
Only days after the launch of our Hamburg data center, CloudFlare is excited to announce yet another European data center - this time in Sofia, Bulgaria. With over 1.2 million people, Sofia is a city with rich history tracing back over 7,000 years.
We were fascinated to note the coincidence that even as 1 in 73 of CloudFlare team members is Bulgarian, now 1 in 73 of CloudFlare data centers is in Bulgaria!

Sofia expands the CloudFlare global network to span 20 European data centers - joining Amsterdam, Frankfurt, Paris, London, Vienna, Prague, Stockholm, Warsaw, Madrid, Milan, Dusseldorf, Marseille, Bucharest, Dublin, Manchester, Zurich, Copenhagen, Berlin and Hamburg.
Each time we launch a new data center, we improve the performance of millions of websites, expand the surface area available to fight attacks, and provide an additional point of redundancy to support our existing data centers.
Until today, many Bulgarian networks were served out of Frankfurt, over 1,000 miles away, based on their interconnection there with our tier one providers. Our newest deployment eliminates that distance, and improves the web Continue reading
Acacia Communications is going public in the tough world of optical networking modules.
Juniper didn't come through for SDxCentral analyst Scott Raynovich, but John Chambers did.
Hoping you all enjoyed the first part of the OSPF forwarding address saga, I’m back with the promise to make things clear regarding a nicely built redistribution case. I’m not sure if you’ve ever come across it, or ever will, but it’s interesting because it explains why we need the rules to set the forward address (if you don’t remember them, you can take a look at Part I).
Let’s see what I’m talking about. Remember the second topology from Part I? Long story short, I tried to break it. Managed to partially do it, though I am still thinking of a way to make things worse, if possible :). The following setup consists in the starting point of Part II:
Initially, R2’s and R3’s interfaces towards R0 are included in area 0, in order for them to fulfill all the conditions to set the forwarding address in their T5 LSA. The snippets below show the initial state:
R1#show ip ospf interface brief
Interface PID Area IP Address/Mask Cost State Nbrs F/C
Fa1/0 1 0 10.10.13.1/24 1 DR 1/1
Fa0/0 1 0 10.10.12.1/24 1 DR 1/1
R2#show ip ospf Continue reading
Micro loop can be found in fast-rerouted networks. Fast reroute, as a proactive convergence mechanism, provides sub-second data plane convergence. If there are technical glitches, upstream node sends the traffic through the repaired path to the downstream device. For the downstream node to be used as a backup/repair node, it should be loop-free. What do […]
The post What is a micro loop in routing? appeared first on Network Design and Architecture.
The Datanauts dive into the PowerShell and PowerCLI scripting tools. Find out how they work, why they're useful, and how they compare to other scripting languages. Also find out why the phrase "I'm too busy to learn to script" just doesn't make sense.
The post Datanauts 019: PowerShell For Data Center Automation appeared first on Packet Pushers.
The Datanauts dive into the PowerShell and PowerCLI scripting tools. Find out how they work, why they're useful, and how they compare to other scripting languages. Also find out why the phrase "I'm too busy to learn to script" just doesn't make sense.
The post Datanauts 019: PowerShell For Data Center Automation appeared first on Packet Pushers.
After patiently raising $312M, Nutanix says it's time to take this data-center 'war' public.