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Home Networking Wireless Wireless Controllers Cisco KLS-TXR6-3APC4-K9 Wireless Controller 10Gbps 40km

Cisco KLS-TXR6-3APC4-K9 Wireless Controller 10Gbps 40km

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Cisco KLS-TXR6-3APC4-K9 is a 10Gbps SFP+ network transceiver using singlemode fiber for transmission up to 40km. Its 1310nm optical wavelength, LC connector and Cisco switch/router compatibility support long-distance network connectivity.

OVERVIEW

  • Cisco KLS-TXR6-3APC4-K9 is identified in the supplied product information as a KLS-TXR6 Series Wireless Controller, while its technical specification describes an SFP+ network transceiver. It delivers up to 10Gbps over SMF to 40km using 1310nm optics and LC connectivity. The hot-swappable design supports easier infrastructure maintenance.
  • Compatibility & Model Compare: Cisco switches and routers; KLS-TXR6-3APC4-K9 specifies 3APC4 configuration.

USE CASES

  • 40km Fiber Links Connects extended network locations
  • 10GbE Network Expansion Adds high-speed optical connectivity
  • Cisco Switch Uplinks Extends compatible Cisco infrastructure
  • Cisco Router Connectivity Provides specified SFP+ optical links
  • Long-Distance Campus Links Supports extended fiber deployment
  • Data Center Interconnects Enables specified long-range fiber links
  • Enterprise Backbone Links Supports 10Gbps optical networking
  • Singlemode Fiber Networks Designed for SMF connectivity
  • Network Module Replacement Enables hot-swappable maintenance
  • Extended Infrastructure Links Provides up to 40km reach
  • Optical Network Upgrades Adds 10Gbps SFP+ connectivity
  • Telecom Fiber Deployment Supports long-distance SMF links

KEY FEATURES

  • 10Gbps Data Rate Supports high-speed network connectivity
  • SFP+ Form Factor Enables compact fiber deployment
  • 40km Fiber Reach Supports extended network links
  • Singlemode Fiber Suits long-distance optical transmission
  • 1310nm Wavelength Enables specified optical connectivity
  • LC Connector Provides standard fiber interface
  • Hot-Swappable Design Simplifies module replacement
  • IEEE 802.3ae Protocol Supports 10GbE network operation
  • 2W Power Consumption Helps limit module power demand
  • NRZ Modulation Supports specified signal transmission
  • -14.4dBm Sensitivity Defines receiver performance threshold
  • -1 to 4dBm Transmit Power Defines optical output range
  • Cisco Platform Compatibility Fits specified Cisco infrastructure
  • RoHS Compliance Supports stated environmental requirements
  • MSA Compliance Supports specified module interoperability

TECHNICAL SPECIFICATIONS

  • Brand: Cisco
  • Model: KLS-TXR6-3APC4-K9
  • Series: Cisco KLS-TXR6 Series
  • Product Identification: Wireless Controller
  • Device Type: Network Transceiver
  • Form Factor: SFP+
  • Maximum Data Rate: 10 Gbps
  • Cable Type: Singlemode Fiber (SMF)
  • Maximum Transfer Distance: 40 km
  • Optical Wavelength: 1310 nm
  • Connector Type: LC
  • Operating Temperature: 0°C to 70°C
  • Power Consumption: 2 Watts
  • Protocol: IEEE 802.3ae
  • Compatible Platforms: Cisco Switches and Routers
  • Hot Swappable: Yes
  • Signal Modulation: NRZ (Non-Return to Zero)
  • MTBF: 1,000,000 Hours
  • Compliance: RoHS, MSA Compliant
  • Warranty: 1 Year Limited
  • Transmit Power: -1 to 4 dBm
  • Receiver Sensitivity: -14.4 dBm

WHY CHOOSE THIS PRODUCT?

  • The 40km specified transfer distance makes the module suitable for longer fiber links, helping buyers connect network locations across extended distances without selecting a shorter-reach optic.
  • A maximum 10Gbps data rate provides high-speed optical connectivity for compatible network infrastructure and avoids limiting deployment to lower-speed interfaces.
  • Singlemode fiber compatibility is suited to extended optical links, giving infrastructure planners an appropriate fiber medium for the stated 40km reach.
  • Compatibility with Cisco switches and routers simplifies deployment planning where the existing network environment uses the specified Cisco platforms.
  • Hot-swappable operation allows module replacement without treating the transceiver as a permanently fixed component, supporting easier infrastructure maintenance.

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