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La GSMA anunció hoy que su Servicio de evaluación comparativa de red de eficiencia energética móvil (MEE, por sus siglas en inglés), lanzada en noviembre de 2010, ha incorporado a 17 operadores de red móvil (MNO, por sus siglas en inglés) más, incrementando así el número total de operadores que apoyan la iniciativa a 20 en todo el mundo. Los operadores que participan en la MEE gestionan 150 redes en 100 países y representan el 40 por ciento de los suscriptores móviles mundiales. Se espera que los resultados iniciales de la metodología se completen para el verano de 2011.
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Yesterday Intivation has, in cooperation with one of its shareholders DOEN Participations and client Digicel, donated one thousand solar powered mobile phones to the Dutch Cooperating Aid Organisations and Haiti’s largest micro-finance institution in Port au Prince.

Good communication is an absolute necessity in disaster relief but Haiti currently has a tremendous power problem, which impedes charging mobile phones. The mobile network itself still functions in many instances due to backup generators, or it can be repaired much quicker than the electricity grid.

Intivation is a Dutch company that has invented a technology to enable mobile phones that can be charged exclusively on solar power. Mobile phones that use this technology have been deployed worldwide since 2009, predominantly in regions that do not have reliable electricity girds. Over half a million of these devices have been sold worldwide in the last six months.

DOEN Foundation, financed by the Dutch Postcode Lottery, joins the effort at the urging of Intivation shareholder DOEN Participations; normally the foundation does not focus on disaster relief. DOEN foundation has been a longstanding investor in Haiti, among its participations is Sèvis Finansye Fonkoze (SFF), the country’s largest micro finance institution. This organisation helps mostly women in Haiti with small loans so they can start businesses, and it has 37 branches that can be called on for the distribution of the solar phones.

Digicel is the largest mobile network operator in the Caribbean. Digicel has lost employees and their family members in the current disaster. The company has begun an extensive aid program, in which two private planes are being used for the relief effort to transport goods, and also the solar phones, to the Port au Prince area. Once a landing slot has been granted Digicel will ensure that the solar handsets will be delivered to SFF and Cordaid, which is coordinating the effort on behalf of the Cooperating Dutch Aid Organisations.

http://www.digicelhaiti.com/en/about/news/digicel-group-donates-us-5-million-for-urgent-relief-efforts-in-haiti

http://www.intivation.nl/

Formal Adoption of Specification Enhancement Opens Doors to New Market Creation in Healthcare, Fitness, Security and Home Entertainment

BELLEVUE, WA – December 17, 2009 – The Bluetooth Special Interest Group (SIG) today announced the adoption of Bluetooth® low energy wireless technology, which is the hallmark feature of the Bluetooth Core Specification Version 4.0. As an enhancement to the specification, Bluetooth low energy technology opens entirely new markets for devices requiring low cost and low power wireless connectivity with this evolution in Bluetooth wireless technology that will enable a plethora of new applications – some not even possible or imagined today. Many markets such as healthcare, sports and fitness, security, and home entertainment will be enhanced with the availability of small coin-cell battery powered wireless products and sensors now enabled by Bluetooth wireless technology.

“With today’s announcement the race is on for product designers to be the first to market,” said Michael Foley, Ph.D., executive director, Bluetooth SIG. “Bluetooth low energy modules for all sorts of new products may now be qualified – this is an important step towards our goal of enabling new markets with Bluetooth wireless technology. For example, the Continua Health Alliance has already selected Bluetooth low energy as a transport for the next version of its guidelines.”

“Today’s news from the Bluetooth SIG is an exciting step forward for technology in mobile health and wellness devices,” said Rick Cnossen, president and board chair, Continua Health Alliance. “Our selection of Bluetooth low energy for the Continua Version Two Design Guidelines extends exciting new capabilities to manufacturers and consumers alike, as well as enabling additional use cases within the Continua ecosystem.”

“Nokia has been committed to this ultra low power wireless technology since its Wibree technology development. Now we are happy to see the adoption of the Bluetooth low energy specification, which will open up new market opportunities and space to innovate for the industry. The wide manufacturer base behind Bluetooth low energy technology and the combined industry effort will result in exciting new user experiences in the mobile space,” said Markku Verkama, Director, Devices R&D Nokia.

Bluetooth low energy wireless technology, the hallmark feature of the V4.0 Bluetooth Core Specification, features:

· Ultra-low peak, average and idle mode power consumption
· Ability to run for years on standard coin-cell batteries
· Low cost
· Multi-vendor interoperability
· Enhanced range

This enhancement to the Bluetooth Core Specification allows two types of implementation, dual-mode and single-mode. In a dual-mode implementation, Bluetooth low energy functionality is integrated into an existing classic Bluetooth controller. The resulting architecture shares much of classic Bluetooth technology’s existing radio and functionality resulting in a minimal cost increase compared to classic Bluetooth technology. Additionally, manufacturers can use current classic Bluetooth (Bluetooth V2.1 + EDR or Bluetooth V3.0 + HS) chips with the new low energy stack, enhancing the development of classic Bluetooth devices with new capabilities.

Single-mode chips, which will enable highly integrated and compact devices, will feature a lightweight Link Layer providing ultra-low power idle mode operation, simple device discovery, and reliable point-to-multipoint data transfer with advanced power-save and secure encrypted connections at the lowest possible cost. The Link Layer in these controllers will enable Internet connected sensors to schedule Bluetooth low energy traffic between Bluetooth transmissions.

Technical Details

§ Data Transfers – Bluetooth low energy supports very short data packets (8 octet minimum up to 27 octets maximum) that are transferred at 1 Mbps. All connections use advanced sniff-subrating to achieve ultra low duty cycles.

§ Frequency Hopping – Bluetooth low energy uses the adaptive frequency hopping common to all versions of Bluetooth technology to minimize interference from other technologies in the 2.4 GHz ISM Band. Efficient multi-path benefits increase the link budgets and range.

§ Host Control – Bluetooth low energy places a significant amount of intelligence in the controller, which allows the host to sleep for longer periods of time and be woken up by the controller only when the host needs to perform some action. This allows for the greatest current savings since the host is assumed to consume more power than the controller.

§ Latency – Bluetooth low energy can support connection setup and data transfer as low as 3ms, allowing an application to form a connection and then transfer authenticated data in few milliseconds for a short communication burst before quickly tearing down the connection.

§ Range – Increased modulation index provides a possible range for Bluetooth low energy of over 100 meters.

§ Robustness – Bluetooth low energy uses a strong 24 bit CRC on all packets ensuring the maximum robustness against interference.

§ Strong Security – Full AES-128 encryption using CCM to provide strong encryption and authentication of data packets.

§ Topology – Bluetooth low energy uses a 32 bit access address on every packet for each slave, allowing billions of devices to be connected. The technology is optimized for one-to-one connections while allowing one-to-many connections using a star topology. With the use of quick connections and disconnections, data can move in a mesh-like topology without the complexities of maintaining a mesh network.

Bluetooth Technology in Telehealth Solutions

Today’s announcement also advances the requirements of the Bluetooth SIG’s agreement with Continua Health Alliance, the industry coalition of leading health care and technology companies charged with establishing a system of interoperable personal telehealth solutions. Continua has voted to include the Bluetooth low energy wireless technology specification, Bluetooth low energy, in Version Two of its Continua Health Alliance Design Guidelines. The selection of Bluetooth low energy extends the current Continua standard for the Bluetooth Health Device Profile, the only wireless technology specification included in Continua’s Version One Design Guidelines.

About Bluetooth® Wireless Technology

Bluetooth wireless technology is the global short-range wireless standard for personal connectivity of a broad range of electronic devices. The technology continues to evolve, building on its inherent strengths – small-form factor radio, low power, low cost, built-in security, robustness, ease-of-use, and ad hoc networking abilities. This evolution now provides manufacturers and consumers with three options for connecting wirelessly – classic Bluetooth technology for use in a wide range of consumer electronics; Bluetooth high speed technology for the transfer of video, music and photos between phones, cameras, camcorders, PCs and TVs; and Bluetooth low energy for low power sensor devices and new web services within the healthcare, fitness, security, home entertainment, automotive and automation industries. More than eight new Bluetooth enabled products are qualified every working day and more than 19 million Bluetooth units are shipping per week. There are nearly three billion Bluetooth devices in the marketplace and that number climbs daily, making it the only proven wireless choice for developers, product manufacturers, and consumers worldwide.

About Bluetooth low energy Wireless Technology

Bluetooth low energy is a new low energy enhancement to the Bluetooth wireless technology Core Specification that paves the way to a vast new market for watches, remote controls, and healthcare and sports sensors. It has the potential to communicate with the hundreds of millions of Bluetooth enabled mobile phones, PCs and PDAs that are shipped each year. Consuming minimal power, it offers long-lasting connectivity, dramatically extending the range of potential applications and opening the door to brand new web services. Bluetooth low energy features ultra-low peak, average and idle mode power consumption; ultra-low cost plus small size for accessories and human interface devices (HIDs); minimal cost and size addition to handsets and PCs; global, intuitive and secure multi-vendor interoperability.

About the Bluetooth SIG

The Bluetooth Special Interest Group (SIG), comprised of leaders in the telecommunications, computing, consumer electronics, automotive and network industries, is driving development of Bluetooth wireless technology and bringing it to market. The Bluetooth SIG includes Promoter member companies Ericsson, Intel, Lenovo, Microsoft, Motorola, Nokia and Toshiba, along with over 12,000 Associate and Adopter member companies. The Bluetooth SIG, Inc. headquarters are located in Bellevue, Washington, U.S.A. For more information please visit www.bluetooth.com.

HONG KONG, November 18/PRNewswire/ — La GSMA, el organismo que representa a la industria mundial de las comunicaciones móviles, ha anunciado hoy que su programa Green Power for Mobile (GPM) está trabajando con la International Finance Corporation (IFC), el brazo del sector privado del World Bank Group, para respaldar a los operadores móviles para explorar el uso de estaciones base de energía renovable como medio para optimizar el capital y los gastos operativos. Mediante esta colaboración, los operadores móviles de los mercados en desarrollo pueden beneficiarse de los programas de asistencia técnica, investigación de mercado, y programas de compartición de conocimiento para ayudarles a implementar las redes de energía renovable a gran escala.

El objetivo general es hacer de las soluciones de energía renovable rentables una fuente de energía ampliamente utilizada para localizaciones fuera de la red para 2012. La iniciativa ofrece un modo directo de acelerar el despliegue de energía renovable en partes fuera de la red del mundo en desarrollo. IFC planea identificar y seguir inversiones en energía verde que expandan el uso de la industria móvil de redes de energía renovable en los países en desarrollo. IFC actuará independientemente como un inversor afianzado, ofreciendo a los operadores móviles de países en desarrollo una variedad de instrumentos financieros para permitir la implementación de modelos empresariales viables que aprovechen la energía renovable para ganancias de eficiencia a largo plazo.

“Hemos estimado que los operadores móviles en el mundo en desarrollo incurrirán en 14.600 millones de dólares estadounidenses en diesel de operar las estaciones base fuera de la red para 2012″, dijo Rob Conway, consejero delegado y miembro del comité de GSMA. “Trabajando junto a la IFC, esperamos tratar esto ayudando a los operadores móviles a expandir la cobertura de red en regiones remotas, desplegar estaciones base de energía renovable, reducir sus costes energéticos y minimizar el impacto en el medio ambiente”.

“La IFC está encantada de colaborar con la GSMA para permitir la expansión de cobertura móvil a regiones remotas y las no servidas en el mundo en desarrollo, acercando la división digital, basada en los más altos estándares para un entorno sostenible”, dijo Mohsen Khalil, director de World Bank/IFC Global Information and Communication Technologies Department, la unidad responsable de esta alianza de IFC.

Mediante esta alianza, GPM ofrecerá un servicio de estudio de viabilidad para los operadores móviles con un interés en aumentar su uso de las soluciones de energía verde. El servicio implica un análisis técnico y financiero de la red de estación base de un operador para identificar los sitios de prioridad y la tecnología de energía renovable óptima, predecir el gasto de capital y la tecnología de energía renovable óptima, y asistir a la planificación de la implementación. La GPM también desarrollará currículos de formación para ofrecer asistencia técnica y educar a los operadores móviles en el proceso de implementar estaciones base de energía renovable.

La GPM también ha establecido una base de datos dinámica y en desarrollo para controlar el progreso que la industria está hacienda hacia alcanzar el objetivo de GPM de suministrar a 118.000 estaciones base fuera de red nuevas y existentes en países en desarrollo utilizando fuentes de energía renovables para 2012. La base de datos de la industria de despliegues de estación base verde incluye detalles sobre el equipamiento utilizado, período de pago aproximado, retos y éxitos, y puede visualizarse en http://www.wirelessintelligence.com/green-power.

Un informe de la industria que se publicará dos veces al año ofrecerá una actualización regular de los desarrollos dentro del sector con estudios de casos del operador, puntos de vista del vendedor, entrevistas, análisis de tecnología y guías de prácticas recomendadas – el primer ejemplar puede encontrarse en http://www.gsmworld.com/documents/gpfm_report_09_annual_review.pdf