- Description
- Specifications
Ultra-Thin Braided Cat6a Patch Cable for 10 GbE UniFi Switch and Device Connections
The Ubiquiti UniFi Premium Patch Cable (UACC-Cable-Patch-EL-C6A-0) is a 0.3-meter (1 ft) Cat6a patch cable with an ultra-thin 3mm braided jacket and translucent booted RJ45 connectors. Rated for 10 GbE and PoE up to PoE+++, this cable delivers full 10-Gigabit performance in a profile that takes up a fraction of the space of standard Cat6a cables. Designed for tight connections between adjacent UniFi network equipment in rack and desktop environments.
At 0.3 meters, this is the shortest length in the UniFi Premium Patch Cable lineup. The ultra-short reach is purpose-built for same-rack connections between stacked switches, patch panels, and other equipment where excess cable length creates clutter. The braided TPE jacket resists tangling and maintains a clean appearance in visible installations.
Where the 0.3m Premium Patch Cable Fits
- Same-rack switch stacking where two UniFi switches sit directly above or below each other and a short, clean 10G connection eliminates cable slack entirely
- Patch panel to switch connections where the patch panel and switch occupy adjacent rack units and the 0.3m length keeps the cable run tight and organized
- Desktop equipment links where a UniFi gateway, switch, or console sits next to another device and the ultra-thin profile keeps the workspace clean
What the Premium Patch Cable Delivers
- Cat6a, 10 GbE rated: Full Category 6a performance supporting 10-Gigabit Ethernet across the cable length. Backwards compatible with Cat6, Cat5e, and all slower Ethernet standards.
- Ultra-thin 3mm braided jacket: TPE braided construction at just 3mm diameter, significantly thinner than standard Cat6a cables. Reduces cable bulk and improves airflow in dense rack environments.
- PoE+++ support: Rated for all PoE standards up to IEEE 802.3bt (PoE+++), safely carrying power alongside data for powered devices.
- Translucent booted RJ45: Clear boot design provides visual confirmation of connector seating and link activity on devices with port LEDs.
