5G BASE-T ICM RJ45 Jack Gold Plated Connector J24DF1007DLC7（Cross UDE GM4-ZZ-0037)

Product Overview

This integrated connector module brings eight 5GBASE-T magnetics channels into one 2x4 stacked RJ45 housing, with insertion loss held to -0.5 dB maximum up to 50 MHz and 160 uH minimum inductance per channel. A thermoset LCP UL94V-0 black housing, stainless steel pre-soldered shield and 50 uin gold plated contact areas make the jack a fit for multi-gig switches, wireless controllers and surveillance heads.

Product Specifications

Product Features

• Gold Plated Contacts: A 50 uin gold finish on every contact area resists corrosion through 750 mating cycles.
• Eight 5G Channels: All eight ports run 5GBASE-T through integrated magnetics with 160 uH minimum inductance.
• Wide Bandwidth Margin: Insertion loss stays within -2.0 dB all the way to 300 MHz for multi-gig headroom.
• High Isolation Barrier: 2250VDC hipot between PCB side and cable side protects sensitive PHY circuitry.
• Pre-Soldered Shield: A 0.20 mm stainless steel shield solders to the board for firm EMI control and retention.

Packing Details

Each J24DF1007DLC7 unit is packed in anti-static PE bags and seated in protective trays, with trays stacked, labeled and secured with packaging tapes before boxing. Standard export cartons protect the gold plated contacts and stainless shields, and bulk orders ship on pallets with desiccant during ocean and air transportation.

Applications

• Multi-Gig Access Switches: Eight 5GBASE-T ports in one stacked footprint.
• Wireless Controllers: High throughput uplinks for Wi-Fi 6 and 6E coverage.
• IP Surveillance Heads: Recorder front ends with LED light pipe status.
• Server Management Ports: Multi-gig NIC and BMC connections.
• Industrial Ethernet Equipment: Stable channels from -40 to +85 Degree C.

Frequently Asked Questions (FAQ)

Q: Why does the 50 uin gold plating on this RJ45 jack matter?

A: The J24DF1007DLC7 carries 50 uin minimum gold on every contact area over a nickel barrier, with 100 uin tin over 50 uin nickel on the solder tails. The thicker gold layer keeps contact resistance low through 750 mating cycles and humid storage, which protects link integrity in switches that are serviced or reconfigured often.

Q: What isolation does this 5G ICM RJ45 jack provide?

A: The hipot test applies 2250VDC between the PCB side and the cable side for 60 seconds. Combined with the integrated transformer isolation on every channel, this barrier protects PHY circuitry from surges picked up on long ethernet runs in multi-gig switches and surveillance systems.

Q: How should this connector be soldered onto the board?

A: The suggested process is wave soldering at 265 plus or minus 5 Degree C for a maximum of 10 seconds. The pre-soldered stainless steel shield and tin over nickel solder tails wet quickly at that profile, and the suggested PCB pad layout in the drawing keeps all eight ports aligned to the panel cutout.