
News in Brief | Calendar this |
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February 10, 2009 TELX TO PROVIDE COLOCATION AND INTERCONNECTION SERVICES TO CEDAR CABLE LTD. February 3, 2009 TELX CHOOSES ABOVENET DARK FIBER TO LINK NEW YORK METRO AREA DATA CENTERS January 26, 2009 TELX SELECTS HURRICANE ELECTRIC FOR ITS IPV6 INTERNET CONNECTIVITY SERVICE January 23, 2009 TELX CONTINUES BUSINESS EXPANSION IN 2009, ADDS COLOCATION SPACE AT FINANCIAL XCHANGE FACILITY January 22, 2009 ACTIV FINANCIAL JOINS WITH TELX TO PROVIDE LOW LATENCY, HIGH QUALITY ACCESS TO FINANCIAL INFORMATION January 13, 2009 TELX UNDERSCORES COMMITMENT TO PEERING WITH F-ROOT INSTALLATION IN ATLANTA | Channel Partners Conference |
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A Warm Welcome To Our New Customers:
36 N.E. 2nd Street, Miami
•Campbell Property Management
56 Marietta St, Atlanta
•ColoCube
•ColoCrossing
•Highwinds Network Group
•Hunt Telecom
60 Hudson St, NYC
•Highwinds Network Group
•NTT America, Inc.
•Springton Data Services
•Uno Communications
100 Delawanna Ave, NJ
•AboveNet
111 Eighth Ave, NYC
• AceCape, Inc
•Gargoyle Investment Advisor LLC
•Sumo Capital
200 Paul Ave, San Francisco
•On24, Inc.
350 E. Cermak Rd, Chicago
•NYSE Euronext
8435 Stemmons Frwy, Dallas
•Clan Services Hosting LLC
•CoreXchange
•dPi Teleconnect
•NLayer Communications, Inc.
•RVOS Farm Mutual Insurance Co.
•Warrington Business Solutions






The London Internet Exchange (LINX) - is a mutual, not-for-profit membership association for operators of IP networks. We provide a neutral interconnection facility and peering platform (IXP/NAP) and represent the interests of our members on matters of public policy. The 300-plus membership include almost all the UK's ISP and content delivery service providers plus many from the Americas, mainland Europe, The Middle East, Far East and Africa. LINX has a presence at ten London sites, all connected by diverse fiber links.
We are pleased to announce that all LINX members now have access to our free sFlow tools allowing them to view traffic flow information between themselves and each of their LINX peers. Both resilient peering LANs support sFlow export, generating statistical data from 600+ Ethernet ports to the LINX bespoke collection system.
Please contact LINX for more information
DE-CIXWhen the first Europeans went online in the early 1990s slow dial up connections were considered state of the art and most of the intra-European traffic was exchanged in the US. This did not only have a negative effect on the performance (due to the additional delay having the traffic passing the Atlantic twice and the fact that MAE-EAST, MAE-WEST, and other exchanges weren’t exactly known to be rock solid exchange platforms) but it was a commercial problem, too. Back then E1 (2Mbps) connections were considered major backbone trunks and E3 or DS3 (34Mbps/45Mbps) were used by the big guys only. Saying these circuits were super-expensive should give you an idea how different the (Internet) world was back then.
To overcome these problems, the first Internet exchanges in Europe were born. DE-CIX in Frankfurt was one of them. In 1995 three providers decided to build an exchange and used a little Ethernet Switch to build it. The switch was located in a facility in downtown Frankfurt no one would consider for putting a switch in today.
A lot of things have changed since then...TO READ FULL ARTICLE CLICK HERE
StealthWe wish all our friends and colleagues a prosperous 2009 and look forward to working with many of you!
Stealth rounded up 2008 on a great note- It carried more than 30 Gbps on average of IP traffic on the Big Apple Peering Exchange at Telx 60 Hudson, peaking to over 50 Gbps, making it one of the busiest Internet Exchanges in the North East; and Stealth’s Voice Peering Fabric peaked over 2 billion minutes on a single day and ended 2008 with an annualized run-rate of over 450 billion minutes, up from 200 billion in 2007.
New videos posted on YouTube! The Summer 2008 Voice Peering Forum held in San Francisco was a smash and now you can replay the entire event online. Interviews and sessions are being posted weekly featuring leading companies from the web and telecom sector sharing their insights on their company, industry and business model transformation.
Watch now at: www.youtube.com/telecomspecialist and send your comments to info@stealth.net.
IntelepeerTMIntelePeer™ delivers the most sophisticated, comprehensive applications (ReachSuite) and platform (AppworX) available. Our infrastructure provides the first truly open access to carrier-grade telecom functionality with software and network capacity delivered from the Cloud as an on-demand, fully hosted and managed service. Through our peering technology, we directly connect leading carriers, service providers, application providers and web communities, enabling them to create and exchange voice traffic with greater quality and at lower cost. We simplify the complexity of telecommunications, managing security, authentication, peering, transcoding, interoperability, protocol conversion, billing and service management. IntelePeer™ removes the cost and complexity of voice communications, enabling our customers to create innovative new applications and dramatically reduce their costs.
For more information about IntelePeer™ please contact John.


Internet Systems ConsortiumAtlanta is our 46th F-root node globally and our 7th in the US. It’s
only through the support of Telx, and other partners, that F-root has been able to expand and enhance the stability of the global DNS.
Internet Systems Consortium (ISC) is a non-profit 501(c)(3), public benefit corporation with a long history of developing and maintaining
the BIND and DHCP Open Source software applications.
ISC is also
engaged in protocol development efforts in the areas of DNSSEC and facilitating the transition to IPv6. ISC is funded by the donations of generous sponsors, membership fees and services such as software support for BIND and DHCP, SNS@ISC, secondary DNS hosting, DNS & DHCP training and consulting.
Visit our website at http://www.isc.org to learn more.
Fast Link AccessOver the years the importance of Internet Peering Exchanges (IXs) to larger backbone service providers has been cyclical. Looking back it's easy to see one factor why...PORT SIZE. The first time we saw a big move away from IXs by the larger backbones was with the introduction of FDDI switches in the late '90s. Congestion and increasing traffic levels at the IXs offered a diminishing return to the larger service providers in the late '90s. So, many large providers left the exchanges and did private peering.
With a jump to 1 Gig ports we saw a move back as backbones could once again optimize their traffic by aggregating many peers over a single expensive port on their routers. They saw about a - 10 fold increase in usable capacity. A few years later we saw the same cycle repeat itself as 1 Gig ports were not large enough to accommodate all the peer to peer traffic between multiple large backbones. With another 10 fold increase to 10gig ports the IXs saw a resurgence. Anyone buying Juniper or Cisco 10gig router ports at the time knew how prohibitively expensive they were. No one could afford to have these cards sitting partially idle at any time. This is especially true when you factor in the limited density of 10gig ports in those routers. We are likely once again in the next cycle for IXs. 10gig ports are much cheaper and many backbones have used cheaper 10gig switch ports to aggregate traffic before handing traffic off to a core router. Along with another huge growth of internet traffic levels, IXs are at the end of another cycle.
Good news is coming. Around the corner is another 10 fold increase to 100gig ports. IXs have been pushing equipment vendors for this leap in port size. What should you do? Keep an eye on the equipment vendors’ efforts in this area. Also, service providers would be well to lock in deals with their IXs now. Larger service providers can often negotiate attractive deals depending on their traffic levels and peering policies. 100 gig ports and the continuing growth in Internet traffic will force carriers to deal with the cost/density issue once again. In this environment, IXs can be extremely beneficial to both larger and smaller peers.
Comments on this article? Feel free to let us know your thoughts - email us!


120 East Van Buren St- Phoenix, Arizona
Being the leader in interconnection, Telx is the "go-to" Meet-Me-Room operator within 120 East Van Buren Street, the #1 carrier hotel in the Phoenix Metro-area.
In June 2008, to meet the growing colocation and interconnections demands, Telx launched The Telx Internet Exchange (TIE), an Internet Peering Exchange in our Phoenix Arizona facility. Telx entered the Phoenix market to offer quality peering services that leverage the strength of our interconnection community. The Phoenix TIE is based on the Force 10 platform.
The Phoenix TIE platforms are monitored 24x7 and are ready to accept Ethernet connections immediately. The Telx Internet Exchange (TIE) is also offered at our Atlanta facility. Telx customers in Atlanta and Phoenix now have the ability to purchase one-stop-shopping solutions that includes space, power and interconnectivity between networks as well as interconnectivity to the TIE platforms.
Telx acquired its facility at 120 East Van Buren Street in December 2006.
Email us for more information.
Click here to download a Telx TIE spec sheet.
Click here to download a spec sheet on Telx's Phoenix facility.


