The nonvolatile memory space just got a little more interesting with JEDEC’s announcement of the formation of a subcommittee focused on creating a standard for high-speed, low-power wireless data transfer from device to device and device to accessory. According to Harald Kaaja, Chairman of JEDEC’s JC-64.9 Subcommittee for Wireless Memory, the hardware/software standard will detail the functionalities belonging to both the wireless memory host and the wireless memory tag (embedded tag) that allows the host to power, detect, read and write high capacity tags to memory at high speed, even if they are passive.
Why this standard, and why now? “Consumer usage hasn't really proven out to be looking for a solution as such but you don't know until you have a product,” says Michael Yang, senior principal analyst, memory & storage at IHS/iSuppli. “I think there are a lot of ideas of what can happen if you have a card.”
“It is an important step toward innovative memory usage opportunities, to expand memory applications use cases,” Kaaja agrees. One example involves kiosks that would allow users to download content in a manner of minutes or even seconds without using up bandwidth from their data plan. That could be very appealing, considering how rapidly streaming television or movie can eat up data allowances.
Certainly, the user base exists. The number of micro-SD cards shipped this year, alone, will approach will approach 930 million, Yang says. Micro-SD cards don't have the capability for data transfer, of course. Coming up with a device that does will be no small task. "You need to have intelligence, you need to have the interface built in, you need to have a standard across devices, not just cards but on the on the receiving side,” he notes. “When you look at the current micro-SD, it's too small to have any kind of wireless chip on it. It will need to be a new form factor. That's why JEDEC needs to be involved because no one company can truly can really develop a product like this.”
“Standardization activities will focus to create a solution which is memory interface agnostic with respect to the actual structure of the Wireless Memory Tag and Wireless Memory Host,” says Micron Senior Director for Wireless Solutions Group R&D, Marco Dallabora.
To participate or find out more, visit JEDEC’s website or call 703-907-7560.
If the company really manages to create a standard for wireless data transfer, many makers of electronic products might have to incorporate that technology. There aren't much demand for hi speed data transfers between devices right now, but with the ability to, I think people might just start using it.
James - http://www.raid-data-recovery-uk.com
David Patterson, known for his pioneering research that led to RAID, clusters and more, is part of a team at UC Berkeley that recently made its RISC-V processor architecture an open source hardware offering. We talk with Patterson and one of his colleagues behind the effort about the opportunities they see, what new kinds of designs they hope to enable and what it means for today’s commercial processor giants such as Intel, ARM and Imagination Technologies.