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Voyager 8+ the smart Tactical Edge chassis

Voyager 8+ the smart Tactical Edge chassis

Voyager 8+ increases the power budget of Voyager 8 by 50% to support Klas’ Xeon-based compute modules and the expanding range of radio interface brackets.

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Voyager 8+ the smart Tactical Edge chassis

The Voyager 8+ chassis powers and protects cloud applications, data intelligence gathering and sharing, alongside support for coalition interoperability, through a host of computing, networking, and communications modules, including radio.

In this blog, we dive into the Voyager 8+ and review what makes it smart.

 

Modularity for mission flexibility

The Voyager 8+ is designed for mission flexibility. With it, you can build a holistic system with multiple computing, network, and connectivity modules, including cellular and radio. A further advantage of the Voyager 8+ is that it can be either 19” rack-mounted or hosted in a transit case to support rapid deployment of roll on / roll off IT operations.

Voyager 8+ smart edge chassis
Figure 1: Voyager 8+ chassis and associated carbon fiber transit case

 

A smarter edge chassis

 

For a chassis to be smart, it must support computing and connectivity capabilities to communicate chassis performance insights. The Voyager 8+ is the only chassis that integrates a rugged CPU running Klas OpenBMC, for the secure management and transmission of chassis insights.

Klas OpenBMC enables secure remote communication with the Voyager 8+ chassis, providing necessary insights into the power source and draw, operational power load, and battery state. Furthermore, Klas OpenBMC, allows users to deploy an OS and applications for monitoring and managing the chassis and associated Voyager modules.

 

Voyager 8+ rear view of power and interfaces
Figure 2: Shown above is the rear view of the Voyager 8+ chassis, to the left are the console and ethernet ports for secure communication of operational insights.

 

Power three ways

 

The Voyager 8+ overcomes the power type and supply uncertainty by integrating AC and DC power inputs. When it comes to poor power sources, the chassis can support varying inputs e.g. 21-34 VDC or 90-264 VAC. In addition, it has dual power outputs to supply power to external peripherals such as monitors.

Furthermore, the Voyager 8+ has three battery compartments to support BB-2590 batteries. The result is that the modules in the Voyager chassis will remain powered on when there is a loss of AC or DC power input.

Voyager 8+ battery compartment
Figure 3: Voyager 8+ hinged door and spring-loaded thumbscrews secure the BB-2590 batteries in place.

 

Learn More
Voyager chassis, right-sized for all deployment requirements – https://www.klasgroup.com/government/products/#chassis

Voyager multi-vendor radio brackets – https://www.klasgroup.com/government/products/#radio-brackets

TrueTactical, the standard for rugged C3 command posts – https://www.klasgroup.com/government/truetactical/

Voyager, the only TrueTactical™ chassis – https://www.klasgroup.com/voyager-the-only-truetactical-chassis-for-the-edge/

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