The global electronics industry is the cornerstone of
the digital economy and the Internet of Things (IoT).
Electronic devices act as conduits for users’ digital
experiences, which are now seamlessly enabled and
updated in the cloud. The industry’s digital device
success has also introduced its latest challenge: going
beyond the device. Leveraging data to drive insights is
key to delivering greater value. Doing so requires
electronics firms to flawlessly integrate hardware,
software, services and data while learning from and
adapting to users. Through Digital ReinventionTM, they
can combine digital approaches and data by design to
drive new capabilities, changing business from the
For centuries, new technologies have ushered in entirely new eras of progressive change in all facets of life, and have revolutionized
countless industries. The invention of the steam engine brought about the industrial revolution and expanded trade and transportation.
Quantum physics was the foundation of the electronics revolution that brought us transistors, TV, radio, and computers. And the Internet
has brought about a stunning information and communication revolution, which is still sending shock waves across virtually every industry,
and to the very core of our cultures and lifestyles.
IBM has a unique position in the marketplace, with cognitive platforms and services, industry-specific offerings and expert consulting to support electronics companies.
To understand how the electronics industry is applying cognitive computing to manufacturing, the IBM Institute for Business Value surveyed 140 electronics executives around the world and across all industry subsectors. We found that a core group of early adopters has kicked off a new generation of production success with cognitive manufacturing and show greater returns on investment (ROI) with increased productivity. Our analysis answers some important questions.
Safety certification for avionics hardware and software is an expensive, complicated process, but absolutely necessary to ensure safe skies for commercial aircraft passengers and military jets flying in the national airspace. Now unmanned aircraft flight critical electronics will also have to meet these same safety requirements as the U.S. Federal Aviation Administration (FAA) starts to open up the national airspace to unmanned aerial systems (UASs). While the rules are still being drawn up, embedded software and hardware designers are already looking at ways for UAS platform integrators to solve certification challenges and manage the process of compliance with safety certification standards such as DO-178B & C. This webcast of industry experts will discuss how to enable safety certification of UAS platforms through efficient and cost-effective solutions.
Storage infrastructure simplification is an important step an electronics business can take toward meeting the needs of an on-demand business environment. The IBM System Storage DS Family can support business continuity and improve information lifecycle management with competitively priced storage options. Learn how the IBM Systems Storage DS Family is an ideal partner for businesses in the electronics industry looking for secure and resilient data storage.
PTC, the Product Development Company® today announced that Samsung Electronics Co., LTD (SEC), a leading digital products manufacturer of mobile phones, televisions, and semiconductors, has selected PTC Windchill as its digital product development data repository to manage an integrated BOM of mechanical, electrical and software data across its globally distributed product development environment. Windchill is the standard enterprise PLM solution at SEC because of its powerful, Web-based support of key product development processes on a single technology architecture and execution environment.
Electronics and Software Engineering are quickly merging with traditional Mechanical Engineering to create a new paradigm in auto manufacturing: Mechatronics. Industry experts predict that this shift will bring about profound advances in automotive product development. Unfortunately, existing IT and process infrastructures do not provide sufficient capabilities to support the new paradigm: multiple data silos, a lack of standardized processes, and integration issues on a tool level (Mechanical, Electronic, Software) continue to pose serious obstacles to development efficiency, and remain a frequent source of delays, quality issues and cost increases.
Manufacturers in the high-technology and electronics industry are under constant pressure to introduce innovative products that are more appealing, reliable and inexpensive. The pace is relentless and requires cross-functional and cross-entity communication to get the right volume and timing of product to the marketplace.
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