breakout box", "breakout adapter", "terminator", or "interface module".
The breakout board comes already installed in a sturdy black plastic hood enclosure / shell with a removable cover. A hole in the end provides ample space for conductors to exit the enclosure, and a convenient strain-relief feature allows wires to be easily secured with a zip tie in just seconds. A curved channel guides the zip tie (included) around the wire bundle and back up for cinching.
|Part #||Revision||Description||PDF Drawing||DWG Drawing||IGES Model||STEP Model||Document|
|BRKEA8PB-N||A||RJ45 Female, Screw Terminals|
|Surface Mounting Instructions|
|Need a quality screwdriver for your breakout boards? Winford sells Wiha screwdrivers!|
Pricing and Ordering
|Product #||Description||1+||10+||50+||RoHS||Buy Now|
RJ45 Female Connector, Screw Terminals:
|BRKEA8PB-N||RJ45 8P8C Shielded Jack Breakout Board with Enclosure, Screw Terminals||$15.00||$14.20||$14.05||Yes|
All of the above items are normally stocked. Please call us if you need to verify availability for a specific quantity, or for pricing at higher quantities. Please visit our ordering page for our ordering policies and a list of ordering methods.