The unmatched rugged edge computing capability of the HPE Edgeline EL8000 Converged Server System deserves an equally high performance standby power system to mitigate the risks associated with an unreliable power grid. The EL8000-UPS implements Online Double Conversion technology, providing the ultimate protection against the most problematic power source by isolating the load equipment from the utility power. The Double Online Conversion topology is the best for mission-critical applications, delivering a pure sine wave and zero transfer time. The EL8000-UPS is the only commercially available half-rack UPS at this power level and fits perfectly in the EL8000-MCS series of Mil-Spec transit cases from Ultralife Corp. Able to support "cold start" operations, this UPS will enable an attached Edgeline EL8000 to boot without a utility power source, and the traditional UPS alarm signal can be turned off to enable silent operation when required. Accessories include EL8000-UAC Edgeline UPS Accessory Case.

The ultimate in protection for the HPE Edgeline EL8000 Converged Edge Server System and related mission critical components. The structural rigidity of the stackable case eliminates distortion resulting from high temperature exposure. The two 2" interchangeable lids with ¼ turn latches replace mismatched rack-mount lids and knuckle busting latches, while creating a watertight fit. Each case comes standard with integrated wheels and a sturdy towing handle. Additional optional accessories include rail kits for switches, accessory drawers and an uninterruptible power supply (UPS). Taking the Edgeline EL8000 into extreme environmental and operational conditions is now possible; a viable solution for Military, Federal, and Commercial sectors. The EL8000-MCS from Ultralife was custom designed to support the Edgeline EL8000 Converged Server System and enables edge computing in the most austere environments and locations.

We designed this amp specifically to meet the needs of the warfighter. Weighing just 24 ounces, the A-320V3A delivers heavyweight performance and the reliability needed for combat operations. The A-320V3A features self-diagnostics with dimmable system indicators to monitor power and performance status. This solution is radio-agnostic and compatible with most 30-512 MHz military radios. The A-320V3A is SRW, EPIXS, HAVEQUICK & SINCGARS compatible, and DAMA ready.

When used in military, surgical or industrial lighting applications where brightness is a key consideration (such as LED lighting), UB123A’s high pulse discharge of up to 3000mA means that it can deliver more power. In medical devices (such as instrumentation, drills and AEDs), the UB123A offers a long service life, reducing the need for replacement.

The UBBL13-01 contains two independent battery sections which can be connected in either series or parallel. In 30V 'series mode' the battery operates between 33.6V and 20.0V (28.8V average) and delivers 10.0Ah. In 15V 'parallel mode' the battery operates between 16.8V and 10.0V (14.4V average) and delivers 20.0Ah. The UBBL13-01 features dual LCD displays which indicate the absolute state of charge for each section. Ultralife's SmartCircuit technology allows compatible devices and chargers to communicate with the battery via its SMBus v1.1 compliant interface. The UBBL13-01 is used in a wide range of military applications including robotics, AUVs, UUVs and military communications such as the AN/PRC-117G, AN/PRC-117F, AN/PRC119 and AN/PSC-5D.

A simple clip on attachment that provides dual port capability for A-320 amplifiers. It fits any A-320 amplifier currently in service. The adapter allows for simultaneous connection of two separate RF antennas for differing frequencies. It also functions as a Low Noise Amplifier (LNA) for UHF SATCOM transmission. The lightweight A-320DPA installs without tools. When needed, operators simply clip on the A-320DPA to existing lanyard pins on the A-320 and unclip when desired. It’s that easy.

URB0023 is a modular lithium-iron phosphate (LiFePo4) power storage device for robotics, automated systems, military modular power systems and vehicle-mounted auxiliary power units. Designed for applications that are required to run for long periods without access to mains electricity, the 24V batteries have a capacity of 54Ah and have a low self-discharge rate of less than five per cent allowing for highly efficient energy storage for long periods of time. The battery’s LiFePo4 chemistry allows it to offer greater energy density and performance during its life cycle. The URB0023 has a cycle life of more than 2000 cycles, setting it ahead of the typical cycle life of approximately 200 cycles for other portable systems. This means each battery can last for many years, significantly longer than a traditional lead acid system, ensuring more effective and reliable power in remote applications. Not only does it have the technical characteristics to deliver the performance required; it is also electrically modular and can be combined with other URB0023 batteries to increase the capacity of the system simply by stacking more batteries. The user can wire 10 or more batteries in parallel to increase the system capacity to over 12kWhrs.

The battery acts as a central power supply that distributes power to multiple devices that the soldier carries. The conformal battery is worn on the stomach of the soldier, using a space that was previously not used. In the past, a soldier would carry a battery on their hip, however this space can now be used for other vital equipment. As the battery fits the shape of the soldier, it is much easier for the soldier to move around on the battlefield, particularly when crawling or crouching, than using a cumbersome, misshaped battery. It is also lightweight, weighing approximately 2.1lbs, so will not weigh the soldier down. In addition to its ergonomic properties, the UBBL35 also features battery technology that is of particular use for the defense sector. The lithium-ion battery has no memory effect, meaning it can be charged after short missions without any damage to the battery. It also has a high energy density and is operational between -20º Celsius and +45º Celsius. To ensure that soldiers can easily see the battery’s state of charge, the UBBL35 also has a push button activated five LED display. In military applications, failure is not an option, so the battery must be rugged. In tests, the UBBL35 was dropped from 26 feet, crushed with 12,000lbs of weight and immersed in a tank of water, yet it still had power capacity afterwards. To prove the robustness of the internal protection circuitry, Ultralife also performed a ballistics test of five bullets in eight minutes, meaning it is suitable for use in live operations.