Anuncio
Nuevo enlace de fibra óptica para transmisión de datos a alta velocidad instalado en ALMA
20 de Enero de 2015
El Atacama Large Millimeter/submillimeter Array (ALMA) aumentó en 25 veces su capacidad para transmitir datos de manera remota. Una nueva conexión que comprende 150 kilómetros de cables de fibra óptica se instaló de forma exitosa entre el observatorio (ubicado a 34 kilómetros de San Pedro de Atacama) y la ciudad de Calama, en el norte de Chile. Desde Calama, el sistema se conecta con la Corporación Red Universitaria Nacional (REUNA), la que ya se encuentra establecida en Antofagasta, y desde este punto hasta las oficinas de ALMA en Santiago, a través de una infraestructura ya existente (el proyecto EVALSO).
Este hito implica que en el futuro se podrá entregar una enorme cantidad de datos, a una velocidad asombrosa, a la comunidad científica de ALMA en todo el mundo.
Este importante logro en la labor científica de ALMA es el resultado de un contrato entre AUI, la institución que representa a los socios norteamericanos de ALMA, y las empresas Sílica Networks Chile S.A. y Telefónica Empresas Chile S.A.. Si bien el trabajo científico se verá beneficiado, se espera que el sistema también facilite la conectividad por fibra óptica hacia una zona del país que hasta el momento carecía de este tipo de instalación, y que incluso podría ampliarse hasta Argentina en el futuro.
“Esta nueva infraestructura no sólo permite la transmisión de la enorme cantidad de datos generados por ALMA, sino que también mejora el nivel de comunicación entre las personas que operan el observatorio desde una ubicación remota en el medio del desierto de Atacama y aquellos que procesan la información en el oficinas centrales en Santiago y en todo el mundo", dijo Giorgio Filippi parte de ESO y líder del proyecto.
El logro tecnológico culminó con las pruebas de transmisión de datos entre el llano de Chajnantor, situado a una altitud de 5.000 metros sobre el nivel del mar, donde se ubican las 66 antenas de ALMA, y las oficinas en Santiago. Aunque no se utilizó la capacidad total de la red instalada (dos canales con una capacidad superior a 1 Gbps — gigabit por segundo — se emplearon en la prueba), se estableció de manera exitosa una videoconferencia entre ambos puntos geográficos, y las oficinas de REUNA en Santiago, simultáneamente, lo que demostró que el sistema funciona.
Contactos
Richard Hook
Departamento de Educación y Difusión de ESO
Garching bei München, Alemania
Telf: +49 89 3200 6655
Cel: +49 151 1537 3591
Correo electrónico: rhook@eso.org
Sobre el anuncio
| Identificador: | ann15005 |
Imágenes
Videos
Our use of Cookies
We use cookies that are essential for accessing our websites and using our services. We also use cookies to analyse, measure and improve our websites’ performance, to enable content sharing via social media and to display media content hosted on third-party platforms.
ESO Cookies Policy
The European Organisation for Astronomical Research in the Southern Hemisphere (ESO) is the pre-eminent intergovernmental science and technology organisation in astronomy. It carries out an ambitious programme focused on the design, construction and operation of powerful ground-based observing facilities for astronomy.
This Cookies Policy is intended to provide clarity by outlining the cookies used on the ESO public websites, their functions, the options you have for controlling them, and the ways you can contact us for additional details.
What are cookies?
Cookies are small pieces of data stored on your device by websites you visit. They serve various purposes, such as remembering login credentials and preferences and enhance your browsing experience.
Categories of cookies we use
Essential cookies (always active): These cookies are strictly necessary for the proper functioning of our website. Without these cookies, the website cannot operate correctly, and certain services, such as logging in or accessing secure areas, may not be available; because they are essential for the website’s operation, they cannot be disabled.
Functional Cookies: These cookies enhance your browsing experience by enabling additional features and personalization, such as remembering your preferences and settings. While not strictly necessary for the website to function, they improve usability and convenience; these cookies are only placed if you provide your consent.
Analytics cookies: These cookies collect information about how visitors interact with our website, such as which pages are visited most often and how users navigate the site. This data helps us improve website performance, optimize content, and enhance the user experience; these cookies are only placed if you provide your consent. We use the following analytics cookies.
Matomo Cookies:
This website uses Matomo (formerly Piwik), an open source software which enables the statistical analysis of website visits. Matomo uses cookies (text files) which are saved on your computer and which allow us to analyze how you use our website. The website user information generated by the cookies will only be saved on the servers of our IT Department. We use this information to analyze www.eso.org visits and to prepare reports on website activities. These data will not be disclosed to third parties.
On behalf of ESO, Matomo will use this information for the purpose of evaluating your use of the website, compiling reports on website activity and providing other services relating to website activity and internet usage.
Matomo cookies settings:
Additional Third-party cookies on ESO websites: some of our pages display content from external providers, e.g. YouTube.
Such third-party services are outside of ESO control and may, at any time, change their terms of service, use of cookies, etc.
YouTube: Some videos on the ESO website are embedded from ESO’s official YouTube channel. We have enabled YouTube’s privacy-enhanced mode, meaning that no cookies are set unless the user actively clicks on the video to play it. Additionally, in this mode, YouTube does not store any personally identifiable cookie data for embedded video playbacks. For more details, please refer to YouTube’s embedding videos information page.
Cookies can also be classified based on the following elements.
Regarding the domain, there are:
- First-party cookies, set by the website you are currently visiting. They are stored by the same domain that you are browsing and are used to enhance your experience on that site;
- Third-party cookies, set by a domain other than the one you are currently visiting.
As for their duration, cookies can be:
- Browser-session cookies, which are deleted when the user closes the browser;
- Stored cookies, which stay on the user's device for a predetermined period of time.
How to manage cookies
Cookie settings: You can modify your cookie choices for the ESO webpages at any time by clicking on the link Cookie settings at the bottom of any page.
In your browser: If you wish to delete cookies or instruct your browser to delete or block cookies by default, please visit the help pages of your browser:
Please be aware that if you delete or decline cookies, certain functionalities of our website may be not be available and your browsing experience may be affected.
You can set most browsers to prevent any cookies being placed on your device, but you may then have to manually adjust some preferences every time you visit a site/page. And some services and functionalities may not work properly at all (e.g. profile logging-in, shop check out).
Updates to the ESO Cookies Policy
The ESO Cookies Policy may be subject to future updates, which will be made available on this page.
Additional information
For any queries related to cookies, please contact: pdprATesoDOTorg.
As ESO public webpages are managed by our Department of Communication, your questions will be dealt with the support of the said Department.