Monoprice

Monoprice 113096 Cat5e Ethernet Patch Cable - 0.5ft White

4.6 (388 reviews)

Pure bare copper conductors and 350MHz bandwidth in a half-foot form factor — the patch cable that eliminates the slack penalty in tight rack builds.

$5.36*
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*Price sourced from Amazon.com. Last updated:Jul 14, 2026.Price and availability are subject to change.

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Overview

The Monoprice 113096 is a half-foot Cat5e UTP patch cable built around two specifications that matter in professional network infrastructure: 24AWG pure bare copper conductors and 350MHz bandwidth. The copper spec is not marketing language — it directly affects DC resistance and current-carrying capacity, both of which matter for PoE-powered devices and sustained throughput on active links. The 350MHz figure gives this cable genuine headroom above the 100MHz minimum Cat5e requirement, meaning it won't be the weak point in a properly terminated Gigabit Ethernet run.

The 0.5-foot length positions this cable specifically for patch panel-to-switch connections, where cable slack is the enemy of airflow and clean cable management. The ZEROboot RJ45 connector design compounds this advantage — in a 48-port panel, the ability to add or remove a connection without wrestling a booted plug out of a tight row saves meaningful time during network changes. This is the correct cable for an IT professional building a clean, maintainable rack; it's not designed for anything beyond that specific use case, and it doesn't pretend to be.

Key Features

24AWG stranded, pure bare copper conductors

350MHz bandwidth

No protective plug retaining clip covers

Unshielded Twisted Pair (UTP) Category 5e Ethernet cable

Specifications

Cable Type
Cat5e Ethernet Patch Cable
Length
0.5 ft
Color
White
Conductor Material
24AWG stranded, pure bare copper
Bandwidth
350 MHz
Shielding
Unshielded Twisted Pair (UTP)
Plug Retaining Clip Covers
None

Pros & Cons

👍 Pros

  • 24AWG pure bare copper conductors deliver lower DC resistance than CCA alternatives, which matters for PoE current delivery and signal integrity on active links.
  • 350MHz bandwidth spec provides margin above the Gigabit Ethernet requirement, ensuring the cable won't be the limiting factor in a 1GbE infrastructure.
  • 0.5-foot length eliminates cable slack in patch panels and top-of-rack switch connections, reducing airflow obstruction and cable management complexity.
  • ZEROboot connector design allows fast, snag-free patching and unpatching in densely populated panels without a hook tool.

👎 Cons

  • No protective boot means the RJ45 clip is exposed and can be accidentally depressed in environments with heavy cable movement, potentially causing intermittent disconnections.
  • 0.5-foot length is purpose-built for patch panel-to-switch hops — it has no practical use for endpoint connections, limiting its application to specific rack scenarios.
  • UTP construction provides zero shielding against EMI, making this cable unsuitable for runs near high-voltage power conduits, fluorescent lighting ballasts, or industrial motor equipment.
  • Cat5e tops out at 1Gbps — if your infrastructure is moving toward 2.5GbE or 10GbE switching, this cable won't support those speeds regardless of other upgrades.

Frequently Asked Questions

Cat5e at 350MHz is fully rated for Gigabit Ethernet (1000BASE-T). The 350MHz bandwidth spec exceeds the 100MHz minimum required for GbE, giving this cable meaningful headroom over the Category 5e baseline spec.
ZEROboot means there is no protective boot over the RJ45 connector clip. In a dense 48-port patch panel or switch, standard booted connectors snag on adjacent cables during removal. The ZEROboot design allows clean one-handed extraction without a hook tool — a genuine time-saver during MACs (moves, adds, changes).
Yes, even at short lengths. CCA conductors have higher resistance and lower conductivity than pure copper, which affects signal integrity and heat dissipation under sustained load. For PoE applications — IP phones, APs, cameras — pure copper is the correct specification and what IEEE 802.3af/at standards assume.
Yes. The 24AWG pure bare copper conductors meet the current-carrying requirements for PoE (802.3af, up to 15.4W) and PoE+ (802.3at, up to 30W). Verify your switch's PoE budget, not the cable, for higher-wattage PoE++ devices.