What is SWaP-C?
What is SWaP-C?
In the world of aerospace and defense electronics, innovation is key to bringing to market new products that are optimized for today’s modern military. Today’s advanced vehicles and aircraft require equally modern solutions for improving efficiency and performance on the battlefield.
One acronym that has become synonymous with this movement to improved efficiency and evaluating solutions is SWaP-C, referring to the size, weight, power and cost of a product.
Size
Military electronics optimized for size often feature a smaller footprint while continuing to deliver the necessary capabilities. As a design-build manufacturer, DSE often develops products based on a customer’s unique specifications. Our engineering team works within space constraints to ensure that all internal components are designed with size in mind.
The VH4 video hub is just one example of a size optimization. With its miniature footprint of 6” x 6” x 1.13”, it packs powerful HD video processing and distribution in a small package.
Weight
It’s no surprise that reducing the overall weight of a vehicle or aircraft by optimizing its internal components will have a positive impact on its performance. Electronics manufacturers leverage new materials and design processes to make products lighter. DSE typically uses milled aluminum for enclosures, which are inherently rigid but also give endless flexibility in design possibilities, act as a heat sink for dissipation of heat, and ultimately a customizable form factor for weight reductions. This approach often results in products coming in at nearly 50% of the weight limit outlined in client program specifications.
Power
When it comes to power, requirements often specify that products perform the necessary tasks while drawing minimum current. Operating with reduced power consumption is achieved through knowledgeable circuit design, component selection, and total system level efficiency. These measures not only reduce total power draw but also reduce internal heat which increases the product’s expected lifespan. DSE’s engineering team leverage decades of experience building custom solutions to exceed customer specifications.
Cost
A new addition to the SWaP acronym, cost, is another factor to consider when evaluating a product. Optimizing for cost usually relies on the electronics provider standardizing common parts and driving down direct manufacturing costs, which can then allow savings to be passed to the customer. DSE applies this strategy, but also leverages its extensive library of subassemblies to reduce development costs.
There are many factors to consider when choosing a product or a manufacturing partner, SWaP-C among them. To learn more about DSE’s 27+ years of experience engineering rugged electronics for the aerospace and defense industry, contact our team at info@digitalsys.com.
Build Your Own Rugged Display
Build Your Own Rugged Display
Choose product features and design your own rugged display by leveraging DSE’s proven, yet flexible, COTS and custom solutions
Today DSE is launching a new tool to help configure a rugged display by matching your program needs to its catalog of customizable display systems. This new tool enables users to select requirements such as video inputs/outputs, display size and resolution, in addition to choosing from additional interface features like bezel keys, touch screen and more.
Once a user submits their requirements, a DSE rugged display variant is recommended to meet these specifications. Try it out for yourself by visiting the Build Your Own Rugged Display module.
A History of Engineering Rugged Displays
Rugged displays are at the core of DSE’s organization. For nearly three decades, DSE has been trusted to develop high-performing, dependable electronics for rugged applications ranging from amphibious military vehicles to crop planters, excavators and rescue helicopters. Throughout this time, DSE has not only perfected its rugged displays, but has also engineered a deep catalog of products with an even wider set of unique configurations.
DSE’s engineering competency, combined with an approach that allows program opportunities to drive technology and product development, has resulted in over 500 unique product configurations. Today, DSE continues to leverage this extensive family of products to meet the custom needs of our partners, while also designing, building and manufacturing new, next-generation solutions.
Through leveraging proven hardware and software subcomponents, DSE is able to quickly produce new, specialized display systems while reducing development time and costs for our customers. This ability to leverage proven components not only reduces lead times but also technical risk. Learn more about our development process here.