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Monoprice 113095 Zeroboot Cat5e Ethernet Patch Cable Red 0.5ft — main product image
Monoprice 113095 Zeroboot Cat5e Ethernet Patch Cable Red 0.5ft
Monoprice 113095 Zeroboot Cat5e Ethernet Patch Cable Red 0.5ft
Monoprice 113095 Zeroboot Cat5e Ethernet Patch Cable Red 0.5ft
Monoprice 113095 Zeroboot Cat5e Ethernet Patch Cable Red 0.5ft
Monoprice

Monoprice 113095 Zeroboot Cat5e Ethernet Patch Cable Red 0.5ft

★★★★★4.6 (382 reviews)

ZEROboot design eliminates snag-and-yank cable failures, delivering 350MHz Cat5e performance in a 0.5ft run built for dense patch panels.

$4.82*
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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 113095 ZEROboot Cat5e patch cable delivers 350MHz UTP connectivity in a 0.5ft form factor designed specifically for short-hop infrastructure runs. The "ZEROboot" designation is the defining engineering choice here: by eliminating the molded strain-relief boot entirely, Monoprice removes the most common mechanical failure point in dense patch environments — the boot snagging on adjacent cables during removal. The 24AWG stranded pure bare copper conductors meet TIA/EIA-568-C.2 Category 5e specifications, supporting 1000BASE-T Gigabit and 2.5GBASE-T multi-gig Ethernet. At 0.5ft, insertion loss and near-end crosstalk (NEXT) are functionally zero — electrical performance at this length is determined entirely by connector quality, not conductor length.

This cable is built for IT professionals managing structured cabling in patch bays, top-of-rack switch connections, and server room cross-connects where 0.5ft eliminates the slack loops that make cable management difficult. The red jacket enables color-coded network segmentation — a common practice for identifying VLANs, uplinks, or critical paths at a glance. It is not a cable for consumer desktop use or long-run horizontal cabling; it is a precision tool for the 6-inch gap between a patch panel port and a switch. Anyone building or maintaining a clean, low-profile rack will recognize the value of a cable that does exactly one job without mechanical compromise.

Key Features

Unshielded Twisted Pair (UTP) Category 5e Ethernet cable

24AWG stranded, pure bare copper conductors

350MHz bandwidth

No protective plug retaining clip covers

Specifications

Cable Type
Cat5e UTP (Unshielded Twisted Pair)
Connector Type
RJ45
Wire Type
Stranded, Pure Bare Copper
AWG
24AWG
Bandwidth
350MHz
Length
0.5ft
Color
Red
Boot Design
ZEROboot (Snagless, No Protective Cover)
Model
113095

Pros & Cons

👍 Pros

  • 350MHz bandwidth rating supports Gigabit and 2.5G Ethernet without signal degradation at this length.
  • Pure bare copper conductors meet TIA/EIA-568 compliance, avoiding resistance penalties of copper-clad aluminum alternatives.
  • ZEROboot design removes the snag point entirely, enabling one-handed cable pulls in densely packed patch panels.
  • 0.5ft length minimizes slack and cable clutter in switch-to-patch-panel or top-of-rack connections.
  • Stranded 24AWG construction tolerates repeated flexing at connection points without conductor fatigue.

👎 Cons

  • No protective boot means the RJ45 locking tab is directly exposed — accidental tab breakage is more likely if the cable is mishandled outside of a rack context.
  • 350MHz Cat5e does not support 10GbE (10GBASE-T), which requires Cat6A at 500MHz; this cable is a hard ceiling at 2.5G over short distances.
  • Red color coding is useful for identification but limits use in monochrome-coded patch environments without re-labeling.
  • Stranded copper has marginally higher attenuation per foot than solid-core — irrelevant at 0.5ft but worth noting for any future longer-run planning using this same product line.

Frequently Asked Questions

ZEROboot means there is no protective boot covering the RJ45 clip. In high-density patch panels and switch ports where cables are packed tightly together, traditional boots catch on neighboring cables during removal — ZEROboot eliminates that entirely, making hot-swap and recabling faster and less error-prone.
Yes. Stranded conductors flex without work-hardening, which matters even at 0.5ft when cables are being plugged and unplugged repeatedly. Solid-core wire at this length would be stiffer and more prone to conductor fatigue at the termination point over time.
Yes. Cat5e at 350MHz bandwidth supports 1000BASE-T (Gigabit Ethernet) over its rated distance. At 0.5ft, there is effectively zero signal degradation — this cable will not be the bottleneck in any Gigabit or even multi-gig configuration up to 2.5G.
Pure bare copper has lower DC resistance and better signal integrity than CCA. At 0.5ft the difference is negligible in raw throughput, but CCA cables are not TIA/EIA compliant — pure copper is, which matters for certified network installations and avoids long-term corrosion issues at the crimp point.
UTP is appropriate for most structured cabling environments. STP (shielded) is only necessary where significant electromagnetic interference exists — near high-voltage lines, industrial motors, or RF-dense environments. For standard data center or office patch use, UTP Cat5e performs to spec without the added cost or grounding requirements of STP.

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