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Current Network Architecture. First eVLBI with JIVE: September 2004 The first eVLBI test observations took place on Sept. 10, 2004. The source, 0528+134,

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Presentation on theme: "Current Network Architecture. First eVLBI with JIVE: September 2004 The first eVLBI test observations took place on Sept. 10, 2004. The source, 0528+134,"— Presentation transcript:

1 Current Network Architecture

2 First eVLBI with JIVE: September 2004 The first eVLBI test observations took place on Sept. 10, 2004. The source, 0528+134, was observed at 1.6 GHz using an array consisting of Arecibo, Cambridge (UK), Torun (Poland) and Westerbork (Netherlands). The observations resulted in the FIRST transatlantic eVLBI image. Arecibo-Torun was then the LONGEST real-time interferometer baseline yet created. (Top) The 1.6-GHz continuum image of 0528+134 at 80 mas resolution. (Below) Visibility amplitude and phase plots between Arecibo and other EVN stations.

3 Data Path to JIVE  PRISANET (PR) of the Arecibo Obs./UPR.  AMPATH (US) of Florida Intl. Univ.  Abilene (US) of Internet 2.  SURFnet (NL) of SURFnet BV. Data rate: 32 Mbps, briefly sustained 80 Mbps. DAR/Formatter MK5 JIVE in2net

4 EXPReS Partners Introduction to EXPReS 19 partners, 21 telescopes, 6 continents, 7500 km longest baseline

5 Internet Internet2 GigE Solution into FIU @ Miami NAP Centennial MPLS GigE/EOS AOMiami NAPGuaynaboAreciboFIU GigE HPCFUPR


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