Panduit CJUD6X88TGVL Mini-Com® Cat 6A UTP RJ45 Up/Down Jack Module - Violet

The Panduit CJUD6X88TGVL Mini-Com® jack module addresses a persistent structured cabling problem: routing 4-pair cable to RJ45 terminations in high-density patch panels and tight enclosures where standard 90° ports force excessive bend radius. Its 45° up/down angled design redirects cable exit paths to reduce congestion and maintain Cat 6A performance margins in space-constrained installs. TG-style tool-less termination eliminates punch-down tools and speeds deployment on large projects. Factory-tested to exceed ANSI/TIA-568.2-D Cat 6A channel requirements, each jack supports 802.3bt Type 3 and Type 4 PoE++ for high-power devices—cameras, access points, and IP lighting—delivering up to 90W per port without thermal derate concerns.

Key Features

• 45° Up/Down Angled Design: Improves cable routing and reduces congestion in tight spaces and high-density patch panels
• TG Tool-less Termination: No punch-down tool required—speeds installation and reduces tooling costs on multi-jack projects
• Cat 6A Performance: Exceeds ANSI/TIA-568.2-D and ISO 11801 channel and component requirements for 10GBASE-T to 100 meters
• PoE++ Support: Supports IEEE 802.3af/at/bt Type 3 and Type 4 for up to 90W power delivery per port
• 2500 Mating Cycles: Rated for 2500 connection cycles—outlasts standard 750-cycle jacks in frequently reconfigured ports
• Factory Tested and Serialized: 100% performance tested at manufacture; individual serial numbers enable traceability for compliance documentation
• Mini-Com Modular Compatibility: Integrates with Panduit Mini-Com patch panels, faceplates, and surface mount boxes
• UL Listed and RoHS Compliant: Meets UL 1863, UL 2043 plenum ratings, and RoHS material restrictions

The up/down jack orientation solves cable management challenges in scenarios where horizontal patch panels mount in shallow server racks, wall-mount enclosures, or under-desk consolidation points. Traditional straight-exit jacks require 4× cable diameter bend radius to meet Cat 6A insertion loss budgets; in a 1RU 48-port panel with 0.23" cable diameter (Cat 6A), that's a 0.92" (23mm) minimum radius—difficult to achieve when the panel mounts 2" from a rack's rear vertical. The CJUD6X88TGVL's 45° exit path routes cables up or down (installer's choice) parallel to the panel face, effectively redirecting the bend radius into vertical space rather than front-to-back depth. This design preserves alien crosstalk margins and return loss performance that distinguish Cat 6A from Cat 6, critical when supporting 10GBASE-T links in high-EMI environments like IDF closets with dense fiber and copper bundles.

TG termination uses a sliding cap mechanism: strip the cable jacket to the reference mark, untwist pairs to the color-coded guide, insert conductors into the cap's slots, and slide the cap into the jack body. Internal contacts displace insulation and establish gas-tight terminations without impact tools. This method reduces installer fatigue on projects with hundreds of terminations and eliminates the calibration and blade-wear variables of traditional 110-style punch-down tools. Each jack terminates 22-26 AWG solid or stranded twisted pair cable and ships with color-coded boots (violet for this SKU) for visual circuit identification in multi-service environments—violet typically denotes first-floor IT distribution or specific VLANs per site standards.

Compliance with ANSI/TIA-568.2-D Cat 6A component and channel specs ensures interoperability with any standards-compliant Cat 6A cabling system; ISO 11801 Class EA alignment extends compatibility to international projects. UL 1863 listing certifies communication circuit integrity; UL 2043 plenum rating permits installation in air-handling spaces without additional conduit. The 2500-cycle durability rating and 802.3bt Type 3/4 PoE++ support make this jack well-suited for access control doors, high-resolution PTZ cameras, and Wi-Fi 6E access points where both frequent reconfiguration and 60-90W power delivery are deployment requirements.