
Monoprice
Monoprice 113090 Cat5e Ethernet Cable - Blue
★★★★★
Pure copper Cat5e with 350MHz bandwidth and snagless connectors — the foundational patch cable for Gigabit networks where signal integrity can't be an afterthought.
$19.14*
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*Price sourced from Amazon.com. Last updated:Jul 17, 2026.Price and availability are subject to change.
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Overview
Key Features
350MHz bandwidth
No protective plug retaining clip covers
50µm gold plated contacts
Quality at a Fair Price: Monoprice's rugged design and rigid quality control standards deliver high quality products at fair prices.
Specifications
Series
ZEROboot
Cable Type
Cat5e Ethernet Patch Cable (UTP)
Wire Gauge
24AWG stranded
Conductor Material
100% pure bare copper
Bandwidth
350MHz
Connector Type
RJ45
Contact Plating
50µm gold plated
Shielding
UTP (Unshielded Twisted Pair)
Color
Blue
Design
Snagless (no protective plug retaining clip cover)
Compliance
UL Code 444, TIA-568-C.2
Pros & Cons
👍 Pros
- 100% pure bare copper conductors and full UL 444 / TIA-568-C.2 compliance guarantee the cable meets published Cat5e electrical specifications — not an approximation as with CCA alternatives.
- 350MHz bandwidth rating provides a 3.5x margin above the Cat5e 100MHz minimum, translating to lower attenuation and stronger noise immunity at Gigabit speeds.
- 50µm gold-plated RJ45 contacts deliver oxidation resistance and stable contact resistance across repeated connection cycles — critical for patch cables that are connected and disconnected regularly.
- Snagless connector design reduces installation friction in dense patch panel environments, where catching a retaining boot on adjacent cables during cable management is a routine time cost.
- Blue jacket color enables color-coded network segmentation and visual cable identification in multi-purpose rack environments, reducing human error during troubleshooting and adds changes.
👎 Cons
- Cat5e is limited to Gigabit Ethernet maximum throughput — networks migrating to 10GbE over copper require Cat6A minimum, and this cable cannot be reused for 10GBASE-T regardless of length.
- Stranded 24AWG construction is not suitable as a drop-in replacement for solid-core structured cabling in permanent in-wall installations — attenuation characteristics differ, and UL standards distinguish between stranded patch cable and solid horizontal cable for a reason.
- The unbooted RJ45 tab is slightly more susceptible to breakage under rough handling — in environments where patch cables are frequently connected and disconnected, the exposed locking mechanism requires more careful technique than a booted connector.
- UTP construction provides no electromagnetic shielding — in high-EMI environments such as industrial floors, broadcast facilities near transmitters, or runs adjacent to power conduit, shielded (STP/FTP) Cat5e is the more appropriate specification.
- No length variants are specified in this listing context — buyers with specific run-length requirements should verify the available length options before ordering to avoid excess cable coil or insufficient reach.
Frequently Asked Questions
What does 350MHz bandwidth mean for this Cat5e cable's real-world Gigabit performance?
The 350MHz rating is 3.5x the 100MHz minimum Cat5e specification. For 1000BASE-T Gigabit Ethernet, this means the cable operates well below its attenuation limits at typical patch cable lengths, providing greater noise margin and more reliable link establishment — particularly on runs that approach the 100-meter channel limit or in environments with moderate electromagnetic interference.
Is pure bare copper conductors a meaningful upgrade over copper-clad aluminum at short patch cable lengths?
Yes, even at short lengths. CCA cables have measurably higher DC resistance, which affects both signal attenuation and PoE performance. At PoE voltages (48V DC), the higher resistance of CCA conductors generates more heat under sustained current, which is a safety and reliability concern. Pure copper cables like this one are fully UL 444 and TIA-568-C.2 compliant; CCA cables are not, regardless of length.
What is the snagless design on this cable, and when does it matter?
The ZEROboot snagless design removes the protective boot covering the RJ45 locking tab, leaving the connector profile slim and unobstructed. This is practical for dense patch panels and switch ports where booted cables frequently catch adjacent cables during installation or removal. The exposed tab is slightly more vulnerable to physical impact, but for most patch panel and desktop deployments the snag-free insertion benefit outweighs this trade-off.
Will this blue cable work for network segmentation or VLAN identification in a structured cabling environment?
The blue jacket is purely cosmetic and does not affect the cable's electrical performance. However, color-coded cabling is widely used in structured installations to visually differentiate network segments, VLANs, or device types — blue is commonly assigned to data or general LAN connections in many color-coding conventions. This cable is electrically identical to the same model in other jacket colors.
Can this cable carry both data and PoE power simultaneously?
Yes. The pure bare copper 24AWG conductors comply with UL 444, making this cable suitable for standard PoE (802.3af, 15.4W) and PoE+ (802.3at, 30W). The four twisted pairs carry 1000BASE-T data on all pairs simultaneously while PoE injects DC power over the same conductors — pure copper construction is essential for this to remain within safe thermal limits.