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ZigBee

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Built on top of the IEEE 802.15 radio standard, ZigBee is a standard RF networking protocol backed by a nonprofit industry consortium of more than 250 OEMs, semiconductor manufacturers, technology providers, and end users including some of the biggest names in technology. Just as Wi-Fi (802.11), its IEEE cousin, ensures interoperability among different vendors' wireless LAN products, ZigBee aims to bring the same standardization and multi-vendor interoperability to device-to-device automation networks. [1]



 

Additional Articles
  

Simplifying wireless system design
 → Nov/Dec 2011
Measurement and analysis techniques for wireless systems

Measurement and analysis techniques for wireless systems

Mike Donovan (MathWorks); Dr. Jon Friedman (MathWorks)
A unified technical computing and measurement environment that allows the development of algorithms and processing of real-world data satisfies specifications and requirements while yielding a more robust design.

Summit
 → Winter 2011

A view from the Summit

Joe Pavlat, Editorial Director (OpenSystems Media)
Joe recaps November's Advanced/MicroTCA Summit, introduces MicroTCA.4, and says goodbye to an old friend.

LTE
 → December 2011

LTE delivers on the promise of 4G, but no panacea for fragmentation

Mike Demler, Editorial Director (OpenSystems Media)
While wireless operators add more spectrum to build their next generation networks, multimode devices will be required to adapt to an increasing number of variations in each deployment.

MIL-STD-1553
 → Nov/Dec 2011

Enhancing MIL-STD-1553's bit rate

EBR-1553 enhances the Mbps of MIL-STD-1553 at the subsystem level as new technologies emerge.

Laser focus on JTRS
 → Nov/Dec 2011
JTRS update: Radio systems move closer to deployment, while GMR gets cut

JTRS update: Radio systems move closer to deployment, while GMR gets cut

John McHale, Editorial Director (OpenSystems Media)
The evolution of Software Defined Radio (SDR) has segments of the Joint Tactical Radio System (JTRS) close to deployment despite cuts that included the Ground Mobile Radio (GMR) system.

JTRS
 → Nov/Dec 2011

Show me the weapon system, no more PowerPoints please

John McHale, Editorial Director (OpenSystems Media)
In tough economic times, the DoD expects cost and risk sharing from suppliers in the development of new products and technologies.

Unfolding small form factors and defense tech
 → Winter 2011
Evolution of a small form factor

Evolution of a small form factor

Jerry Gipper (OpenSystems Media)
Highly integrated with low SWaP, VITA 73 fits perfectly on the small side of the rugged small form factor space.

Emerging standards: MicroTCA.4
 → Winter 2011
MicroTCA.4: The next inflection point in open standards platforms

MicroTCA.4: The next inflection point in open standards platforms

Tony Romero (PT)
The perfect fit: MTCA.4 emerges as a bridge in the core/edge dilemma, and so much more.

Ethernet
 → December 2011
White Paper: EtherCAT on Sitara AM335xARM Cortex-A8 Microprocessors

White Paper: EtherCAT on Sitara AM335xARM Cortex-A8 Microprocessors

Maneesh Soni, Systems Manager ARM microprocessor group (Texas Instruments, Inc.)
Texas Instruments is world's first semiconductor company to license EtherCAT technology and integrate it into the Sitara AM335x ARM generation of ARM Cortex-A8-based microprocessors (MPUs). This whitepaper explores implementation of this technology on the AM335x processor through its programmable real-time unit (PRU)-based programmable technology to create a unified front-end for industrial commun... [read more]

FMC
 → December 2011
White Paper: How Does the FMC (FPGA Mezzanine Card) Standard Measure up Against the PMC/XMC Format for Embedded Defense/Aerospace Applications?

White Paper: How Does the FMC (FPGA Mezzanine Card) Standard Measure up Against the PMC/XMC Format for Embedded Defense/Aerospace Applications?

Staff (Curtiss-Wright Controls Embedded Computing)
FMCs promise to do for FPGA based solutions what PMC and XMC did for embedded CPU based systems. However, FMC is not really competing with PMC or XMC, but actually complements it, particularly for high bandwidth, low latency applications.

AdvancedTCA: Voice/data solutions
 → Winter 2011
Fallback to the future: Circuit-switched networks as a voice/data solution

Fallback to the future: Circuit-switched networks as a voice/data solution

Brandon Lewis, Associate Editor (OpenSystems Media)
The Circuit Switched Fallback (CSFB) feeds data's insatiable bandwidth appetite while maintaining voice QoS, as explained in an interview with industry experts from three companies that collaborated on this new technology.

Fitting OpenVPX into VME-based systems
 → Winter 2011

Hybrid backplanes combine OpenVPX and VME components

Thomas Roberts (Mercury Computer Systems)
As VME is replaced by newer standards and fades into the legacy mist, I/O investment can be assured via hybrid backplanes.

VITA Standards
 → Winter 2011

ANSI ballot for revisions to VITA 65 started

John Rynearson (VITA Standards Organization)
Fourth quarter news from the VSO regarding VITA 65 and other standards.

AdvancedMCs: Repackaging for conduction cooling
 → Winter 2011
Achieving conduction heat transfer for commercial AdvancedMCs in a rugged MicroTCA System

Achieving conduction heat transfer for commercial AdvancedMCs in a rugged MicroTCA System

R.J. McLaren (Schroff NA)
A how-to for retooling commercial AMCs to meet rugged requirements.

Unfolding small form factors and defense tech
 → Winter 2011
Is your product choice ready?

Is your product choice ready?

Jerry Gipper (OpenSystems Media)
To ensure the stability of components selected for a project the right questions must be asked. Will it be deployable when needed? What is the Technology Readiness Level (TRL)?

Ruggedization techniques provide protection
 → Nov/Dec 2011
Case study: Ruggedizing Cisco Ethernet switches for the military

Case study: Ruggedizing Cisco Ethernet switches for the military

Mike Southworth (Parvus Corporation)
This case study reveals how "ruggedizing" a commercial Ethernet switch can provide a cost-effective networking solution for demanding military applications.

Prototyping
 → December 2011
White Paper: Can You Have It All? Evaluating FPGA-Based Prototyping Systems

White Paper: Can You Have It All? Evaluating FPGA-Based Prototyping Systems

Michael Posner, Product Manager FPGA-based prototyping solutions (Synopsys, Inc.)
RTL simulation is no longer capable of providing all of the verification required for today's complex designs. Modern systems are a complex mixture of hardware and software, digital and analog, and the boundaries of the system are often difficult to define.

Lead-free electronics
 → Nov/Dec 2011

Lead-free technology in mil/aero electronics

Steve Edwards (Curtiss-Wright Controls Embedded Computing)
Reports, standards, best practices, and solutions are being generated in regard to the reliability concerns of lead-free electronics in A&D applications.

Ruggedization techniques provide protection
 → Nov/Dec 2011
Meeting the military challenge: Designing for wide temperature range systems

Meeting the military challenge: Designing for wide temperature range systems

Dr. Qi Chen (Arbor Technology)
A consistent integrated design methodology, from component testing through verification testing, is crucial for the success of wide temperature range military systems.

VITA Standards
 → Winter 2011

Military focus can shift from the Middle East to China

Ray Alderman (VITA Standards Organization)
Shifts in DoD strategy may be on the horizon, ones that could eventuate increased demand on VME and VPX technology.

GPGPU tackles power
 → Nov/Dec 2011
If power is the problem, can GPGPU be the solution?

If power is the problem, can GPGPU be the solution?

Peter Thompson (GE Intelligent Platforms)
Future generations of General-Purpose Graphics Processing Units (GPGPUs) look to improve performance per watt.

Ruggedization techniques provide protection
 → Nov/Dec 2011
Protect aircraft subsystems with optimized TVS devices

Protect aircraft subsystems with optimized TVS devices

Kent Walters (Microsemi Corporation)
To meet the latest demanding multiple-burst surge protection standards in avionics systems, the construction of traditional Transient Voltage Suppressor (TVS) devices must be reevaluated to improve on thermal management and other limitations.

Freescale's AltiVec re-enlists for military duty
 → Nov/Dec 2011
Where, oh where, had AltiVec gone - and where is it now? - Interview with Glenn Beck, Network Products Division, Freescale Aerospace and Defense/Single Board Computing Market Segment Manager

Where, oh where, had AltiVec gone - and where is it now? - Interview with Glenn Beck, Network Products Division, Freescale Aerospace and Defense/Single Board Computing Market Segment Manager

Sharon Hess (OpenSystems Media)
In an interview with Military Embedded Systems, Glenn Beck of Freescale discusses the renaissance of AltiVec in the mil ecosystem with the introduction of the AMP Series processors.

VITA 76
 → Winter 2011

VITA 76 provides for high-bandwidth I/O in a rugged MIL-38999 circular connector

Kenneth Braund (Meritec); Alan Roath (Meritec)
MIL-38999 connectors enable high-bandwidth data transfer through multiple protocols, including commercial standards.

VPX meets data demands
 → Winter 2011

VME-to-VPX migration accelerated with modern APIs: Increases in military data drive growth of VPX in tech refresh

David Pursley (Kontron)
APIs offer cost-effective refresh for VME tech in deployed systems paving the way for increased bandwidth, performance, and flexibility.

High availability
 → December 2011
White Paper: No Room for Error: Creating Highly Reliable, High-Availability FPGA Designs

White Paper: No Room for Error: Creating Highly Reliable, High-Availability FPGA Designs

Angela Sutton (Synopsys, Inc.)
It comes as no surprise that the designers of FPGAs for military and aerospace applications are interested in increasing the reliability and availability of their designs. This is, of course, particularly true in the case of mission-critical and safety-critical electronic systems.

Carrier infrastructure: Network analysis
 → Winter 2011
The rise of the network analysis infrastructure

The rise of the network analysis infrastructure

Dan Joe Barry (Napatech)
The impending network analysis infrastructure will provide new opportunities for telecom carriers and allow for optimized communications services into the future.

 

ZigBee Video

Hazard analysis and risk management are standard procedures that medical device companies must undertake as part of their compliance effort for FDA regulations and other standards. The challenge is that risks are typically managed manually and sep...
Software is an opportunity for innovation and differentiation while defining the experience of the end-user.
The advantages of a robust AdvancedTCA ecosystem is one of three key elements Eric presents here.

Vendors and Products
 

Click on any vendor
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ZigBee related products.
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  • Texas Instruments  (1)
    • CC2530
      Complete 2.4-GHz radio frequency (RF) system-on-chip solution (+)

      Features:

      • Supports the IEEE 802.15.4 standard and an extensive set of applications, including ZigBee PRO networks, ZigBee RF4CE remote controls, smart energy, home and building automation, environmental monitoring and wireless medical
      • Provides up to 256 KB of Flash memory to enable development of multiple network protocols, which TI supports with free, downloadable software and tools to ensure that customers have everything needed for complete system development
      • TI offers a variety of free protocol software stacks that are supported by the CC2530 to enable cost-optimized selection of network protocol based on system requirements
  • Curtiss-Wright Controls Defense Solutions  (2)
    • XMC-660
      Multi-function mezzanine card that combines Wireless, GPS and cryptography to deliver portable, secure in-the-field wireless connectivity (+)

      Features:

      43201.jpg
      • The light-weight, small form-factor XMC-660 is an ideal solution for quickly and easily adding high-performance trusted wireless communications to VME, VPX and CompactPCI embedded systems for applications including luggable computers, manpacks, and secure laptop computers
      • Designed for rugged environments, the XMC-660, based on the VITA 42 XMC standard, uniquely combines support for WiFi 802.11 n/a/b/g communications, ZigBee 802.15 asset tracking, and GPS location services on a single plug-in mezzanine card, to deliver an ideal solution for systems integrators building embedded wireless networks
      • Power dissipation for the card is 7 Watts (typical)/ 8.4 Watts (max)
    • XMC-660 Wireless
      Multi-Function Wireless Mezzanine with 802.11 n/a/b/g (WiFi), 802.15.4 (Zigbee), GPS and Cryptographic support (+)

      Features:

      • Optimized Base-band and RF architecture
      • Wireless connectivity at high through-puts and extended range.
      • Reverse direction data-flow and Frame Aggression
  • Airbee Wireless  (2)
    • Airbee ZMAC
      Fully ZigBee ready and complies completely with IEEE 802.15.4 specifications (+)

      Features:

      • Ready for integration with any application code enabling short-range wireless com
      • MAC (Medium Access Control) - The IEEE 802.15.4 MAC contains the protocol stack that enables peer-to-peer secure communications and performs management of peer and network connectivity with other ZigBee devices
      • Airbee-ZMAC is the foundation for wireless networking utilizing either Star or Mesh network topologies
    • Zigbee Network
      Airbee-ZNS, the ZigBee-ready protocol stack software is designed for maximum portability among various 802.15.4 radios and a host of microcontrollers (+)

      Features:

      • Physical Layer – The PHY layer bridges the rest of the stack components to the transceiver (RF) hardware, handles real-time hardware events such as interrupts, and manages the transmission and reception functions pertaining to the RF and the microcontroller as required by the upper layers. Timer and clock services, which collectively form the heart-beat of the system, are generated, managed and supplied to the entire system from the PHY layer; the PHY layer interfaces with peripheral and application devices
      • Media Access Control (MAC) layer – The MAC sublayer provides the interface between the Network Layer and the PHY layer
      • Essential features of MAC sublayer are beacon management, channel access through slotted/unslotted CSMA mechanism, and guaranteed time slots (GTS) management
  • Microchip Technology, Inc.  (2)
    • Free ZigBee Stack
      Microchip offers the smallest and only free (no-cost license and royalty free) ZigBee Stack, enabling lower development and system costs (+)

      Features:

      • Based on version 1.0 of the ZigBee protocol specifications
      • Support for 2.4 GHz frequency band
      • Support for all ZigBee protocol device types (Coordinators, Routers, and End devices)
    • PICDEM Z Demo Kit
      An ZigBee Technology wireless communication protocol development and demonstration platform (+)

      Features:

      • ZigBee software stack supporting RFD (Reduced Function Device), FFD (Full Function Device) and coordinator
      • Daughtercard with Microchip MRF24J40 IEEE-802.15.4 2.4 GHz transceiver
      • Microchip sniffer board with USB interface
  • Ember Corporation  (1)
    • EM250
      The EM250 from Ember provides a true ZigBee System-on-Chip that combines a 2.4GHz IEEE 802.15.4 compliant radio transceiver with a powerful, efficient, industry proven 16-bit microprocessor with comprehensive hardware supported network-level debugging features to simplify development. (+)

      Features:

      • Flexible antenna interface allows easy antenna connection with or without external PA
      • Excellent noise immunity to 802.11b/ g. Exceeds 802.15.4 adjacent/alternate channel rejection specifications for improved co-existence
      • Digital RSSI / 802.15.4 Link Quality Indication
  • AeroComm Inc.  (1)
    • ZB2430
      AeroComm Extends Breadth of ZigBee™ Your Way™ Transceiver Product Line (+)

      Features:

      • best-in-class output power
      • best-in-class receive sensitivity
      • best-in-class line-of-sight range
  • Digi International  (2)
    • iDigi start kits
      iDigi is termed “Platform as a Service” (PaaS) for developing wireless applications. With access to a sandbox development environment and other hosted software over a Web services interface, the platform connects to devices seamlessly so developers can focus on applications (+)

      Features:

      41800.jpg
      • The iDigi X4 Starter Kit ZB is ZigBee-based, with an XBee module, wall router, light and temperature sensors, and an IP-to-ZigBee gateway
      • The iDigi Wi-9P Starter Kit ZB has an ARM9 module, Wi-Fi module, ZigBee module and wall router, the same light and temp sensors, and a Python-based software environment
      • The iDigi BL4S100 Add-on Kit ZB adds a Rabbit BL4S100 SBC with its I/O features
    • ConnectCore Wi-MX51
      Core module designed specifically for low-power, wireless multimedia applications (+)

      Features:

      43807.jpg
      • First wireless enabled core module based on Freescale's new high-performance i.MX51 processor
      • First to offer 802.11 a/b/g/n Wi-Fi and first to support Microsoft's new Windows CE 6.0 R3
      • The ConnectCore Wi-MX51 enables wired and Wi-Fi networking for low power embedded applications with demanding performance requirements such as displays within medical devices, digital signage, security/access control devices, point-of-sale equipment and industrial automation technology
  • Atmel Corporation  (1)
    • ZigBee RF4CE wireless/REB231ED-EK evaluation kits
      The ZigBee RF4CE wireless evaluation kit designed for ZigBee PRO and ZigBee RF4CE application development, and prototyping and the REB231ED-EK evaluation kit with antenna diversity support for the Atmel AT86RF231 device (+)

      Features:

      52213.jpg
      • Kits support ZigBee application profiles as well as IEEE 802.15.4 and proprietary wireless applications
      • Kits come with reference boards based on the Atmel ATmega128RFA1 and AT86RF231 wireless low-power transceivers and ZigBee-compliant software stacks ready for download at Atmel's website
      • [...]
  • Synapse Wireless Inc.  (2)
    • Synapse's SNAP
      Synapse's SNAP® technology is an award-winning IEEE 802.15.4, auto-forming, multi-hop, mesh network stack combined with an embedded Python interpreter for running application code (+)

      Features:

      42743.jpg
      • Self-healing mesh network
      • Instant-ON: communicate within milliseconds of power-up
      • All devices are peers - every node can bridge, route, and sleep
    • Synapse's SNAPconnect
      Synapse's SNAPconnect provides a seamless interface between devices on a wireless SNAP network and client applications either hosted either locally or across the Internet (+)

      Features:

      42749.jpg
      • Connect to any SNAP network anywhere in the world from anywhere in the world
      • Nothing to add to SNAP
      • Designed from the ground up to work with TCP/IP
  • WinSystems, Inc.  (4)
    • PCM-ZIGBEE
      WinSystems' PCM-ZigBee is a PC/104-compatible board configured with a ZigBee wireless transceiver plus an optional Trimble GPS receiver (+)

      Features:

      35122.jpg
      • Addresses the unique need of most remote monitoring and control and sensor network applications
      • IEEE 802.15.4 ZigBee wireless interface
      • PC/104-compatible with XBee Pro transceiver
    • M2M Enabled SBC
      AMD Geode GX500@1W processor (+)

      Features:

      • High-resolution video controller supports CRT or LCD panels
      • 10/100 Mbps Ethernet controller and wireless 802.11
      • Supports POTS modem, GPRS/CDMA cellular modem, ZigBee and optional GPS receiver module
    • Embed Connectivity
      The LBC-GX500 achieves significant advancement in the application of wired and wireless connectivity technology applied to single board computers (+)

      Features:

      33634.jpg
      • Connectivity options include 802.11 wireless Ethernet, GSM/GPRS/CDMA cellular modem, ZigBee wireless RF module, 10/100 wired Ethernet, global-compliant dial-up (POTS) modem, six USB ports, and six COM channels
      • Provides an open and powerful industrial platform for management of geographically distributed machinery and sensors with a operational temperature of -40 °C to +85 °C
      • Full-featured SBC with a variety of on-board peripherals which eliminate the need for other I/O card
    • LBC-GX500 SBC
      A highly integrated SBC with GSM/CDMA, ZigBee, wireless 802.11 Ethernet, 10/100 Ethernet, dial-up modem, six USB ports, and six COM channels all on one card (+)

      Features:

      32072.jpg
      • AMD Geode GX500 @ 1 W processor with -40 °C to +85 °C operation
      • EBX-size board, 5.75" x 8.00" (147 mm x 203 mm)
      • Up to 512 MB of system PC2700 DDR SDRAM supported in a 200-pin SODIMM socket
  • Kontron  (1)
    • M2M Developer Kit
      Consists of a COM Express® compatible Kontron nanoETXexpress-TT COM using the Intel® Atom™ processor E640 1 GHz and other Kontron M2M System boards housed in a small, 67mm x 100mm x 27mm chassis (+)

      Features:

      52498.jpg
      • The external USB port simplifies use of M2M SDKs provided by M2M ISVs
      • Sufficient storage is provided for M2M smart service applications, middleware and OS on the 4 gigabyte (GB) internal MicroSD card
      • Built-in accelerometer, dual HDMI and HD audio support enables designers to implement both movement tracking and intensive audio/video smart services features
  • Daintree Networks  (2)
    • Sensor Net Analyzer
      The Sensor Network Analyzer is the industry's most comprehensive solution for ZigBee/802.15.4 testing, analysis, and commissioning (+)

      Features:

      • Standards-based with unique network visualization
      • Industry-standard tool used by key semiconductor and software companies, and at all product certification and interoperability test events hosted by the ZigBee Alliance [...]
    • Sensor Network Analyzer (SNA)
      Sensor Network Analyzer (SNA) (+)

      Features:

      34425.jpg
      • Comprehensive solution for ZigBee and IEEE 802.15.4 testing, analysis, commissioning, and management
      • Extends traditional protocol analysis with powerful visual network analysis including visualization of network topologies, routing and application bindings, link quality, and device states
      • Multi-node capture for analysis of large and physically distributed networks, over-the-air configuration, and upgrades for commissioning and maintenance, and measurements for analysis of system performance
  • GE Appliances  (1)
    • Nucleus
      5 W plug computer that gathers energy usage data from the in-home smart network (+)

      Features:

      45626.jpg
      • One ZigBee radio for a smart meter
      • One ZigBee radio for appliances
      • Wi-Fi connection
  • Taoglas  (1)
    • FXP.830
      Dual-band (2.4/5.8 GHz), Flexible Polymer 3dBi Antenna for M2M Applications (+)

      Features:

      47601.jpg
      • Small, dipole antenna for 2.4/5.8 GHz band including WiFi, Zigbee and WLAN
      • 80 percent efficiency compares to 10 to 15 percent efficiency of competing chip antennas and 20 to 30 percent efficiency of pifa and loop antennas
      • Contains a tiny form factor and has double-sided 3M tape on one side for easy peel and stick mounting
  • SCL Elements  (1)
    • CAN2GO
      Second generation CAN2GO Universal and VAV controllers (+)

      Features:

      52792.jpg
      • GW2 gateway
      • 400 MHz processors
      • 64MB of RAM
02/5/12 08:31

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This page was last modified on 9 September 2010, at 03:35. - Disclaimers - About Embedded Channels