Silicon Labs 8051-based MCU SoCs stake a claim on IoT -

Silicon Labs 8051-based MCU SoCs stake a claim on IoT

NUREMBERG, Germany — Falling costs for 32-bit microcontrollers (MCUs) has prompted considerable speculation about them displacing 8-bit MCUs for new designs. But 8-bit MCUs aren't nearly dead yet. Silicon Labs just announced at Embedded World a new series of 8-bit MCUs that target a range of cost-, power-, and space-sensitive applications in the Internet of Things (IoT).

Silicon Labs is investing in new 8-bit devices, the company's director of marketing for 8-bit MCUs Tom Pannell told EE Times, because developers are looking for simplicity to speed their design efforts. “We've been working to provide performance, value, and ease-of-use for IoT developers,” said Pannell. “The 8-bit architecture is easier to use than others, and offers lower cost and power. Our high-speed, pipelined 8051 core provides the performance.”

The company also sees the 8-bit market as still thriving. The company quoted a report from Tom Hackenberg of market research firm IHS indicating that 8-bit devices will retain a third of the MCU market for several more years. Indeed, IHS expects the market to growing in value, reaching $7.8 billion in 2018.

To address a diverse range of applications, Silicon Labs has released the new EFM8 MCU family as three product lines, all with an apiary theme: Busy Bee, Sleepy Bee, and Universal Bee. A set of six low-cost (<$30) starter kits for these devices were also announced.

To read more of this external content, go to “8-bit MCUs stake new claim on IoT.”

2 thoughts on “Silicon Labs 8051-based MCU SoCs stake a claim on IoT

  1. “”The 8-bit architecture is easier to use than others”… Err, not true. 8-bit gives all sorts of problems with limited address spaces etc, and 8051 architecture is the worst with archaic RAM handling etc.nnThe fastest 8051s are still slower than middl

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  2. “If anything FUD is going the other direction. Limited address space, for example, isn't an issue since designs where an 8051 (or another 8-bit micro) would make sense by definition don't require huge address spaces. Thousands (possibly an understatement)

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