This Month in PCB007 Magazine: The Acceleration or Deceleration of Change


Reading time ( words)

Things have changed a lot in the last year, especially in the realm of technology.

Just a year ago, 5G networks were on a smooth path to unquestioned rapid growth dominance. Today, while there has been much progress, and while there are some 5G capable devices available, it is far from universal. In some areas, such as near schools and residential areas, people were putting up roadblocks to 5G towers. Overall, there has been much progress, but the pace seems slower than was expected just a year ago. Some limitations are being identified, and there is already talk of 6G becoming available well before the end of the decade.

Extended reality (XR)—or one of the various extended reality segments, such as virtual reality (VR), augmented reality (AR), mixed reality (MR), etc.—was making progress at light speed. It still is progressing, but much of the hardware that was about to become available during 2020 has been delayed. Areas where XR has true value—such as military, medical, and tech service—are progressing rapidly and with the 2020 shutdown areas, including XR-enabled gaming partially by next-generation graphic processing units (GPUs), is quickly accelerating. It has been reported that XR digital game spending reached over $10B in April 2020 and has continued to grow.

We all know that video conferencing has taken off. Is there anyone who has not been on a Zoom or Microsoft Teams call in the last week? Many of us are on two or more a day. So far, the use of XR in teleconferencing is minimal, but I would expect that area to accelerate greatly in the next 18 months.

Last winter, some of us predicted that trade shows might have to be canceled, with the key indicator being what would happen with 2021 CES. This year’s mega-event in Vegas will not take place, at least not in its usual way, but there will be a virtual show, demonstrations, and presentations. Other events have also followed that path. I predict that it will not slow down the introduction of new devices; in some cases, it will accelerate it. For example, the leading supplier of graphic processing technology, NVIDIA, just introduced their next generation of GPUs (more on that later).

Usually, one could expect that CES would be the perfect place to introduce this highly anticipated generation of devices, but with this show being different than the type we are used to, why not introduce the RTX 3000 series sooner? This introduction has been so successful that I would expect other similar accelerated introductions. Without major in-person trade shows, how will we focus on, stay up to date on, and easily compare all the new technology and devices?

With this preview, let’s consider the specifics of some areas that demonstrate the acceleration or deceleration of change.

To read this entire article, which appeared in the October 2020 issue of PCB007 Magazine, click here.

Share




Suggested Items

Realizing the Promise of IPC-1791

05/09/2023 | Chris Mitchell, IPC Vice President of Global Government Relations
IPC-1791, Trusted Electronic Designer, Fabricator and Assembler Requirements, is an electronics standard developed in collaboration with the U.S. Department of Defense (DoD) and industry to address some of today’s greatest risks to a trusted supply chain. The standard provides traceability and helps protect against counterfeits. In fact, IPC-1791 was specifically cited in the U.S. Department of Commerce response to Executive Order 14017-Securing America’s Supply Chains.

Onboarding 101 With Mike Hoyt

05/05/2023 | Andy Shaughnessy, Design007 Magazine
You’ve decided to revamp your process for onboarding new hires, but where do you start? How do you create a thorough onboarding system that allows each new hire to become a happy, long-term employee? I asked Mike Hoyt, IPC’s training advisor, to discuss the organization’s onboarding program, the hiring issues facing companies in the PCB space, and the best way to get aboard a new onboarding process.

Chemical Legislation and Restrictions on Solder Masks

04/27/2023 | Chris Wall, technical director, Electra Polymers
Ever since liquid photoimageable solder masks (LPISMs) were introduced, their UV exposure speed has been a key factor in their performance. The LPISM is coated onto the PCB, dried, and then selectively exposed with UV light via a phototool, or more recently, via direct imaging using LED or lasers. The exposed areas polymerise and become insoluble in the developing solution. The polymerisation is initiated by one or more chemicals called photoinitiators, which are components of the LPISM.



Copyright © 2023 I-Connect007 | IPC Publishing Group Inc. All rights reserved.