zero - g connecting the internet of things. introduction to zero -g
TRANSCRIPT
Zero - GCONNECTING THE INTERNET OF
THINGS
Introduction to Zero -G
Introduction to Zero - G
• Connect your embedded system products to the Wireless fidelity or Wi-Fi
• Connect to a host Microcontroller via a SPI serial interface.
• Use minimal resouce to run.• Easy to use and installation and cost-effective
Introduction to Zero -G
• Software and hardware incorporate the Microchip TCP/IP networking stack
• Compatible with 8/16/32-bit product families PIC18®, PIC24®, PIC32® and dsPIC
•Development kits consist of Microchip development tools and software, ZeroG drivers and example application code
Introduction to Zero -G
• Power-saving modes are optimized for long battery life. Battery life lasts as long as 10 years for "once-a-day-wake-up"
• Wireless architecture optimized for applications with low duty cycles and low bandwidth
• The chip automatically goes on standby in between receive and transmitsessions, along with a "fast wake-up" call at the receipt of packet.
The Wi-Fi I/O automatically reduces power without intervention from host MCU No-host polling allows the host MCU to shut down while the chip remains active
The chip wakes up the host MCU at the receipt of data packets
• In many applications, the Wi-Fi I/O does not require the addition of external memory or an operating system, reducing overall systempower consumption.
Introduction to Zero -G
• On-chip hardware security accelerators for WEP/WPA/WPA2 reduce memory footprint and offloads host processor cycles
• On-chip MAC layer reduces cycles done by host processor
• No external memory required to run the Wi-Fi I/O. The host RAM requirement is as little as 2.8kB
• The Easy-Fi[tm] suite includes a very small and easily ported driver with a footprint that uses as little as a few hundred bytes of RAMfrom a host microcontroller, and less than 10kB of ROM.
• The driver includes a comprehensive suite of commands that allow it to easily run in small or no OS systems.
Introduction to Zero -G
• Supports low-cost 8-bit microcontrollers. ZeroG also support systems that use 16- or 32-bit MCUs.
• Add Wi-Fi without adding an OS and support an already existing OS
•No additional memory to integrate Wi-Fi
• Production modules will be shipped with certification from FCC, Japan and Canadian regulatory bodies across a variety ofantenna configurations. Pre-scan data that is required for ETSI certification will also be available.
Introduction to Zero -G
• Supports low-cost 8-bit microcontrollers. ZeroG also support systems that use 16- or 32-bit MCUs.
• Add Wi-Fi without adding an OS and support an already existing OS
•No additional memory to integrate Wi-Fi
• Production modules will be shipped with certification from FCC, Japan and Canadian regulatory bodies across a variety ofantenna configurations. Pre-scan data that is required for ETSI certification will also be available.