PIC16F610 datasheet(15/20 Pages) MICROCHIP

15 / 20 page

www.microchip.com/lighting

LED Lighting Solutions Design Guide

LED Lighting Solutions

Advanced Communication Solutions for Lighting

Several advanced wired and wireless communication

interfaces are being evaluated for use in a multitude of

innovative lighting applications including:

■ ZigBee®and MiWi™ wireless protocols based on the

IEEE 802.15.4 standard

■ Wi-Fi™, IEEE 802.11

■ Ethernet, IEEE 802.3

■ USB

■ CAN, LIN

ZigBee® Protocol

The ZigBee protocol is

an industry standard

protocol for wireless

networking. Specifically

designed for low cost and

relatively low bandwidth

automation applications

it allows the quick

deployment of several

networking flexible

topologies, including star,

cluster and mesh.

PIC microcontrollers offer the ideal combination of

performance and low power features required to implement

an efficient ZigBee solution. Microchip offers a free ZigBee

Residential stack implementation for the PIC18 and PIC24

family of microcontrollers. More information can be found in

Application Note AN1232. Microchip also offers Zigbee PRO

stack along with public application profiles such as Smart

Energy Profile.

MiWi™ Protocol

The MiWi Wireless Networking Protocol is a simple protocol

designed for low data rate, short distance, low-cost

networks. Fundamentally based on IEEE 802.15.4™ for

wireless personal area networks (WPANs) later expanded

to support Microchip proprietary RF transceivers, the MiWi

protocol provides an easy-to-use alternative for wireless

communication. In particular, it targets smaller applications

that have relatively small network sizes and with few hops

between. For more details, check Application Note AN1066.

MiWi™ P2P Protocol

Microchip MiWi P2P is one of the wireless protocols that

is supported in MiWi Development Environment (DE). It

is a variation of IEEE 802.15.4, using Microchip’s IEEE

802.15.4 compliant and other proprietary RF transceivers,

which are controlled by Microchip 8, 16 or 32-bit

microcontroller with a Serial Peripheral Interface (SPI).

Application Note AN1204 describes the Microchip Wireless

(MiWi) Peer-to-Peer (P2P) Protocol and its differences from

IEEE 802.15.4.

Development Tools

MRF24J10 – a fully integrated 2.4 GHz IEEE 802.15.4

compatible transceiver

DM163027-4 – PICDEM Z 2.4 GHz Demonstration Kit

DM183023 – ZENA™ wireless network analyzer tool uses

a simple graphical interface to configure the free Microchip

ZigBee and MiWi protocol stacks.

Web Links

www.microchip.com/wireless

www.microchip.com/zigbee

www.microchip.com/miwi

Wi-Fi Interface

Microchip’s Wi-Fi modules have been architected to ease

integration at minimum system cost. Designing from a

module removes effort and time from having to design with a

chip. All module components are tuned for best performance

and have been tested for a variety of antennas. Designers

can simply design the module onto their board in order to

go straight to production. Because the MRF24WB0MA and

MRF24WB0MB modules are certified, designers can save

tens of thousands of dollars for certification fees and about

six months of engineering time. For high volume customers,

the best path is to start with the module to get to market

rapidly.

Wireless Tools

DM183032 – PICDEM PIC18 Explorer Board

DM240001 – Explorer 16 Demo Board

AC164134 – MRF24J40MA PICtail™ Plus Daughter Board

AC164137 – MRF49XA PICtail™ Plus Daughter Board

AC164138 – MRF89XA PICtail™ Plus Daughter Board

AC164136-4 – MRF24WB0MA Wi-Fi PICtail™ Plus Daughter

Board

Web Link

www.microchip.com/wireless

SPI

MRF24WB0MA/MB

Digital I/O

Interrupt

Power

JTAG

Debug

Reset

Hibernate

Matching

Circuitry

Flash

PCB

Antenna

Interface

AES, TKIP

Encryption

Accelerator

RAM

2.4 GHz

Transceiver

ROM

Power

Amplifier

(MA Only)

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