Site Last Updated: Tuesday, February 5, 2008
Easy to install and user-friendly applications that boost the performance of the Maestro 100 Series.
Package that enables 5 new features:
Maestro Heritage combines a base unit offering GSM/GPRS/EDGE technologies in an Industrial grade design with pluggable boards catering for diverse Machine to
Machine applications, transforming the Heritage into a Multi technology Gateway. This modular and scalable design concept also features a powerful operating
system offering Download Over The Air capabilities and other unique embedded applications. Being customizable both in terms of hardware and software, the Maestro Heritage modem is the best tailored solution in direct response to customer needs.
Maestro Wireless Solutions designs and offers a comprehensive portfolio of wireless industrial modems and integration services for the Machine to Machine (M2M) markets.
Applying more than 10 years experience and know how of M2M communication, the Maestro team provides effective and highly reliable wireless solutions from off-the-shelf, generic easy to use modems up to specific and optimized OEM integration.
Maestro Wireless Solutions designs and offers a comprehensive portfolio of wireless industrial modems and integration services for the Machine to Machine (M2M) markets.
Applying more than 10 years experience and know how of M2M communication, the Maestro team provides effective and highly reliable wireless solutions from off-the-shelf, generic easy to use modems up to specific and optimized OEM integration.
The wireless landscape is getting crowded, so you need better wireless networking tools to quickly resolve interference issues. That's why MetaGeek have been working on Wi-Spy 2.4x, our second generation Wi-Spy with three times the frequency resolution, three times the amplitude resolution, and twice the amplitude range of our original Wi-Spy.
With the higher resolution and improved amplitude range of Wi-Spy 2.4x it is now even easier to identify wireless signals that could be causing interference with your Wi-Fi networks. With Wi-Spy 2.4x... "now you'll know, and knowing is half the battle."
Wi-Spy is the perfect spectrum analyzer for independent wireless consultants, home theater installers, class rooms, and do-it-yourselfers and it's even better when combined with our industry-leading Chanalyzer software!
RS-232 Interface
WS-120 is a IEEE802.11bg Wireless LAN RS-232 adapter, which extends wireless networking capabilities to printers , scales, manufacturing machines, bar code readers, point of sale equipment and other data collection devices.
Using Adapt-MicrelNET allows wireless networking that is low cost, easily configurable and long range with the minimum number of nodes. The module is intended for rapid development, with the hardware enabling the acquisition and control of a wide range of signals over the RF medium. The software can range from network customisation to simply selecting functions, or adding new ones with no prior knowledge of RF or networking required. Adapt-MicrelNet offers a free networking stack and is an advanced alternative to Zigbee.
The Asset Monitoring Development Platform is intended for rapid development and deployment of Asset monitoring systems. To support these systems it provides low cost, low power equipment capable of capturing media and logging location data and sensor readings (directly or via local radio links) and communication with control facilities via local radio and GPRS networks.
A new and powerfull concept, a unique and complete solution for utilities; water, gas, electricity, domotics and security application. All the devices you need to have your zigbee compatible network available.

Adaptive Modules Ltd can now provide customers with airtime, by means of tariffs specifically aimed at company’s using embedded GSM/GPRS modems in the growing machine-to-machine (M2M) wireless data market.
In a new partnership with Wireless Logic, Vodafone have chosen Adaptive Modules Ltd as one of their specialist value added re-sellers of airtime for GPRS data, SMS messaging and location based services. This service compliments our range of GPRS modems from Owasys enabling Adaptive Modules Ltd to offer customers a complete solution for their wireless M2M (Machine to Machine) requirements.
We are currently updating this section of our web site - please bear with us while we carry out this work.
In the meantime please contact our sales team who can provide you with further information.
Using an industry standard USB interface, the IA OEM-DAUB1 2400 dongle enables desktops, notebooks, and PDAs to monitor and control ZigBee devices with plug and play convenience.
Key features of the: IA OEM-DAUB1 2400
The XStream-PKG-R 900 MHz & 2.4 GHz stand-alone RF Modems provide outstanding range (up to 20 miles) in a low cost wireless solution. The modem is coupled with a DIP-switchable RS-232 / RS-422 / RS-485 interface board and outperforms other modems that cost hundreds of dollars more.
The XStream-PKG-U 900 MHz & 2.4 GHz USB RF Modems provide outstanding performance (up to 20 mile range) in a low-cost modem. The modem is mounted in an anodized aluminum enclosure and features built-in USB connectivity.
The XStream-PKG-E Ethernet RF Modem interface provides a network connection at the base unit (PC, router, or hub) for communicating with remote 9XTend RS-232 / RS-422 / RS-485 or OEM RF modules. This affordable RF modem outperforms others costing hundreds of dollars more and is approved for use in North America, Australia, Israel and many other countries.
The XStream-PKG-T Telephone RF Modem provides long range wireless links between a fully-functional on-board telephone module and remote radio modems (XTend OEM RF modules embedded into other devices, RS-232 / RS-422 / RS-485 RF modems, etc.).
The XBee-PRO ZigBee/802.15.4 RS-232 RF Modem provides all the benefits of the ZigBee standard in a design that yields three times the range of traditional ZigBee radios. The 100 mW XBee-PRO will perform up to 4000’ (1200 m), and RS-232 connectivity makes integration simple.
The XBee-PRO ZigBee/802.15.4 USB RF Modem provides all the benefits of the ZigBee standard in a design that yields three times the range of traditional ZigBee radios. The 100 mW XBee-PRO will perform up to 4000’ (1200 m), and USB connectivity makes integration simple.
ZigBit™ 900 Development Kit (ZDK) is a comprehensive set of tools supporting rapid design, prototyping and deployment of wireless solutions based on innovative ZigBit 900 hardware platform.
ZigBit™ 900 Development Kit (ZDK) is a comprehensive set of tools supporting rapid design, prototyping and deployment of wireless solutions based on innovative ZigBit 900 hardware platform.
MeshBean development boards are based on ZigBit, ZigBit Amp and ZigBit 900 RF module with a matched antenna. Antenna options include PCB antenna and external SMA connector, as well as on-module integrated chip antenna.
ZigBit is a low-power, high-sensitivity 802.15.4 / ZigBee module. ZigBit packs impressive functionality into less than a square inch of space. Based on a solid combination of the popular ATmega 1281v MCU and the latest Atmel AT86RF230 radio transceiver, the ZigBit offers superior radio performance with exceptional ease of integration. The ZigBit module eliminates the need for costly and time-consuming RF development, and shortens time to market for a wide range of wireless applications. 802.15.4/ZigBee embedded software ensures standards based wireless connectivity of your products.
ZigBit is a low-power, high-sensitivity 802.15.4 / ZigBee module. ZigBit packs impressive functionality into less than a square inch of space. Based on a solid combination of the popular ATmega 1281v MCU and the latest Atmel AT86RF230 radio transceiver, the ZigBit offers superior radio performance with exceptional ease of integration. The ZigBit module eliminates the need for costly and time-consuming RF development, and shortens time to market for a wide range of wireless applications. 802.15.4/ZigBee embedded software ensures standards based wireless connectivity of your products.
ZigBit Amp is an amplified IEEE 802.15.4/ZigBee RF module. Its unique RF design achieves a rare combination of the industry-leading range performance and low power consumption. The ZigBit Amp module’s small footprint of less than a square inch of space makes the integration easy, while the built-in U.FL antenna connector enables rapid design-in, and provides flexibility in using a different external antenna for every application.
ZigBit™ Development Kit (ZDK) is a simple yet powerful tool that enables you to develop wireless sensor network solutions while speeding up time to market and keeping costs at the low end.
With this Development Kit you can:
Gives you access to standard evaluation and development tools and comes with 45 days of complimentary support. This option is good for product demonstration, platform evaluation and quick application prototyping.
Comes with 1 year of professional support which provides users with continuous software updates, dedicated design-in support, and RF design assistance. It's ideal for customers engaged in a full cycle of developing, prototyping, and launching innovative products made possible by MeshNetics ZigBit wireless platform. It also features early software release access, and additional sample applications, including sources for WSN Demo application, examples of API use, and more.
ZigBit™ Amp Development Kit (ZDK Amp) is a comprehensive set of tools supporting rapid design, prototyping and deployment of wireless solutions based on innovative ZigBit Amp hardware platform. The kit provides you with everything you need to create market-ready wireless systems and applications, including:
ZigBit Amp Development Kit Lite - MNZB-DKL-A24 (ZDK-A1281-PN-LTE) gives you access to standard evaluation and development tools and comes with 45 days of complimentary support. This option is good for product demonstration, platform evaluation and quick application prototyping.
ZigBit Amp Development Kit Complete – MNZB-DKC-A24 (ZDK-A1281-PN-CTP) comes with 1 year of professional support which provides users with continuous software updates, dedicated design-in support, and RF design assistance. It's ideal for customers engaged in a full cycle of developing, prototyping, and launching innovative products made possible by MeshNetics ZigBit wireless platform. It also features early software release access, and additional sample applications, including sources for WSN Demo application, examples of API use, and more.
MeshBean development board is based on ZigBit or ZigBit Amp 2.4 GHz RF module with a matched antenna. Antenna options include PCB antenna and external SMA connector, as well as on-module integrated chip antenna. Powered by two AA batteries, the MeshBean / MeshBean Amp development board comes preset with 2 frequently used sensors - temperature and illumination, as well as a number of other peripheral devices. The board also supports extension connector allowing easy access to the module’s interfaces.
An integrated high-performance ZigBit module enables the board’s wireless connectivity and makes it function as a node in the ZigBee network. A MeshBean board can be configured to operate as a network coordinator or a router either by DIP-switch settings or via AT-commands. ZigBit Amp is an amplified version of ZigBit RF module, It features higher output power and sensitivity, which results in a significantly higher operating range.
The MNDG-24 (ZUB-A1287) is a compact and easy-to-use USB dongle, supporting ZigBee / IEEE 802.15.4 network applications as well as proprietary protocols. The ZUB-A1287 is based on the AT90USB1287 controller [1] and the AT86RF230 2.4GHz radio chip [2] from Atmel.
The PC connection is handled through the AT90USB1287 USB interface using a Virtual COM Port mechanism. The rich feature set of the AT86RF230 chip allows the module to be used with proprietary protocols as well. The AT90USB1287 serves as a freely programmable protocol controller. In addition to the free development software like GCC and AVR Studio, low-cost programmers are available on the market. The ZUB-A1287 is sold with standard AT90USB1287 bootloader and RF Toolbox tool [3] preflashed.
On the bottom side there are highly integrated SMD pads to provide connection to In-Circuits Application Development Board (ADB) [4]. The ZUB-A1287 snaps into the ADB to connect the JTAG pins, ISP pins and a few IO pins.
The AirWAVE PCB Serial Terminal provides a fully compliant WiFi (Wireless Lan) 802.11b function via a simple TTL or RS232 interface. The AirWAVE PCB Serial Terminal is aimed at OEM’s and systems integrators planning to deploy a point-to-point or point-to-multipoint Wireless LAN solution into their product range.
The Arizona Wirefree OEM Digital Wireless Audio Module is a highly tuned and completely integrated wireless audio transceiver subsystem ready for installation in audio devices. The AZ-2100 is a pre-engineering subsystem integrating a wireless radio system, digital audio system, and programmed firmware profiles that define features, configurations, and user interface functionality. Target wireless audio products include: transmitters, receivers, speakers, helmets, headphones, stereo headsets, intercoms, microphones, and more.
The Arizona Wirefree Audio Development Board is the most immediate and cost effective path for developing and releasing your new digital wireless audio product. Showcasing our pre-engineered, licensed OEM Digital Wireless Audio Module, you can quickly determine if our off-the-shelf subsystem meets your needs, or continue developing a specialized and custom solution based on Arizona Wirefree integrated design and technology. Target wireless audio products include: transmitters, receivers, speakers, hands free cell phone devices, headphones, stereo headsets, intercoms, microphones, and more.
Arizona Wirefree Ultimate Headset (AZUH) firmware is a sophisticated stereo transmitting and receiving embedded application including cell phone headset compatibility. The firmware is split into two programs: the Transmitter (Tx) and Receiver (Rx). AZUH firmware is fully certified Bluetooth compliant, and will communicate with any other Bluetooth device using the same profile.
One of the most powerful Bluetooth modules available, the KC-11 Bluetooth OEM Amplified Module is designed for maximum wireless range and penetration. The powerful onboard amplifier boosts both the transmission and reception signals - typically exceeding Bluetooth minimum specifications for a class 1 rated device.
The KC-20 is nearly identical to our KC-21. Differing from the KC-21, this module utilizes an external antenna port for off module antennas, offering flexibility of location and antenna.
One of the most capable Bluetooth modules available, the KC-20 Bluetooth OEM Module is designed for maximum flexibility. The KC-20 module includes 11 general purpose input/output lines, and offers high speed serial communications up to 921K baud.
The KC-21 Bluetooth OEM Module is designed for maximum flexibility. The KC-21 module includes 14 general purpose input/output lines, and offers high speed serial communications up to 921K baud.
One of the smallest Bluetooth modules available, the KC-22 Bluetooth OEM Micro Module is designed for maximum performance in a minimal space. The KC-22 module includes 4 general purpose input/output lines, and offers high speed serial communications up to 921K baud.
The KC-210 is built with our maximum range KC-11 Bluetooth OEM Amplified Module. This USB serial adapter is a completely embedded Bluetooth solution.
Advantages of an embedded USB adapter:
The KC-111 is built around the maximum range KC-11 Bluetooth OEM Amplified Module. This serial adapter is a sample implementation of our OEM module. The KC-111 is available in our class 1 evaluation kit.
6 VDC unregulated power supply included (US Style).
The KC-121 is built using the KC-21 Bluetooth OEM Module. This serial adapter is a sample implementation of our OEM module. The KC-121 is available in our class 2 evaluation kit.
6 VDC unregulated power supply included (US Style).

The KC Wirefree Evaluation Kit is an inexpensive introduction to our Bluetooth OEM Module solutions. The included serial adapters represent a basic implementation of our KC Wirefree Bluetooth OEM Modules.
Serial adapters are an easy to use platform to evaluate the functionality of our OEM Modules, including speed, range, compatibility, and other more specific aspects of our Bluetooth hardware and firmware platform.
With this evaluation kit, we can help your company make a few or many software/firmware alterations. Our OEM Modules (and serial adapters) are fully reprogrammable. We are able to provide custom changes to basic, industry standard protocols to help adapt them to your specific requirements, if desired.
While a software development kit is unavailable, our expert software and hardware experience allows us to provide fast and efficient engineering services that cost far less than in house development.
The Parani-ESD1000 is Class1 type Embedded Bluetooth Module for users to make their devices Bluetooth-enable. By default, it supports 100 meters of wireless transmit distance. The Parani-ESD1000 has an extension option so that users can extend the transmit distance up to 1000 meters using optional antennas. It supports Bluetooth v2.0+EDR specification, and external interface UART.
The Parani-MSP1000 is an Industrial Bluetooth Access Point product
line designed to connect Bluetooth devices to the 10/100 Base-T Ethernet
network with advanced features. These Bluetooth Access Points transmit
data from each Bluetooth terminal to management station via TCP/IP.
Available in 7, 14, and 28 Bluetooth connection models, the Parani-MSP1000
Bluetooth Access Point product line incorporates Bluetooth 2.0 Protocol
Stack with Enhanced Data Rate (EDR) support; and transmits data from
each Bluetooth terminal to management station via TCP/IP.
These units’ support profiles including Serial port, LAN access, PAN
and FTP profiles to keep Bluetooth devices interoperating smoothly and
easily.
The SS100 is a single-port secure device server that connects RS-232/422/485
serial devices to the industry standard 10/100Base-T Ethernet network.
The SS100 device servers incorporate advanced features such as such
as flexible operation mode, TCP/UDP multicasting, telnet COM port control
protocol support (RFC2217 compliant), SSL encryption, and port event
handling.
The STS Series is a serial terminal server product line that connects
RS-232 serial devices to the industry standard 10/100Base-T Ethernet
network. The STS800 is an 8-port terminal server and STS1600 is a 16-port
terminal server model in STS Series product line.
These terminal servers incorporate advanced features such as such as
flexible operation mode, TCP/UDP multicasting, telnet COM port control
protocol support (RFC2217 compliant), SSL encryption, PCMCIA support
and port event handling.
The Rhio10 is an Ethernet I/O device server that enables remote monitoring and control of input output devices over the network. The Rhio10 device server provides standard interface for high performance industrial applications including remote data acquisition, automated machine monitoring, industrial instrumentation, discrete control, security and access control and distributed data acquisition system.
The Rhio232 is a Serial I/O Manager that enables SENA Device Servers to monitor and control I/O devices. It is designed to connect to a SENA Device Server through the RS232 interface.
The UPSLink100 is an SNMP device server that allows UPS monitoring and management from via Web browser or telnet connection.
The Class 1 (100m range) USB adapter is aimed at product applications where a non-Bluetooth™ PC or laptop needs to be connected to another Bluetooth™ device such as a BlueWAVE terminal or a mobile phone.
The eCOG1k is a low-power Microcontroller based on a 16-bit Harvard architecture with 24-bit linear code address space (32 Mbyte) and 16-bit linear data address space (128 Kbytes). It is available in a 128-pin LQFP package.
Similar to the eCOG1k but with additional options including combinations of USB 2.0 OTG interface, 10/100 Mbps Ethernat MAC and 12-bit analogue I/O. Each variant is available in a variety of memory and package options.
The eCOG1k Development kit is ideal for embedded applications development using Cyan's ultra-low power eCOG1k 25MHz 16-bit Microcontrollers. The development kit is designed to give the user full access to all of the Microcontroller's functionality, with all interfaces accessible through 0.1" headers.
The eCOG1k Evaluation Kit is ideal for rapid assessment of and development with Cyan’s ultra-low power eCOG1k 25MHz 16-bit microcontroller, which contains 64KB Flash and 6KB RAM. The evaluation kit is supplied with a Cyan CD containing quick start guide, data sheets, user manuals, application notes, application software including TCP/IP stack and CyanIDE development software.
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