Home »
New Products
Ethernet gateway for wireless mesh networking
July 27, 2010 | Phil Ling | 222902996
Targets industrial and medical sectors by providing central co-ordinator
IDC is providing optimum interface capabilities for its ZigBee range of wireless mesh products, with the launch of its ZB104 Ethernet Gateway. Designed for use in logistics, warehouse distribution, manufacturing and medical sectors, the ZB104 is a dual function device, which acts as the central co-ordinator for a network of ZigBee devices; it also transfers data to and from the wireless network over Ethernet.
“The ZB104 opens up endless possibilities for local or remote communication with our ZigBee wireless mesh network products,” said IDC Managing Director, Kevin Buckley. It uses standard 10/100 BaseT Ethernet, making it simple and flexible for integrators to achieve interface solutions across all networks. We are also providing wider connectivity options for manufacturing and automation with a new standard OPC Server interface. This allows industrial automation SCADA and DCS applications supporting OPC client connectivity to seamlessly integrate our ZB product range.”
The ZB104 is the latest addition to IDC’s family of ZigBee modules for cable-less wireless mesh networking. It features Power Over Ethernet (POE), or, alternatively, can be powered via an external 5vDC power supply. The device is housed in a robust IP45 rated enclosure, and is provided with a wall mounting bracket to allow easy installation.
The IDC family of ZigBee modules, of which the ZB104 is part, is designed around the ZB108 OEM module which features a complete System- on- Chip (SoC), combining a high performance microprocessor with digital, analogue and serial connectivity. In addition to the ZB104 and ZB108, the family includes serial and OPC gateways, routers, logic and serial controllers, handheld keypads, key fobs with touch-screens, and analogue general purpose modules soon to be introduced. All of these devices offer embedded intelligence, unique 16- digit identifiers, internal position tracking algorithms based on received signal strength, and consume very little power.
The ZigBee wireless network used by the modules is based on the licence- free international standard IEEE 802.15.4, which provides 2.4GHz, two way communications, and is capable of connecting hundreds of devices together in a mesh network using gateways, router and end devices (usually battery powered). The product range features the ZigBee stack which leverages the advantages of continued main stream development and future compatibility with other manufacturers’ equipment and products.
www.zig-bee.co.uk
“The ZB104 opens up endless possibilities for local or remote communication with our ZigBee wireless mesh network products,” said IDC Managing Director, Kevin Buckley. It uses standard 10/100 BaseT Ethernet, making it simple and flexible for integrators to achieve interface solutions across all networks. We are also providing wider connectivity options for manufacturing and automation with a new standard OPC Server interface. This allows industrial automation SCADA and DCS applications supporting OPC client connectivity to seamlessly integrate our ZB product range.”
The ZB104 is the latest addition to IDC’s family of ZigBee modules for cable-less wireless mesh networking. It features Power Over Ethernet (POE), or, alternatively, can be powered via an external 5vDC power supply. The device is housed in a robust IP45 rated enclosure, and is provided with a wall mounting bracket to allow easy installation.
The IDC family of ZigBee modules, of which the ZB104 is part, is designed around the ZB108 OEM module which features a complete System- on- Chip (SoC), combining a high performance microprocessor with digital, analogue and serial connectivity. In addition to the ZB104 and ZB108, the family includes serial and OPC gateways, routers, logic and serial controllers, handheld keypads, key fobs with touch-screens, and analogue general purpose modules soon to be introduced. All of these devices offer embedded intelligence, unique 16- digit identifiers, internal position tracking algorithms based on received signal strength, and consume very little power.
The ZigBee wireless network used by the modules is based on the licence- free international standard IEEE 802.15.4, which provides 2.4GHz, two way communications, and is capable of connecting hundreds of devices together in a mesh network using gateways, router and end devices (usually battery powered). The product range features the ZigBee stack which leverages the advantages of continued main stream development and future compatibility with other manufacturers’ equipment and products.
www.zig-bee.co.uk
Please login to post your comment - click here
Related News
- Wireless sensor network IC shipments bounce back in 2010
- System-on-chip device family for ZigBee RF4CE consumer electronics
- Freescale and Indesit collaborate on smart appliance solutions for ZigBee connected white goods
- NXP buys Jennic, boosts short-range RF portfolio
- Energy harvesting application development kit supports eXtreme Low Power MCUs
- Wi-Fi adoption in healthcare growing at 60 percent
- Freescale rolls microcontrollers for smart meters
- Flexible IDC connector with 1.27mm pitch
- ZigBee PRO network module reduces time to market
- Low-power consumption all-in-one WLAN module
MOST POPULAR NEWS
- Intel seen as likely buyer for Infineon group
- Fuel cell breakthrough aims at commercialization
- Intel to purchase Infineon's Wireless Solutions Business in USD 1.4 billion cash transaction
- AMD unveils two new x86 cores
- Marvell and Harman bring advanced Wi-Fi to the automotive industry
- Apple iPad upgrade likely to get STMicro gyro
- A4 chip drives AppleTV, iPod Touch
- 'Rocking' robot mimics human/ape climbers
- Decision time looms for hard drive makers
- Toshiba spins 2.5 Tbit hard disk
Interview
Technical papers
READER OFFER
The Spartan-6 FPGA embedded kit offered by Xilinx in this month's reader offer is based on the company's Spartan-6 LX45T FPGA. It contains an extensible development board and the key tools and IP needed for embedded development.
The reference designs and software/hardware tutorials provided with this kit will give a jump-start to your development. The package worth 735 Euros includes a ROHS compliant SP605 base board including the XC6SLX45T-FGG484 -3 FPGA, the ISE Design Suite device-locked for the Spartan-6 LX45T FPGA and numerous other tools.
READER OFFER
This month, Xilinx is giving away one such kit, worth 735 Euros, for EETimes Europe's readers to win.
Poll
All material on this site Copyright © 2009 - 2010 European Business Press SA. All rights reserved.
This site contains articles under license from EETimes Group , a division of United Business Media LLC.
This site contains articles under license from EETimes Group , a division of United Business Media LLC.


