3 ft Blue Cat5e / Cat 5 Molded Patch Cable 3ft - patch cable - 0.9 m - blue

Category: Network cable
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Product Id: 12202585

Description: 3 ft Blue Cat5e / Cat 5 Molded Patch Cable 3ft - Patch cable - RJ-45 (M) to RJ-45 (M) - 0.9 m - UTP - CAT 5e - molded - blue - for P/N: ECS0016GB, ECS0016, SV1631DUTP, USB2105S, ST100SLPGB, ST100SGB, ST100SLP, ST100SW

Mfr Part #: M45PATCH3BL

MSRP: $5.99 Cat5e UTP Patch Cables offer reliable Ethernet connections. This 3ft cable meets or exceeds all Category 5e specifications, and features a durable blue jacket that simplifies departmental color coding while providing rugged flexibility for network connections.
To ensure long-lasting performance, high quality Cat5e UTP Patch Cables offer PVC molded strain relief that prevents the RJ45 connector termination points from bending at sharp angles - reducing the risk of decreased network performance due to cable damage.'s 3ft blue Cat5e UTP Patch Cable is constructed of only top quality materials to ensure optimum durability.
Key Points
  • 100% Copper - a better value
  • 24 Gauge Wire
  • 50 micron Gold Connectors
Product Features
  • 100% copper - a better value Cat5e cables are manufactured using high-quality copper conductors. While many cable manufacturers offer a "cheaper" cable, based on a copper-coated aluminum core, makes no compromises on quality to ensure you receive top value and performance for your network cable investment.
  • 24 AWG wire
    This Cat 5e cable is constructed with 24 gauge copper wire, to support a broad range of Ethernet applications such as Power over Ethernet (PoE). Because uses a high quality copper wire, these cables easily sustain the power required for Power over Ethernet applications, whereas the inferior quality offered by copper-coated aluminum cables may be subject to insufficient power delivery, heat buildup, equipment damage and potentially, fire.
  • 50-micron gold connectors
    This RJ45 patch cable offers high quality connectors comprised of 50-micron gold, to deliver optimum conductivity while eliminating signal loss due to oxidation or corrosion.