Cisco WS-X6348 Module 48 Ports Fast Ethernet 10/100 Catalyst 6500


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Description

Tested in good condition

Module Cisco WS-X6348 48 Ports Fast Ethernet 10/100 Catalyst 6500
🔌 Cisco WS-X6348 Module 48 Fast Ethernet 10/100 Ports Catalyst 6500 ⚡

🚀 Cisco WS-X6348 Ethernet Module – 48 Ports 10/100 Mbps For Catalyst 6500 / 6000 Series Switches – High Performance & Network Density

Optimize your network infrastructure! This Cisco WS-X6348 offers 48 Fast Ethernet 10/100 ports to connect a maximum of devices with efficient throughput and professional-level reliability. Perfect for data centers, campuses, and enterprise backbones.

💡 Photos for illustration purposes: only this announcement is authoritative for the exact product reference and included accessories. For any questions, contact us.

⚙️ Technical Specifications

RJ-45 Ports 48 × 10/100 BASE-TX
Switching Capacity 32 Gbps
Throughput 15 Mpps
VLAN / QoS Up to 250 VLANs, 4 QoS queues/port
Dimensions (L × W × H) 44.5 × 40.6 × 4.4 cm
Weight ≈ 2.8 kg
MTBF ≈ 385,080 h
Condition Tested used – 100% functional

🎯 Your Benefits

  • 30-day "satisfaction or money back" guarantee.
  • Shipping secure and fast with carrier tracking number.
  • Product carefully tested before shipping.
  • Professional invoice included (VAT 0%).

Software exclusion: no technical support or software configuration is provided.

❓ FAQ – Frequently Asked Questions

Q 1 : Is this module compatible with a Catalyst 6506?
R : Yes, it works perfectly in all Catalyst 6000/6500 chassis, including 6506, 6509, and 6513.

Q 2 : Does the WS-X6348 provide Power over Ethernet?
R : The module accepts an Inline Power extension card; in its current configuration, it does not deliver PoE.

Q 3 : What network performance does it offer?
R : 32 Gbps switching capacity and 15 Mpps, ideal for high-density Fast Ethernet connectivity.

Q 4 : Does it support VLAN routing and QoS?
R : Yes; up to 250 VLANs and 4 QoS queues per port for traffic prioritization.

Q 5 : How do you diagnose a group of failing ports?
R : The 48 ports are divided into 4 groups of 12 controlled by ASICs; if 12 consecutive ports fail, the concerned ASIC is likely at fault.

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