An IP Transit service provides a customer's autonomous system with a complete set of Internet routes. IP Transit is provided by an ISP (Adaptive Data Networks) and allows unrestricted access to all resources on the global IP network (the Internet). Be sure to evaluate these three critical indicators of network quality when choosing an IP Transit provider:
Direct or settlement-free peering is a relationship in which the routes of one autonomous system are sent to another in a direct relationship. The IPs accessible over this routing session no longer require third-party ISPs for access. This allows for a shorter and less latent path and increased throughput. Over 75% of our peak daily traffic goes over our peering network.
These are the direct customers of the IP Transit provider. In this situation. Customer A and Customer B are both subscribed to Adaptive Data Networks IP Transit Service. Customer A requests resources from Customer B's network and is routed directly over the Adaptive Data Networks IP backbone instead of the public Internet. This creates a single pane of glass for issue resolution and provides improved visibility for the content delivery pathway.
Connectivity to the rest of the Internet is the final critical area to consider. This is facilitated by edge routers that take full Internet routes from Tier 1 ISPs and transit providers. This grants customers full access to the rest of the Internet that is not available through the Peering and Expanded Networks. Adaptive Data Networks peers with at least three Tier 1 ISPs at each of our locations, providing for path diversity and BGP route engineering. This allows us to identify and utilize the highest quality, least latent, and best-performing routes.
Still confused? Read our "What is IP Transit" article.
Atlanta is a premier interconnection point for the south-eastern United States. Home to the third largest concentration of Fortune 500 companies of major cities in the US, Atlanta has seen explosive growth in information technology and transportation in recent decades. This explosive growth has has been accompanied by...Explore Location
The capital of Colombia, and a gateway to Latin America, Bogota's
geographic location and fiber connectivity back to Miami make it an ideal hub for Genesis
Adaptive' Bogota IP Transit, VPLS, and Fiber services in conjunction with our local
Chicago is the third largest city in the United States, and one of the largest cities in the world. Benefitting from it's central location, relatively inexpensive power, and one of the largest concentrations of companies in the US, Chicago has become an ideal location for hosting critical internet infrastructure. Several...Explore Location
As a thriving technology hub, with proximity to both vast population centers, and trans-continental fiber coming from Mexico and the rest of Latin America, Dallas IP Transit, VPLS, and Fiber services from Adaptive Data Networks solve many regional connectivity needs.Explore Location
The financial capital of Europe, and the “Silicon Roundabout”,
have merged to create a thriving financial services focused tech city with vast datacenters
and connectivity options. Adaptive Data Networks' London IP Transit, VPLS, and Fiber services are
Los Angeles is the entertainment capital of the world. Content companies, large corporations, and a metropolitan population of almost 19 million people, make it a huge draw for both business and capital. Technology companies have flocked to Silicon Beach in recent years, seeking cheaper rents...Explore Location
Mexico City's large population, growing tech sector, and proximity to the United States make it an ideal hub for both South American and North American organizations seeking IP Transit, VPLS, and Fiber services in the region. Adaptive Data Networks delivers.Explore Location
Miami is the US gateway to Latin America. In many cases, Miami (and South Florida in general) serves as Latin America's gateway to itself. Miami's proximity to Latin America and a booming local economy have made it an ideal location for technology growth. Technology investments, such as...Explore Location
Seattle is the technology hub of the pacific northwest. As a
landing point for many trans-pacific fiber links, as well as a Core IP PoP for many regional
and national IP networks, Seattle IP Transit, VPLS, and Fiber services are well suited to
The Adaptive Data Networks advanced network was built using redundant Cisco Nexus 7K switches for core switching. This allows for 17.6 Tb/s of load per chassis. Each core routing location can switch nearly 40 Tb/s of data and multi-billion packets per second workloads. Within each Nexus 7K chassis are the latest F3 and M3 series routing and switching cards providing peak performance along with 40G and 100G Ethernet interfaces for our customers and internal networking.
Our extensive list of peering partners provides us with unmatched connectivity to some of the largest content networks in the world. Amazon, Facebook, Google Fiber, Hurricane Electric, Microsoft, Netflix, Yahoo, and many others peer directly with us at one of multiple US-based peering centers. Direct connectivity to these IT infrastructures and content providers allows more direct access to the content that your end users access most frequently.
Most ISPs and IP Transit providers build their global networks using a combination of regional ASNs (Autonomous System Numbers). From an engineering perspective, this is undoubtedly the easy way out. However, BGP was not designed for multiple layers of routing table distinction from the same ASN. Adaptive Data Networks has built its network from the ground up on the same ASN for the sake of routing consistency. This assures our customers that the Autonomous System they use in Atlanta is the same as in Los Angeles.
Our fully meshed, dual-stack IPv4 / IPv6 Cisco network utilizes the standard BGP4 protocol for external routing and OSPFv3 for internal routing decisions. This ensures lightning-fast convergence at the edge of our network and rock-solid stability and control in our core networking infrastructure. Our fully-owned and operated network backbone utilizes MPLS for high-performance back-end routing decisions between all of our core network locations.
Adaptive Data Networks' customers can leverage the same network for critical application hosting and existing customer workloads to provide operational consistency. A single pane of glass for both technology management and billing ensures simplified account management. Adaptive Data Networks offers: