Voyager 8

A State of the Art, Multi-Enclave Chassis

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A single Voyager 8 system can support up to four secure network enclaves, hundreds of users, and be stacked to form a company command post or higher echelon network support package.

The award-winning Voyager 8 is a carbon fiber, airline carry-on-size transit case with a rack-mountable chassis that can host up to four secure network enclaves with HAIPEs, or be configured as a high port density, single enclave system. It provides uninterruptible power for up to eight Voyager network modules with wide-ranging AC and DC power input. The chassis is housed in a carbon fiber transit case that meets airline carry-on size requirements.  Modules are severable, may be independently battery backed, and are able to be remotely powered from the Voyager 8 chassis.

Voyager 8 systems can be stacked to form a company command post or higher echelon network support package. Further, for Command and Control On the Move (C2OTM), airborne en route or other rackmount environments, the Voyager 8 chassis can be removed from the case and mounted in a standard 19″ rack.

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Tactical Radio Integration Kit (TRIK)

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Integrate Harris AN/PRC 117G, Harris AN/PRC 152, Thales AN/PRC 148 MBITR, L-3 Tactical Network Rover and other tactical radios into your route, switch and compute network and charge and power them in the same case! The Klas Telecom Voyager 8’s integrated power design and distribution system enables the radios to be seamlessly integrated without increasing size, weight and power (SWaP).

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Virtualization, Storage and Compute

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Never be without your data. Voyager 8 can be utilized to deploy enterprise-grade, high-density compute and storage to tactical environments so that users can bring datacenter applications and services to the field. Voyager 8 enables localized data so as not to have to rely on faulty backhaul and limited bandwidth.

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Voyager 8 Brochure

The Voyager 8 chassis provides uninterruptible power for up to eight Voyager network modules, or up to four secure network enclaves, with wide ranging AC and DC power input.

Key Features

Supports the full range of Voyager network modules to provide:

  • Routing & switching
  • VoIP
  • Server virtualization
  • Radio integration
  • WAN acceleration
  • Storage
  • UPS
  • Satellite, terrestrial and cellular backhaul
  • Can be configured as a tactical data storage network, tactical radio integration system, cross domain suite and more

Specifications

Transit Case

Size

  • 22.5” W x 14.2” D x 10.1” H (571 mm x 360 mm x 257 mm)

Weight

  • 14.3 lb /  6.5 kg

Construction

  • Aerospace-grade, multidirectional carbon fiber
  • Milled aluminum hardware
  • Neoprene O-ring watertight seal
  • Manual pressure equalization valve

Handles

  • Retractable extension handle
  • Grab handles on top and bottom of case

Chassis

Size

  • 19″ W x 13.8″ D x 8.7″ H (482 mm x 350 mm x 222 mm)

Weight

  • 17.96 Ib / 8.15 kg (excluding batteries)
  • Each standard BB-2590 battery weighs 2.95 lb / 1.34 kg (Lower capacity BB-2590 batteries available for IATA compliance)

Construction

  • Aluminum sheet metal
  • Milled aluminum latches
  • 19” rack mountable

Operating Temperature Range

  • -35oC to 50oC

Storage Temperature Range

  • -40oC to 85oC (without battery)

Electrical Input Specification

  • 10-36 VDC with maximum input of 25 Amp
  • 90-264 VAC

Output Power

  • 8 x 12 VDC outputs in backplane to power modules
  • 8 x 48 VDC outputs in backplane for PoE support
  • 600 W distributed to slots, battery charger and fans under AC supply, 100 W of which can be for PoE.
  • 500W distributed to slots and fans under DC supply.
  • Optional 2 x AC outputs available when AC input is present (these outlets are not filtered. Please check the powered device for voltage range before using)
  • Optional 2 x 12 VDC outputs

UPS

  • 2 x BB-2590 batteries (available in high capacity for extended operation or lower capacity to comply with IATA regulations)

Standards

  • IEC 60529 IP67
  • Built to MIL-STD-461
  • Built to MIL-STD-810
  • CE
  • FCC CFR 47 Part 15 Subpart B Class A
  • RoHS Directive
  • IEC 61000-4-2 & IEC 61000-4-5

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