Skip to main content

ZigBee Wireless Sensor Network Application

Broadband services continue to be in high demand, attracting millions of new subscribers worldwide each month, and enabling new applications, according to the latest In-Stat market study.

In-stat projects that Automatic Meter Reading (AMR) and smart energy will be the leading applications for 802.15.4 and ZigBee wireless sensor networks. Other growing application segments include consumer electronics, building control, industrial process control, and residential automation.

ZigBee, through its impressive marketing efforts in the U.S., has owned the largest mind share in the wireless sensor networking space for the past several years.

However, a host of proprietary software stacks are being used in applications where ZigBee offers more than what is required by the specific applications, the high-tech market research firm says.

"A large number of technologies are being used for countless applications, with ZigBee usage becoming more focused on the fast-growing smart energy application," says Brian O'Rourke, In-Stat analyst.

"On a global basis, utilities and governments are leveraging these technologies to provision, monitor, and bill customers more efficiently while also benefiting the environment."

In-Stat's market study found the following:

- 802.15.4 node and chipset units will reach 292 million in 2012, up from 7 million in 2007.

- Only one-third of 802.15.4 chips include a ZigBee stack, demonstrating the fragmentation among competing sensor network technologies and software stacks.

- 802.15.4 is emerging in consumer electronics markets through efforts by RF4CE.

Popular posts from this blog

Semiconductor Economics Rewritten by AI Demand

Semiconductor forecasts rarely move enough to reshape an enterprise boardroom budget conversation. Omdia's latest worldwide market study findings does exactly that. The research firm has raised its 2026 global semiconductor revenue forecast to 94.1 percent year-over-year growth, an increase driven almost entirely by memory pricing tied to artificial intelligence infrastructure. For technology executives, the number itself matters less than what sits underneath it. Applied-AI demand has now outrun the industry's capacity to produce and package the chips it needs, and Omdia expects that imbalance to persist through early 2027. The Semiconductor Forecast Revision Memory integrated circuits, DRAM and NAND combined, are now projected to account for more than 50 percent of total semiconductor revenue in 2026. That threshold has rarely been crossed in the industry's history. It marks a structural shift in where chip economics get decided. Logic used to set the pace of the industr...