Expands In-Building and Outdoor Wireless Solutions Portfolio

Comba Telecom Inc., a wholly-owned subsidiary of Comba Telecom Systems Holdings Limited (“Comba” or “the Group”, Hong Kong stock code: 2342), leading wireless solutions provider, announced the general availability of its range of in-building and outdoor active distributed antenna systems (DAS) solutions to the North American market. With a high degree of flexibility in applications and customization, Comba’s point-to-multipoint DAS solution offers efficient coverage and capacity enhancement at optimal capital (CAPEX) and operating expenditure (OPEX) for customers.

Featuring multi-band and dual band repeaters the DAS is an active RF solution designed specifically to enhance wireless communications networks and supports all major frequencies such as 700MHz, 850MHz, 1900MHz, and 2100 MHz as well as GSM, CDMA, WCDMA and LTE standards.

With its modular design, the Comba DAS solution allows maximum scalability without the need for replacing existing fiber and antenna systems — thereby allowing the system to easily accommodate growing capacity and coverage demands on the network. Thus, wireless network operators are able to effortlessly expand the reach of their voice and data services using DAS rather than the deploying additional base stations, hence realizing efficiencies in CAPEX and OPEX compared to traditional network architectures.

Through a web-based management software, users are able to fully control the system with remote monitoring and parameter adjustments such as uplink, downlink and threshold settings for example. Therefore, operators deploying Comba’s feature-rich DAS solution are equipped with an extremely flexible system to maximize network coverage and capacity to meet customer needs and realize optimization of network resources.

Mr. Augustin Chang, General Manager of Comba Telecom Inc. said, “DAS solutions are one of the most cost-effective solutions for distributing RF coverage to in-building and outdoor environments rapidly and efficiently. As such, we are delighted to bring the latest DAS offerings from Comba to the local market. Our tried-and-tested solutions have been successfully deployed in numerous projects around the world such as the World Expo 2010 in Shanghai for example.”

Product Features

• Indoor and outdoor DAS application for coverage and capacity expansion
• Supports up to three frequency bands in a single system
  (700MHz+850MHz+1900MHz, 850MHz+1900MHz+2100MHz and
  other configurations)
• Extendable to 6 bands
• Full operation bandwidth system supports multi-operator
  application, supports all major technologies GSM, CDMA, WCDMA, CDMA 2000 & LTE.
• Supports all major modulations in mixed mode
• Complies with 3GPP & FCC
• Easy setup with automated optical gain equalization over web GUI interface
• Remote control with WEB based browser over LAN/ wireless IP solution: GPRS, CDMA-1x and EVDO
• Alarm forward to NOC or standard EMS system through SNMP
• Output power control by software.
• Optical link auto gain control.
• Fully sealed RU, maintenance free electronics for harsh outdoor environments

About Comba Telecom Systems Holdings Limited

As one of the leading wireless solution providers in the world, Comba is primarily engaged in the R&D and manufacturing of wireless enhancement products including repeaters, base station subsystems & antennas, and wireless transmission & access systems. The Group also provides complete turnkey solutions and services to its global customers. Headquartered in Hong Kong, Comba’s global operations include manufacturing platform in China, R&D centers in China and the US, with over 40 offices worldwide. In September 2009, Comba was named “Asia’s 200 Best Under A Billion” by Forbes. For further information, please visit: http://www.comba-telecom.com .

Robust Outdoor Antennas for Metering, Security and Monitoring Applications

Pulse, a Technitrol Company (NYSE: TNL – News), a worldwide leader in electronic component and subassembly design and manufacturing, introduces its new low cost, weatherproof antennas for 2.4 GHz devices used in industrial, smart grid metering, security, broadband access, and other machine-to-machine(M2M) applications. These robust, high-efficiency, compact antennas meet Bluetooth, WLAN, WiFi, IEEE 802.11b/g, ZigBee IEEE 802.15.4, and 2.4 GHz ISM band system standards.

Pulse’s W5001, W5010, and W5011 antennas function in ruggedized conditions, offering IP65 water ingress protection in accordance with international standard IEC 60529, UV protection, and the ability to withstand 100 mph wind loading. They have a maximum gain of 1.5 dBi in the 2,400 to 2,500 MHz range, an efficiency of 70%, and an operating temperature range of -40°C to 85°C. The antennas have a small footprint and low profile, measuring only 128mm x 18mm.

“Pulse has been focusing on development of the highest performance antennas for the emerging smart grid, security, and industrial markets and we feel we’ve achieved that with this series of 2.4 GHz outdoor antennas,” said Kent Vu, product manager, Pulse Wireless Devices. “They are extremely efficient yet very compact.”

Pulse’s W5001, W5010, and W5011 antennas are available in three SMA connector configurations: fixed right angle, straight SMA, and RP-SMA. They are packaged in quantities of 20 pieces per bag. Additional information regarding these antennas is available on the Pulse website at http://www.pulseeng.com/file.php?3685.

About Pulse:

Pulse, a Technitrol (NYSE: TNL – News) Company, is a worldwide leader in the design, manufacturing, and subassembly sales of electronic components. Pulse products are used in the web infrastructure, computers, networking, communications, power conversion, defense and aerospace, automotive, and wireless industries. State-of-the-art custom designs and catalog products position Pulse as a complete source for electronic OEMs, contract manufacturers, and ODMs. Pulse is a participating member of IEEE, ATIS, ETSI, HDMI, the DSL Forum, CommNexus, and MoCA.

For Efficient Wireless M2M Connectivity in a Small Form Factor

Pulse, a Technitrol Company (NYSE:TNL – News), a worldwide leader in electronic component and subassembly design and manufacturing, introduces its new family of stubby external antennas. With an efficiency of more than 55% in all bands and a height of less than 50mm, Pulse’s antennas enable wireless devices to access the major cellular networks worldwide. They provide a reliable wireless machine-to-machine (M2M) connection in applications such as smart metering, monitoring, industrial controls, and data-logging.

The stubby antennas cover frequency bands 824-960 and 1710-1990 MHz for all widely used cellular bands for 2G, 2.5G and 3G applications. They have a peak gain of 1 dBi in the 824–960 MHz range, 2 dBi in the 1710–1990 MHz range, and 2.5 dBi in the 1920–2170 MHz range, with an impedance of 50 Ohms. Operating temperatures range from -40 to 85 degrees Celsius.

Pulse’s stubby cellular antennas come in two configurations. The W1900 and W1902 are straight antennas for connection to the top of a device or modem while the W1910 and W1911 have a right angle for a side connection. The W1910/11 is 49mm high and the W1900/02 is 49.5mm.

The peak radiated efficiency for Pulse’s stubby antennas ranges from 50% to 65%, which is the percentage of the original radio signal which is actually radiated from the antenna. The higher the efficiency, the less power is needed from the radio and the more economical the design. A lower efficiency antenna requires amplification which draws more current, thereby increasing energy consumption. Greater signal strength provides higher efficiency resulting in higher system integrity.

“This new family of stubby antennas is a great addition to the expanding Pulse M2M antenna range,” explained Elaine Baxter, marketing manager, Pulse Wireless Devices Antenna Division. “These cellular antennas are reliable and come in small form factors that enable companies to quickly bring their wireless M2M modems to market.”

Pulse’s stubby cellular antennas are packaged in quantities of 20 each. Antennas come standard with SMA male connectors and are available with SMA RP-male versions with additional connector options to follow. Pricing and lead times are available upon request. Additional information on these and other M2M external antenna products can be found on the Pulse website in the antenna application section: http://www.pulseeng.com/index.php?id=928&928=#M2M_external.

About Pulse:

Pulse, a Technitrol (NYSE: TNL – News) Company, is a worldwide leader in the design, manufacturing, and subassembly sales of electronic components. Pulse products are used in the web infrastructure, computers, networking, communications, power conversion, defense and aerospace, automotive, and wireless industries. State-of-the-art custom designs and catalog products position Pulse as a complete source for electronic OEMs, contract manufacturers, and ODMs. Pulse is a participating member of IEEE, ATIS, ETSI, HDMI, the DSL Forum, CommNexus, and MoCA.

Antenova’s DATANOVA® 4G Antenna Provides 3G Plus LTE Mobile Broadband Connectivity and GPS for Lightweight Notebooks and Netbooks

Antenova Ltd, the integrated antenna and RF solutions company, announced its new DATANOVA® 4G high performance nine-band antenna with LTE and GPS for the new generation of lightweight notebooks and netbooks. Antenova’s full diversity DATANOVA® 4G nine-band antenna covers LTE bands 4, 7, 13 and 17, and provides 3G cellular and WWAN, convenient next-generation WiMAX™ and Wi-Fi® connectivity plus embedded GPS for location aware applications.

“With 64 operators already committed to LTE network deployments in 31 countries, many of our Tier 1 notebook vendors are gearing up for LTE rollouts,” stated Greg McCray, CEO of Antenova. “DATANOVA 4G is the latest addition to our successful range of multi-band mobile broadband antennas and part of Antenova’s expanding range of LTE and WiMAX antenna solutions for 4G mobile devices. DATANOVA 4G is the ideal solution for notebook and netbook vendors wanting to offer the widest range of cellular, mobile broadband and wireless connectivity features in small, lightweight portable devices. And with the inclusion of GPS in a single antenna structure, users can experience and enjoy the growing range of location based services and applications.”

DATANOVA 4G is a custom mobile broadband antenna which covers LTE, 3G, CDMA/GSM, Wi-Fi, WiMAX, UWB and GPS. Like the other DATANOVA® mobile broadband antennas, it can cover all or as many of the bands and provides the widest choice of wireless broadband connectivity options while providing superior performance. DATANOVA antennas provide manufacturers the ultimate in embedded wireless connectivity by eliminating the need for exposed or unsightly external antennas and come in small volume, low profile form factors – down to 0.8mm in width (width of a pcb) for ultra thin and lightweight notebooks and netbooks. DATANOVA antennas can be found in mobile broadband enabled notebook computers and netbooks from leading vendors worldwide, including the Dell Adamo XPS – the world’s thinnest notebook at only 9.99mm in height/thickness.

About Antenova

Antenova is a leading developer and supplier of high performing integrated antennas and RF solutions for wireless communication and consumer electronic devices. Through its customers and licensee partners, Antenova’s HDA® antennas, DATANOVA® multi-band mobile broadband antennas, RADIONOVA® RF Antenna modules and gigaNOVA® and MDA standard antennas enable some of the most advanced wireless devices, smartphones, feature phones and wireless notebook computers from global Tier 1 OEMs. Antenova’s integrated antennas and RF solutions are ideally suited for an extensive range of applications, including GSM and CDMA, 3G, LTE, GPS, 802.11 a/b/g/n, Bluetooth®, WiMAX™, WiBro, ZigBee®, Mobile TV and M2M. For further information, please visit www.antenova.com.

Announces M10264 GPS RF Antenna Module Enables Geotagging of Images

Antenova Ltd, the integrated antenna and RF solutions company, announced its M10264 GPS RADIONOVA RF Antenna Module has been selected by Blackroc Technology for their C32M/G 2 Megapixel Camera for the PsionTeklogix Workabout Pro range of rugged handheld computers. Antenova’s M10264 GPS RF Antenna Module provides embedded GPS capability to the C32M/G camera for the capture of geotagged images.

“Antenova’s M10264 GPS RF Antenna Module is a complete GPS system solution, including all the RF and antenna, which provides a simple and easy way to add embedded GPS capability to almost any portable or handheld device,” stated Greg McCray, CEO of Antenova. “The high performance and quick-fix accuracy of the M10264 enables the C32M/G camera to add geotagging to its images, providing even greater data capture benefits for the Workabout Pro range of rugged handheld computers.”

“Reliability, robustness and low power consumption are essential performance requirements for handheld computers and data capture devices,” stated Tony Jephcott, Managing Director of Blackroc Technology. “The small size, accuracy and reliable performance of the module coupled with the fact that it easily integrated into our existing design and form factor made it the ideal choice for adding GPS to our C32M camera. Developed with enhanced GPS functionality, the camera features a backup powered sleep mode that is automatically entered whenever the C32M/G is turned off, which allows the GPS to perform a warm boot at next turn on thereby reducing the time to first fix to as low as 10 seconds. And the SBAS (Satellite Based Augmentation System) software provides improved accuracy from standard GPS of around 15 metres to between 1-2 metre accuracy.”

McCray added, “Geotagging photos with location coordinates is rapidly becoming a popular application for GPS technology, both in the consumer and enterprise sectors. And Antenova’s range of GPS RADIONOVA RF Antenna Modules offers a selection of complete GPS system solutions in small size and low profile form factors without sacrificing performance for intelligent integration of GPS into digital cameras.”

About Antenova

Antenova is a leading developer and supplier of integrated antennas and RF solutions for wireless communication and consumer electronic devices. Through its customers and licensee partners, Antenova’s high performance High Dielectric Antenna (HDA®), DATANOVA® multi-band mobile broadband and gigaNOVA® standard antennas, along with its industry leading RADIONOVA® RF Antenna modules enable some of the most advanced wireless devices, smartphones, feature phones and wireless notebook computers around the world. Antenova’s integrated antennas and RF solutions are ideally suited for an extensive range of applications, including GSM and CDMA, 3G, LTE, GPS, 802.11 a/b/g/n, Bluetooth®, WiMAX™, WiBro and ZigBee®. For further information, please visit www.antenova.com.

About Blackroc Technology

Blackroc Technology is hardware and solutions engineering company specialising in mobile computing and data capture technologies. This includes computer wireless mobility, and all associated imaging, positioning and identification technologies. For further information, please visit www.blackroc-technology.com.

First Active Distributed Antenna System to Support up to Eight Frequencies
3G/4G Support with SISO or MIMO Transmission
Digital Transport Enables Scalability for Facilities of Any Size

ADC (NASDAQ: ADCT – News) (www.adc.com) today announced InterReach Spectrum™, the world’s first active distributed antenna system (DAS) that delivers up to eight mobile frequencies in a single system. Featuring modular system hubs with plug-in radio cards and the ability to use indoor or outdoor remote units, InterReach Spectrum brings strong and consistent coverage and capacity to buildings and campuses of any size or shape. ADC is introducing this new solution at the International CTIA Wireless 2010 show being held March 23-25 in Las Vegas, Nev.

As 3G and 4G services proliferate, operators need to provide multi-generation mobile voice and data services with the lowest cost of deployment and ownership. InterReach Spectrum allows service providers to support any frequency and technology simultaneously inside of enterprise offices, campuses, stadiums, airports or any other environment. Its digital transport technology provides extremely high quality service and a host of features that set it apart from alternative solutions, including scalability to support urban, suburban and campus areas, and support of multiple input/multiple output (MIMO) configurations to maximize spectrum utilization for LTE and other advanced mobile broadband protocols.

“As devices like the iPhone have clearly shown, carriers need far more capacity and far better coverage to adequately deliver 3G and 4G mobile services,” said Allen Nogee, analyst at In-Stat. “By delivering a system that can address coverage and capacity issues with high precision in environments of any size while supporting easy migration from 2G through 4G protocols, ADC is leading the pack in terms of addressing operators’ present and future needs in this area.”

Flexibility, Capacity As Needed

Like ADC’s other market-leading DAS solutions, InterReach Spectrum uses digital transport and a dual star architecture to provide maximum deployment flexibility with high, uniform signal performance at every antenna location. Elements of the system include:

• Modular host units that use plug-in frequency cards to provide up to eight frequencies per system, supporting RF, CPRI or OBSAI interfaces;
• Expansion units that can be cascaded to connect hundreds of antennas;
• A selection of band-selectable indoor or outdoor remote units;
• Digital transport via fiber between host and expansion units that can deliver signals up to 20 kilometers away, ideal for large or sprawling environments; and
• Standard CATV cabling linking InterReach Spectrum antenna units for simplified, cost-effective deployments.

“InterReach Spectrum builds on ADC’s world-leading experience with precision-targeted wireless coverage and capacity solutions to allow operators to support any mobile service in any environment,” said John Spindler, vice president of product management for ADC. “As we enter the 4G service age, operators will have to support legacy services while significantly upgrading network capacity, and this system makes it far easier and more cost-effective to do that than anything else on the market.”

About ADC Network Solutions

ADC’s Network Solutions Business Unit offers products that help service providers and enterprises deliver high-performance wireless coverage and capacity to business and consumer subscribers in any indoor or outdoor location. ADC is the global leader in advanced, in-building wireless solutions, and in solutions that enhance coverage and manage capacity in macro networks.

About ADC

ADC provides the connections for wireline, wireless, cable, broadcast, and enterprise networks around the world. ADC’s innovative network infrastructure equipment and professional services enable high-speed Internet, data, video, and voice services to residential, business and mobile subscribers. ADC (NASDAQ: ADCT – News) has sales into more than 130 countries. Learn more about ADC at www.adc.com.

New Antenna Technology Provides Dramatic Improvements in Performance, Efficiency and Radiated Power Based on Easy-to-Manufacture Micro-strip Technology

RENO, NV–(Marketwire – 03/16/10) – Dockon, Inc. today announced the release of the first commercially available Compound PxM Loop (CPL™) antenna for embedded product designs. Available now, the Dockon reference design CPL antenna increases radiation efficiency, intensity, directivity (gain) and radiated power for a given input in a small package.

Using common manufacturing techniques, Dockon’s CPL technology can be used in most any wireless application, including those that require MIMO and have space constraints. The technology is suitable for a wide variety of wireless applications, including mobile computing devices, industrial controls, automotive, aerospace and military, medical devices, consumer electronics and stand alone antennas.

CPL antennas offer higher gain in a smaller size with efficiencies never before available in such a small form factor. CPL antennas are easily manufactured using conventional PCB techniques. CPL antennas can also offer a very broad bandwidth. More than one octave with positive gain across the band is possible. CPL antenna designs may be etched, printed or cut from a wide variety of substrate materials, including low cost FR4 depending on application and transmit power requirements.

“CPL technology is the culmination of more than 20 years of prior research and rewrites 60 years of assumptions about electrically small antennas,” said Patrick Johnston, CEO of Dockon. “After years of development, testing and refinement of the design process, CPL antennas deliver on the promise of compound antenna technology in an easy to manufacture format. CPL is a revolution in antenna design offering a more powerful and efficient radiator over a wider band in a smaller footprint than ever before possible.”

CPL antennas are the first commercially available compound field antennas that utilize both magnetic loop radiators and co-located electric field radiators. Conventional antenna technologies typically excite either electric or magnetic radiators, but not both. This simultaneous excitation of both radiators results in an effective cancellation of reactive power, improving the overall performance and efficiency. Radiation efficiency in the 90 percent range is common in CPL antenna designs.

Dockon will begin licensing the CPL technology immediately. For customers with unique requirements or custom applications, Dockon can help speed time to market and testing of new products using their unique design methodologies.

Additional Resources
Dockon CPL Technology: www.dockon.com
Microstrip Compound Antennas Whitepaper: http://bit.ly/9zpja0
SlideShare Presentation: http://bit.ly/cne3Or

About Dockon
Dockon is a technology innovation company specializing in advanced physics and electronics research. Visit www.dockon.com for more information.

- New antenna supports the WiMAX market around the world -

RENO, Nev., March 16 /PRNewswire/ — Pinyon Technologies, developer of unique antenna solutions based upon its patented AirWire® technology, today announced its WiMAX Tri-Band antenna. The AirWire WiMAX Tri-Band antennas cover all of the licensed spectrum profiles for WiMAX enabling OEM manufacturers to outfit their CPE for any WiMAX market around the world with the same antenna. AirWire WiMAX Tri-Band antennas provide polar diversity, adding an additional degree of antenna diversity to a wireless system equipped with MIMO spatial diversity.

“Pinyon’s patented resonant slot AirWire antenna is specifically designed to operate in noisy environments through polarization diversity,” said Debashis Bagchi, Pinyon Technologies CEO. “Polarization diversity allows AirWire to capture horizontally polarized signals which most existing antennas ignore.”

Pinyon’s AirWire WiMAX Tri-Band antennas can be customized for various form factors. These antennas cover the WiMAX spectrum profiles of 2.3 GHz, 2.5 GHz and 3.5 GHz and maintain high gain across all the band profiles. They can also accommodate any connector type.

Pinyon’s AirWire™ WiMAX Tri-Band antenna polar diversity works to stabilize the link between the CPE and the WiMAX base station. Most collinear and dipole antennas, commonly used on CPE, only transmit and receive vertically polarized signals. AirWire WiMAX antenna’s polar diversity uniquely overcomes this common shortcoming by detecting both horizontally and vertically polarized signals. Urban and indoor building environments produce horizontally polarized signal reflections that collinear or dipole antennas completely ignore. Ignoring these horizontally polarized reflections reduces the chances of establishing a stable radio link resulting in substantially reducing throughput.

About Pinyon Technologies

Headquartered in Reno, Nev., Pinyon Technologies develops, designs and commercially sells antenna solutions based upon a unique, patented AirWire technology. Pinyon’s unique AirWire technology is designed for WiFi, WiMax, Bluetooth, UWB and mobile applications. Pinyon’s robust AirWire technology is adaptable to other wireless applications as the technology is scalable to multiple frequencies. AirWire is well suited for applications that require high gain in a noisy multipath environment. Pinyon’s business model consists of licensing as well as manufacturing and selling antennas as end products based on the application. AirWire enhances applications that require the following features: high efficiency to maximize gain, customizable for precise radiation pattern control, real-time control for beam steering, current driven for scalability, and intrinsic band pass filtering to minimize noise. For more information, visit www.pinyontech.com.

Yoqneam, Israel – March 10, 2010 – Starling Advanced Communications is introducing the StarPack, a single-case, fly-away antenna providing two-way, high-speed Ku broadband satellite communications from anywhere on earth. Starling will be featuring the StarPack at Satellite 2010, March 16-18, at booth 549.

“We’ve applied our expertise in providing broadband on the move to develop a lightweight, portable flat-panel antenna for single-person use,” says Jacob Keret, VP Marketing and Sales, Starling Advanced Communications. “StarPack’s rugged design provides excellent durability, making it suitable for the harshest conditions and locations.”

StarPack operates in a full range of scenarios – front-line military, homeland security, disaster recovery, and news broadcasting. A satellite-based system requiring no land infrastructure, it provides seamless communications, easily delivering heavy video, voice, and data files.

The self-contained system consists of an antenna panel, positioner, all RF units and amplifier. It is available in a portable, wheeled carry-on measuring 56x36x26 centimeters (22x14x10 inches) and weighs 21 kg (46 lb).

Like Starling’s other breakthrough systems, MIJET®, StarRailTM, and StarCarTM, StarPack leverages Ku-band technology for true broadband benefits. It ensures fast, easy deployment by a single operator. The unit instantly acquires and tracks the satellite, resulting in instantaneous video, voice, and data transmission to and from the scene of an occurrence anywhere regardless of location and conditions.

About Starling Advanced Communications (TASE: STLG)

Founded in 2003, Starling develops and manufactures small, low-profile satellite-based communications antennas that enable full-featured broadband connectivity on any mobile platform. The company’s CoMPA™ (Coherent Multi-Panel Antenna) technology enables data transmission and reception at high bit rates. For more information about the company, visit www.starling-com.com.

CoMPA, MIJET, and StarCar are trademarks of Starling Advanced Communications Ltd.

CONTACT

Michal Rips-Rosenzweig
Marcom director
Starling Advanced Communications
michalr@starling-com.com
+972-73-2597303 (+2 GMT)
+972-525521520 (+2 GMT)

Taoglas Offers a Complete Mesh Network Antenna Solution That Can Be Tailored to Customer Needs

HANOVER, Germany–(BUSINESS WIRE)–Taoglas, the leading M2M antenna provider, (www.taoglas.com), today launched a full range of antennas required for companies who need to build a full mesh network. All mesh networks require three types of antennas: base station antennas, remote external antennas and remote internal antennas. Taoglas is the first company to provide a solution for all three antennas in multiple frequencies including cellular, Zigbee and ISM. All antennas can be customized or used off-the-shelf. These antennas will be showcased at the Taoglas booth C28, Hall 7 (Telematics) in the M2M Zone at CeBIT in Hanover.

Barracuda Base Station Antennas

The Barracuda range of base station antennas are an omni directional antenna that connect directly to mesh access points and telemetry units. They are available at 433Mhz, 868Mhz, 915Mhz, 2400Mhz and 5200MHz for operation in the main licence-free bands used for M2M applications. The Barracuda range is entirely customisable, and can be made in different frequencies, colours and shapes in order to match the access point box. Design options include a connector integrated into the base of the antenna so the antenna can be screwed directly to the access point, eliminating cable requirements and helping with waterproofing and secure connection for long term use.

Hercules Remote External Antennas

The Hercules range of external antennas has been upgraded to meet the demands of harsh mesh network requirements for remote monitoring, metering and M2M markets. Available in GPS, cellular, WiFi and Industrial, Scientific and Medical (ISM) bands 433Mhz, 868Mhz, or 915Mhz versions, this range of antennas includes a thick thread and nut for a secure mounting solution. Taoglas also has the ability to customise cables and connectors including low-loss special cables with armoured options.

Included in the Hercules range of antennas are:

MA.104 for GPS / cellular,

MA.501 for GPS / WiFi,

A.01 for GPS 2 stage for location based services,

A.03 for GPS 3 stage for long cable runs,

G.21 for cellular,

WS.01 for WiFi

Range of Remote Internal Antennas

The loop, PCB and freedom range of off-the-shelf flexible circuit antennas are available for cellular bands GSM, CDMA, 3G, ISM and other licence free bands; 433MHz, 784Mhz, 868MHz, 915MHz, 2.4GHz, 5GHz. This unique series of internal M2M antennas is designed to give the largest omni-directional range of antennas for telemetry and remote monitoring.

The embedded series of antennas include;

FXP.07, FXP.14, FLA.01 for cellular,

FXP.70, FXP.72, FXP.73, WLA.01, PC11, SWLP.12 for Wi-Fi – 2.4GHz,

FXP.240, FXP.245, FXP.270, FXP.280, and FXP.290, ILA.01,ILA.02, and PC31,PC81,PC91 for 433MHz, 450Mhz, 784Mhz, 868Mhz, 915MHz and ISM bands.

For more information see release at: http://www.taoglas.com/news/
www.taoglas.com.