-----BEGIN PGP SIGNED MESSAGE----- Hash: SHA256 How does GlusterFS' AFR translator work over a WAN connection? I know the simple answer is that it depends on the connection what's being replicated but I'm interested in understanding how it works in a low bandwidth situation. We are building a new storage model for our imaging system in which GlusterFS is a candidate. Current design ideas consist of a tier 1 storage where our current "pipeline" of active files would be stored and operated on. Once the files are in a relative static state, they would be moved to tier 2 storage. It's this tier 2 storage that would need WAN replication. In this way we would limit the amount of data somewhat that has to be replicated as the pipeline files are in an almost constant state of flux. The idea is to have an array on site (let's call it building 1), one next door in another building (building 2) and one a few hundred miles away. The local arrays will be connected via Infiniband or fiber and the remote one via a 10MB link. It seems logical that I would want to replicate from building 1 to building 2 and then have another AFR configuration at building 2 to replicate to the remote site. Does this fit best practices for GlusterFS or should I use more of a hub and spoke method? I am interested to hear what people think. Collin Douglas Adfitech, Inc -----BEGIN PGP SIGNATURE----- Version: PGP Universal 2.6.3 Charset: ISO-8859-1 wsBVAwUBSKNEIfvgUY49IQeAAQjeAggAolKbmc5xw9f0BOqp4Uo0NH7VuhK9n8ol D9wquJ85fecI08BfoTuCLOjH7oviayZBCqNC+CzQm21QZP1hTGBisGrJUJ87rscc MLici37YmtQC+ItAWdzqUq33bGgNp+T+HiJbYmX3AE0PY19vC0YUOK9QYM0hMosc cWyeVCfPpM0SM4/ND83zyO6bjv9QkD+JpGoQMOwPMNnY055kdFlWRo7tDaUjhdhN GQkTtoEmNWQL1uzZ4sibUudKD8YXBFaY/GGbRLorrkNJHZepYH3VM/saCMR7pjo+ cVh2Mek5F+IdwyH8Zg6Vks73RAQtUaJQHMonx7g7Y2dY/A2l/p3beg== =y84r -----END PGP SIGNATURE-----
