Jennic Product - MITS WORLD

Jennic Product:

Introduction

Jennic is a fabless semiconductor company leading the wireless connectivity revolution by providing wireless microcontrollers for a broad range of applications. Its expertise in systems and software combined with world class RF and digital chip design provides low cost, highly integrated wireless microcontrollers with a focus on the IEEE802.15.4 and ZigBee standards.

Wireless sensor network development couldn't be simpler. Jennic offers a complete portfolio of wireless microcontrollers, modules and development tools. This is complemented by a suite of software that includes network protocol stacks, profiles and APIs as well as application reference examples.

What is ZigBee

ZigBee allows you to build medium to large wireless networks of sensors and controllers. ZigBee is uniquely suited to this market as it offers:

· a worldwide public standard, based on IEEE802.15.4

· large, robust, highly secure (AES encrypted), low power networks

· network topologies, star, tree and mesh to support a wide variety of applications

· worldwide interoperability with other ZigBee products

· co-existence with other wireless mediums (e.g. Bluetooth, WiFi, cellular)

· a mature standard, which has been available for over a year

ZigBee is coordinated by the ZigBee Alliance, which developed the wireless protocol standard and coordinates the compliance testing. The ZigBee standard provides network, security and application layers that sit on top of IEEE802.15.4, which provides the physical and media access layers.

A Sample ZigBee Mesh Network

How do I use Jenic's platform?

Jennic Product Feature

I. Single chip solution:

A. 2.4GHz Wireless Transceiver + CPU + Protocol Stack + Application

B. IEEE802.15.4 compliant, co-exists with Wi-Fi, Bluetooth

II. Processor and Resources:

A. 32bit RISC processor that supports user interfaces, sensor algorithms, data compression and wireless protocol

B. Roadmap with protocol stacks in ROM for cost saving and large amounts of RAM for application resources

C. Rich set of processor peripherals (uarts, spi, i2c, timers, adc, dac ..)

D. Embedded AES security engine

III. Ease of use:

A. Public domain Integrated Development Environment including compiler, debugger, tools

B. Unrestricted support access, datasheets, user guides, application notes, web forums

Product Series

*Jennic Product Series*
*Wireless Microcontroller*
JN5139	Transceiver Features 2.4GHz IEEE802.15.4 compliant Security processor (128-bit AES) Low processor overhead Sleep current < 2uA with sleep timer Rx current < 39mA, Tx current < 39mA Receiver sensitivity -97dBm Transmit power +3dBm Microcontroller Features 32-bit RISC optimised for low power (3MIPS/mA) efficient code density 96kb RAM for shared program and data 192kb ROM for program code 4 input 12-bit ADC, 2 11-bit DACs, 2 comparators, temperature sensor 2 application timer/counters, 3 system timers 2 UARTs (one for in-system debug) SPI Port with 5 selects 2 wire serial interface 21 GPIO
*Jennic Modules*
	Ready-to-go RF Quick time to market Easy to use Compliant with FCC part 15 rules, ETSI ETS 300-328 and Japan ARIB STD-T66 Low power technology Highly integrated solution Support for IEEE802.15.4 and ZigBee
JN5139-001-M00				Wireless module with an integrated ceramic antenna IEEE802.15.4 or ZigBee versions (-001 or -Z01 respectively) Up to 1km line of sight range / 18x30mm Receiver sensitivity -96dBm / RX current 37mA TX power +2.5dB / TX current 37mA
JN5139-001-M01				Wireless module with an SMA connector IEEE802.15.4 or ZigBee versions (-001 or -Z01 respectively) Up to 1km line of sight range / 18x30mm Receiver sensitivity -96dBm / RX current 37mA TX power +2.5dB / TX current 37mA
JN5139-001-M02			High power wireless module with an SMA connector IEEE802.15.4 or ZigBee versions (-001 or -Z01 respectively) Up to 4km line of sight range / 18x41mm Receiver sensitivity -100dBm / RX current 45mA TX power +19dB / TX current 125mA
JN5139-001-M03				Wireless module with uFl connector (I-PEX connector) IEEE802.15.4 or ZigBee versions (-001 or -Z01 respectively) Up to 1km line of sight range / 18x30mm Receiver sensitivity -96dBm / RX current 37mA TX power +2.5dB / TX current 37mA
JN5139-001-M04			High power wireless module with uFl connector (I-PEX) IEEE802.15.4 or ZigBee versions (-001 or -Z01 respectively) Up to 4km line of sight range / 18x41mm Receiver sensitivity -100dBm / RX current 45mA TX power +19dB / TX current 125mA
MZD-J00 MZD-J03 MZD-J04			ZigBee standard power USB Dongle with ceramic antenna ZigBee standard power USB Dongle with SMA antenna ZigBee high power USB Dongle with SMA antenna
*Design and Development*
JN5139-EK010					Evaluation Kits for IEEE802.15.4/JenNet and ZigBee Complete hardware and software solution 5 nodes of sensor network hardware, full software tool suite Point-to-point, star, tree and mesh networking Rapid development of wireless sensor networks Pre-configured out of the box with a home automation demo
JN5139-EK020		IEEE802.15.4 / JenNet Starter Kit Simplifies the development of wireless sensor networks 3 Sensor network nodes JenNet network protocol stack with a choice of API Experience the ease of integrating wireless into your products Ready to use out of the box
Development Tool					Software development tool: Code::Blocks IDE Offers all of the features expected of an Integrated Development Environment, this includes complete project management, source code editing, configuration control and project build, a utility for downloading the application code into target hardware flash and an integrated debugger
Development Tool					Software development tool: Cygwin Command Line Offers a Linux-like command line interface for developers prefering project makefiles for software configuration management and build control. The tool suite is based on the ever popular GNU C compiler collection
Software Stack		At-Jenie and Jenie provide two levels of applications programming interface, enabling developers of mixed programming competencies to develop with Jennic's wireless microcontroller technology.

產品應用(Application)

Commercial Building Automation

Intelligent control of commercial buildings can result in huge savings in energy consumption, but the installation costs of wired sensors and controls have been prohibitive. There are a host of sensor and control functions that can benefit from being wirelessly networked, including:

measuring temperature and humidity
controlling heating, ventilation, air-conditioning units, shades blinds and lighting
detecting smoke, fire door positions, and occupancy
controlling access and providing security etc

Industrial Process Monitoring and Control

Comprehensive monitoring and control of industrial processes and equipment is crucial to achieving efficient production, minimizing cost, and ensuring safety of staff and public. However, providing enough wired sensors - perhaps thousands - to monitor and control an average industrial process is a costly, and complex business. Applications range from meter reading, through pipeline flow measurement, to machine control. Sensors might simply be for temperature, or for specialist gas detection.

Wiring is expensive, and even more expensive to change. Wireless systems can offer a good solution if the sensors and controllers are low cost, easy to install, and can provide a robust transmission method to guarantee the signal gets through. Apart from being cheaper and more flexible, wireless sensors can also be used in hazardous environments inaccessible to normal wired systems.

Home Automation

Networking many residential facilities wirelessly has been dream for many years. Controlling temperature and lighting in each room, occupancy and smoke detectors as security features, and even monitoring the status of domestic appliances such as washing machines, provides real benefits to many homeowners. New houses also need to be constructed to ever-higher levels of energy efficiency, but the complexity and cost of traditional wired heating, lighting and ventilation systems has excluded them from all but the most expensive homes.

In new residential buildings such systems can now be implemented easily and with very little cost by low power, wireless sensors. Upgrading a system based on the new industry standards (802.15.4 and ZigBee) is easily done simply by adding extra sensors. A single system supports fire detection, security and access, and lighting and environment control.