TE Connectivity 5558310 Series Female RJ45 Connector, Board Mount, Cat3, Tin Plated Copper Alloy Shield

A range of Cat5 RJ45 stacked modular jack connectors with a low profile design that enable more ports to be mounted in less space on the PCB. These RJ45 stacked modular jacks have a side entry (right angle mounting) or top entry (vertical mounting). Shielding offers EMI/RFI protection along with optional PCB or panel grounding. These RJ45 stacked jack connectors are available with integrated LEDs for identifying line status and collisions. Built in LEDS eliminate the need for separate indicators therefore saving system space. The housings of these RJ45 jacks are made from UL 94V-0 flame retardant polyester and pre-loaded with gold plated contacts. These RJ45 Cat5 stacked modular jacks have a performance that exceeds NEXT (Near End Crosstalk) requirements of -40 dB on all pair combinations at 100 MHz per EIA/TIA 568A. All models are highly reliable and excellent quality.

Stacked ports for PCB space saving

These RJ45 Cat3 connectors are suitable for use in applications that require performance in in voice, data and high-speed networking. These applications include communications (telephones, routers servers), computers, business equipment, consumer electronics and wireless base stations.

Meet FCC rules and regulations part 68 as supported by Telecommunications Industry Association (TIA-1096-A).

The TE Connectivity RJ45 Connector features a modular jack and plug interface type known as RJ45, which is commonly used for Ethernet and networking connections. The connector contact density adheres to the standard configuration for RJ45 connectors. The port matrix configuration for this connector is 1 x 1, indicating a single port configuration. In practical terms, this means that the connector has one input and one output port, commonly used for establishing a single network connection.

Connector profile is low
Gold contact mating area
Cat3 performance category
UL 94V0 flammability rating
Phosphor bronze contact base material