Datacenter at Grazziotin

Data center scaled set design for www.nogovoyages.com

These are some of our Hadoop nodes.

Some cabling in the datacenter

Tuna fish and worcestershire sauce sandwiches rock! [caution, link contains swearage]

Newly renovated datacenter for lease.

The heating/cooling installation of the DUPSs, with a heat exchanger to separate the internal and external circuits.

Uploaded via tarpipe.

The two, redundant Dynamic UPSs of power feed A.

This is the other side of the rack, unimproved. It's ugly and non-functional. Unfortunately, it's hard to rewire when you literally don't have a maintenance window.

Compaq rack

The ‘hot external’ section of one of the 4 Kyoto Cooling Wheels.

Azure Datacenter Container

Debo empezar, uno por uno hasta llegar al final.

Rack APC, Equipos CISCO con 24 nucleos y 32 Gb en memoria cada uno.

A view of the the main datacenter entrance. The main Comverse sign is viewable to the right.

Wien

the postal NonStop machines in the Eagan datacenter

Uploaded through Desktop Flickr Organizer.

sdr

6º Congresso RTI de Data centers que aconteceu no dia 19 de maio de 2014 no World Trade Center em São Paulo - Brasil

Neopolitan and CityNAP data center in San Antonio, Texas.

This family of products contains connectors, trunks and fan-out cable assemblies with leading optical performance. This performance was achieved by conducting computer modeling to hone in on the most optimal fiber and ferrule dimension/tolerance that allows 100% physical contact when two connectors are mating together. This innovation enables superior optical performance for high-speed and mission-critical data center applications. With such a low insertion loss performance, MPOptimate (LLC) connectors provide customers the maximum flexibility in terms of cabling design for a modern data center. Most of the high-speed applications reduce the allocated power budget of the cabling to accommodate the increasing complexity of the transceiver design. The MPOptimate (LLC) solution gives the design freedom back to the customer—one can deploy more administrative points such as cross-connect and inter-connect in the fiber link without sacrificing the overall system performance. The growth from 10 to 40 and 100Gb/s could be done by changing the patch cords and/or cassettes but maintaining the trunk cabling. This innovation enabled CommScope to become a leader in high-performing, future-ready products in the data center. www.commscope.com/top-40-innovations/

A cold aisle in one of the ‘older’ generation data rooms.