Dicota Luggage from Hypertec

MultiTrend

front loader

Rugged notebook case in leather optics

A lockable notebook case to safely store notebooks up to 15‰.

The especially effective yet lightweight High Density Foam (20mm) cushioning protects the notebook from knocks and bumps.

All accessories are easily stowed away in well designed compartments. Mobile phone, pens, business cards etc are always handy in the newly designed front pocket whilst the workstation (with new extractable CD compartment) offers plenty of additional storage space for other mobile accessories. There are two docu- ment holders on the rear of the case, one of which is zippered. Power supply units and cables are neatly stored in the removable meshed cable bag.

The MultiTrend is a pleasure to transport - the well designed soft carry handle, padded shoulder strap and trolley fastening strap make for comfortable carrying on its own or as part of more luggage.

The high-quality look-alike leather gives your MultiTrend a classy leather optic.

Specification:

 

Colour:

Black

Dimensions:

430mm x 360mm x 150mm OR 17.0‰ x 14.2‰ x 5.9‰

Weight:

1.6kg

Material:

Koskin

For Notebooks up to:

15.4‰

Part Codes:

 

N14598KHY

MultiTrend

Available from:

Hypertec Ltd

2 Swangate, Charnham Park, Hungerford, Berks, RG17 0YX

t: 0870 243 5603

f: 0870 243 5604

w: www.hypertec.co.uk

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Hypertec N14598KHY dimensions Front loader, Rugged notebook case in leather optics, Specification

N14598KHY specifications

The Hypertec N14598KHY is a high-performance component designed to meet the evolving needs of modern computing environments. Specifically engineered for versatility and reliability, this product is well-suited for a variety of applications, including data centers, enterprise computing, and high-performance computing setups.

One of the defining features of the Hypertec N14598KHY is its advanced memory architecture. The module comes equipped with a high-speed interface, allowing for rapid data transfer and optimal performance. This characteristic is particularly beneficial for memory-intensive tasks and high-frequency trading applications, where speed and responsiveness are crucial. The high-density memory configuration also ensures that users can maximize the available resources in their systems, accommodating large workloads without sacrificing speed.

In terms of technology, the Hypertec N14598KHY utilizes cutting-edge DRAM technology, which contributes to its efficiency and performance. The module is built with advanced materials that not only enhance its durability but also reduce power consumption. This aspect is increasingly important as organizations look to optimize their energy usage and reduce operational costs. The energy-efficient design of the Hypertec N14598KHY helps organizations align with sustainability goals while still achieving high levels of performance.

Another standout characteristic is its thermal management capabilities. The Hypertec N14598KHY is designed to operate efficiently within a wide temperature range, thanks to its integrated heat spreader technology. This feature helps maintain stable performance even under heavy workloads, protecting against thermal throttling, which can degrade performance. Additionally, the module is rigorously tested to meet stringent reliability standards, ensuring that it can withstand the demands of continuous operation in critical environments.

The Hypertec N14598KHY is also fully compatible with a wide range of systems and platforms, making it a flexible solution for IT professionals and system integrators. Its plug-and-play design allows for easy installation and upgrades, which can significantly reduce downtime during hardware transitions.

In summary, the Hypertec N14598KHY is a powerful memory solution designed for performance-driven environments. With its high-speed interface, advanced DRAM technology, energy efficiency, and robust thermal management, it stands out as an ideal choice for enterprises seeking to leverage cutting-edge technology to enhance their computing capabilities. Whether for data centers or high-performance computing tasks, this module is engineered to deliver exceptional results.