This tag is associated with 2 posts

Sandy Bends, But Doesn’t Break the Internet

Rochester, NY is 6-7 hours from New York City but we still received the effects of Hurricane Sandy. Though not nearly as devastating, we were hit with wind and rain that took down power for about 48 hours.   Our thoughts and prayers go out to everyone that is still digging out from the storm.

The article below illustrates the high quality of technology equipment we are currently using and the amount of force it can withstand.  It is truly amazing the damage that was caused by this natural disaster. It is more amazing the minimal amount of damage that was done to the telecom infrastructure.

“Yesterday it was about what broke, today let it be about what didn’t. When Sandy tore through the MidAtlantic as the largest such storm on record, it could have been much, much worse for fiber, copper, wireless, cloud, and content.

With all the power outages, the only data centers we seem to have lost were the ones whose basements were filled by the storm surge in lower Manhattan and thus lost their backup generators. Of course, there were some hiccups elsewhere and we could still lose more if the diesel doesn’t get delivered soon enough or the power feeds don’t come back up. But by and large it’s amazing just how much worked the way it was supposed to.

Backbone networks appeared to be largely unaffected. Diverse routing kicked in where needed, and carriers largely prepared this one away. Of course, everyone has a PoP or two in NYC under water are under water. But hey, storm surges destroy everything. Except, apparently, landing stations. The various transatlantic cables that land on Long Island and the New Jersey coast seem to have weathered the storm without much fuss, at least that we know of yet.

On the wireless side, the media will focus on the fact that 1/4 of all towers across 10 states were knocked offline. But hey, it was a hurricane and 3/4 of all towers stayed up despite the winds, and there is more coverage than there is non-coverage.

Cable networks did fine, so long as customers had the power to use them, and landlines have held up pretty well too. 911 service has been stretched of course, but it also has largely done what it is supposed to do. The big problem really is the power infrastructure, which really got nailed.

So congrats to all the network engineers and field technicians and risk management guys and the rest out there in telecom and internet infrastructure. Given the size of the storm and the overall devastation it caused, it’s actually quite impressive how well the region’s telecommunications infrastructure has held up. Hopefully my house did as well.”

October 31st, 2012 by Robert Powell


Telecom cables: Proprietary or not Proprietary…That is the question.

Telecom cables: Proprietary or not Proprietary…That is the question.

There are so many different “telecom cables” out there, so which ones are we talking about?  SC/SC jumper fibers or large 150ft power runs within your CO?  It all depends on the information your company has on file about the OEM and platform of cables in question.  Proprietary or not Proprietary….That is the question.

Things you should consider:

Look back at your original purchase of equipment with the OEM. Did they provide you information about the cables? If not, will the OEM release drawings of the cables?  If you can obtain the specs and drawings of cables then you are about 99% in the clear. Providing these specs to a company that builds cables will put you on the fast track to eliminating lead-times, and it will certainly be more cost-effective.

Have you done your homework to find your 3rd party cable manufactures?  Your secondary market vendors most likely have relationships with these 3rd party cable manufactures, or they can build the cables in house already.  You may also be able to bypass checking with your OEM as a lot of the specs and drawings of cables are already on file.

In summary, if you or someone within your company regularly purchases cable when they are ordering equipment, then the question of whether or not the cable is proprietary or non-proprietary should always be asked. It’s a strategy that comes with advantages.  When cable is non-proprietary, you will see cost-savings and eliminated lead-times. Another thing to keep in mind is the quality of the cable. Nowadays the twists and ends of non-proprietary cable have equal integrity to that of OEM cable.  And finally, you should consider your vendors that carry a life-time warranty for 3rd party cables.  How many times have you had a cable fail post-installation? It is difficult to justify purchasing cable from a vendor that doesn’t offer a lifetime warranty.

Not to limit the manufactures and/or platforms that cables can be built.  Here are some common cables that we build for our customers:

Alcatel/Lucent, Cisco, Adtran, Carrier Access, Nortel/Ericsson, Tellabs, Fujitsu, All Power Cables.