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 Rugged Network Devices Receive NIAP Common Criteria Certification for Inclusion in the NSA CSfC Program

| News, Voyager, VoyagerECK | No Comments

Washington, D.C., October 20, 2017 – Klas Telecom’s rugged mobility solutions pass NIAP Common Criteria and are now officially certified for the NSA/CSS CSfC program. .

Klas Telecom’s Voyager Tactical Data Center Achieves VMware Ready™ Status

| News, Voyager, Voyager TDC | No Comments

Washington, DC, July 28, 2017 – Klas Telecom today announced that its Voyager Tactical Data Center (Voyager TDC) has achieved VMware Ready™ status. This designation indicates that after a detailed validation process Voyager TDC has achieved VMware’s highest level of endorsement.

Klas Telecom Collaborates with Dell EMC OEM Solutions to Bring Enterprise Data Center Technology to the Tactical Edge

| News, Voyager, Voyager TDC | No Comments

Washington, DC, July 19, 2017 – Klas Telecom announced today a collaboration with Dell EMC OEM Solutions to bring enterprise data center technology to the tactical edge

Veteran-Led Business, Klas Telecom Government, Welcomes Senior Advisors to Senators Kaine and Warner for Office Visit and Demonstration

| News, Voyager, Voyager TDC | No Comments

Herndon, Virginia, May 1, 2017 – Team members from Senators Tim Kaine’s (D-VA) and Mark Warner’s (D-VA) offices toured today a flourishing local communications technology company, Klas Telecom Government, located in Herndon, Virginia.