News
Arcadiz Telecom provides last mile connectivity for Flemish Supercomputing Centre
01/03/2010
When in 2007 a study on e-research in Flanders (Belgium) identified, among other things, the need for more support and infrastructure for grid and high-performance computing, the government established the Flemish Supercomputer Centre (VSC, see insert below). The VSC project brings together the five Flemish university associations to align and integrate their existing supercomputer infrastructure, to make their expertise available to the public and private funded research and to develop a competitive grid and HPC infrastructure available to all researchers in Flanders by 2010. The Flemish universities have been tuning their efforts since then to build a grid of super computers clustering the existing super computers on different locations and providing connectivity for the new supercomputer planned for 2010.
Long Reach SFP+
28/01/2010
Arcadiz Telecom completes your switching or routing hardware with world’s only SFP+ for distances up to 70km in both colorless and CWDM colored interfaces. The hot pluggable SFP+s are SFP+ MSA with digital diagnostics and can be made compatible on all main hardware, inclusive Cisco, Juniper, Alcatel, Nortel,… and are certified on Brocade hardware. Our SFPs, SFP+ and XFPs are available in 16 CWDM wavelengths.
© Arcadiz Telecom nv 2009
Concept by d.com.press - Website by Brainlane

Installation & commissioning

I&C, As-built documentation, Site Survey

A highly experienced project management team of Arcadiz Telecom manages the roll-out of the network design which covers initial site surveys, staging, installation, commissioning and acceptance. We produce during each of these phases of the implementation high quality as-built documentation, vital for proper maintenance of the network. The implementation is de-risked by assigning the same multi-skilled field engineers that provide I&C services to the site surveys, pre-deployment staging and the documentation. The initial site survey can be complemented by fiber characterization.