VoyagerSW24

Ruggedized switch based on Cisco ESS 2020

VoyagerSW24 ruggedizes Cisco’s ESS 2020 switch while adding additonal power features to deliver a highly capable, industry standard product.

VoyagerSW24_web

VoyagerSW24 increases the user port density on the Voyager system while maintaining the same small size and weight of a standard Voyager module. VoyagerSW24 ruggedizes the Cisco ESS 2020 switch while adding additional power features to deliver a highly capable, industry standard product. The module’s feature set includes 22 Fast Ethernet switch ports, 2 Gigabit uplink ports, and support for 8 IEEE 802.3at Power over Ethernet (PoE) ports.

Specifications:

VoyagerSW24 primary components

  • Cisco ESS 2020 base and expansion card
  • Klas Telecom power and PoE supply

Cisco ESS 2020 feature set

  • LAN Lite and LAN Base Layer 2 switching feature sets
  • QoS, DHCP, 802.1x, port security
  • SCP, SSH, SNMP v3, TACACS+, RADIUS
  • Web Device Manager, SmartPort, Cisco Prime LMS
  • Multicast IGMP, IGMP querier
  • STP, RSTP, MSTP
  • IPv4 static routing, IPv6 host capabilities

Ports

  • 22 10/100 BaseT Fast Ethernet switch ports, 8 of which are IEEE 802.3at PoE ports
  • 2 10/100/1000 BaseT Gigabit uplink port
  • 1 RJ-45 console port

Physical Specifications

  • 7.4” W x 6.3” L x 2” H (188 x 160 x 52mm)
  • 2.5 Ibs / 1.2kg

Electrical Specifications

  • 10-18 VDC Input for operation
  • 48 VAC input for PoE must be provided by the Voyager chassis used, where:

■ Voyager 1: provides 10 W of PoE power (48 VDC), sufficient to power one Class 2 PoE phone at 6.25 W each

■ Voyager 2: provides 15 W of PoE power (48 VDC), sufficient to power two Class 2 PoE phones at 6.25 W each

■ Voyager 8: provides 100 W of PoE power (48 VDC), sufficient to power sixteen Class 2 PoE phones at 6.25 W each

  • 15W power consumption without PoE. Each PoE port  requires additional 8-15W depending on powered device

Construction

  • Aluminum chassis with integrated cooling for fanless operation

Ruggedization

  • MIl-STD 810G
  • IEC 60529
  • Sealed unit with dust caps for extra protection

Operating Temperature

  • -25 to 60C w/ conduction cooling
  • -25 to 70C w/ forced air cooling

Storage Temperature

  • -40 to 85C

Voyager News

Klas Telecom’s Voyager TDC Deploys Combat Data Distribution Network with Built-In Redundancy in Small Form Factor Carry-On

| News, Solutions - Tactical, TDC, Voyager, Voyager TDC | No Comments

November 1, 2018 (WASHINGTON, D.C.) – In a recent exercise for the U.S. DoD, Klas Telecom’s Voyager TDC deployed a combat data distribution network, with built-In redundancy and 10 Gbps connectivity, in a small form factor…

Klas Telecom Voyager Tactical Data Center Receives MIL-STD-810G Certification for Key Environmental Test Methods

| News, Solutions - Tactical, TDC, Voyager, Voyager TDC | No Comments

October 2, 2018 (WASHINGTON, D.C.) – Last month, Klas Telecom’s Voyager Tactical Data Center (TDC) received validation for multiple MIL-STD-810G Department of Defense (DoD) Test Method Standards for Environmental Engineering after undergoing rigorous stress testing by…

Former CIA Associate Director of Military Affairs and SOCOM Deputy Commander, Retired LTG John F. Mulholland, Jr., Joins Klas Telecom Government as Board of Directors Advisor

| News, Solutions - Tactical, TDC, Voyager, Voyager TDC | No Comments

August 9, 2018 (HERNDON, VIRGINIA) – Klas Telecom Government, a company that specializes in providing the U.S. Department of Defense and federal agencies with lightweight and man-portable tactical communications systems, announced today that retired Lieutenant General (LTG) John F. Mulholland…

Klas Telecom Releases VoyagerSW26G Rugged GbE Switch Based on New Cisco ESS 3300

| News, Solutions - Tactical, TDC, Voyager, Voyager TDC | No Comments

June 4, 2018 (WASHINGTON, D.C.) – Klas Telecom announced today the release of a new hardware module added to the Voyager deployable communications product suite, the VoyagerSW26G. VoyagerSW26G is a…