To take advantage of what MPLS can do for your network simply request a free quote and more information here ....
Saturday, 8 June 2013
Configure Cisco MPLS L3 VPNs
Saturday, 1 June 2013
MPLS in a Nutshell
To take advantage of what MPLS can do for your network simply request a free quote and more information here ....
Saturday, 25 May 2013
Networking 101...What is MPLS?
To take advantage of MPLS for your network simply request a free quote and more information here ....
Saturday, 18 May 2013
The Benefits of MPLS Networks
To take advantage of MPLS for your network simply request a free quote and more information here ....
Thursday, 27 December 2012
Benefits Of An MPLS Network Solution
Benefits of an MPLS Network Solution
By Jon Arnold
Introduction to MPLS
Are you considering a new type of network infrastructure to help you reach higher service quality? MPLS could be the answer. MPLS networking is a new way of gaining many benefits of a traditional point-to-point network while avoiding issues that arise when you older less stable and inefficient network infrastructures. It is also much easier to configure than a point-to-point network, ensuring that you retain the flexibility you expect from frame relay" or another time-tested configuration, as well as introducing new options you didn't have available before.
Background of the MPLS Standard
MPLS stands for Multi Protocol Label Switching. It implies a type of network that is independent of content restrictions and can carry any type of data that you need on the most efficient path; this remains true whether you transmit voice, video, data or anything else. Like a frame relay network, MPLS networks are focused on efficiency and speed. However, MPLS supersedes frame relay in a number of ways thanks to the intelligent routing and more efficient transmission standard used.
Benefits of the MPLS Standard
By its nature, MPLS networks can save you a great deal of money over older approaches. MPLS standards eschew paths through public networks for paths that predominantly use private network resources. This helps you control issues like latency and data fidelity, ensuring less data dropped during transmission. MPLS is more efficient and tends to have more uptime than the traditional networks because it makes use of modern network core technology instead of the smaller cells favored in frame relay networks. Even so, it offers great control over data's path from source to destination.
Upgrading to MPLS
Effective use and implementation of your MPLS network solution will require access to a private network with careful management and optimization policies. MPLS is typically conceived of as a "cloud" service that offers multiple paths, all with near-optimal performance, for any given transmission across a wide area. MPLS is often configured as a large network with a dedicated circuit access point at each node, so mid-sized and smaller businesses will often purchase MPLS service from a major provider. After that, configuration is the main issue.
One of the major beauties of the MPLS architecture is that the same size circuit is not required at each node, as it would be with frame relay or point to point networks. For example, node A could have 50 MB MPLS Ethernet (headquarters) while nodes B through G (branch offices) might just have an MPLS T1 or bonded T1 which would be reflective of the level of traffic anticipated at each node, and sized accordingly, thereby saving you money.
Conclusion
MPLS is a major innovation compared to Frame Relay and it can save you enormous amounts on your network costs. To gain the benefits of an MPLS infrastructure, it is a good idea to seek out a trusted provider of MPLS network services who can answer your questions about adopting this great new paradigm for your business.
If you are still using old point to point networks or frame relay networks, you are more than likely spending much more than you need to in order to accomplish the same thing that an MPLS network can do for you, and then some. Find out who can deliver an efficient and cost effective MPLS network solution today and slash your telecom costs.
Monday, 16 July 2012
Telecom Training Calls
Call Summary....:
* Future of the Cable Industry: Comcast, Time Warner Cable, and Charter discuss the differences between cable companies and the telcos, as well as the future of their MPLS capabilities, SIP, Cloud, and much more!
* MPLS Forum and Debate: Listen to XO, Telnes, AireSpring MegaPath, and TelePacific discuss the differences and future of their MPLS networks.
* Alpheus Introduction: Alpheus' lead sales engineer introduces their new channel program through an extensive product and footprint overview.
* Hosted vs. Premise Based Phone Systems: Vocal IP reviews the differences between hosted and premise based phone systems helping you understand how to position yourself for Hosted PBX opportunities.
To take advantage of any of the services discussed in the calls above for your business, simply request a free quote here .... Telecom and IT Services
Monday, 7 May 2012
MPLS University... FREE MPLS-Related Education
Businesses are demanding more out of the technologies that keep them competitive. FreedomFire Communications is the one to get you there. Don't miss out on the opportunity for expert advice on MPLS technology, always-on connectivity, voice, security, regulatory and compliance requirements, cost control, and more. Check out MPLS University, brought to you by MegaPath, to get free training on all things associated to keeping your business on pace with technology. Visit MPLS University to learn more today.
MPLS University
Going to be at Channel Partners Show Vegas? Come see MPLS University Live and learn more about the MPLS Implementation Timeline from design through installation and How to Build A Private Cloud. Content will also be available on the MPLS U site on-demand after the show.
Examples of On-Demand Courses:
* Getting the Most Out of the Cloud
* MPLS and the Cloud in Action
* The Myths and Realities of Cloud-based Voice
* Get Your Head in the Cloud: MPLS-as-a-Service
* Performance, Security, and Scale are Not a Pipe Dream
* Big Network Dreams on Small Budgets
For free assistance and customized solutions covering all the cost effective network options MPLS can provide you, simply request information here:
MPLS Networks
Thursday, 15 March 2012
MPLS Networks Are A Good Choice For An International WAN
However, more recently VPLS (Virtual Private LAN Service) migration is becoming popular. VPLS offers the ability to run layer 2 (Ethernet VLANs) and layer 3 (MPLS) on the same port. This ability can be very advantageous to separate and push secure connections, raw Internet, general WAN, and other connections out to the branch office as needed.
VPLS is flexible and can run over DSL, T-1, T-3, Metro Ethernet, OC-3, etc. like MPLS, but is not yet as widely available as MPLS. Depending on the provider, you can also mix VPLS with MPLS on the same WAN. All offices would then see each other as being on the same MPLS network, but the VPLS offices would be able to share VLANs. VPLS also has the advantage of always being an Ethernet handoff from the WAN service provider to the consumer, regardless of the technology used to reach your site. With MPLS, you may need DSL, T-1, T-3, Ethernet, OC-3, or some other connection in your router depending on the bandwidth and port provided.
I tend to see MPLS as the current standard and VPLS as the future.
For no cost help designing your international WAN using MPLS networks or VPLS, including free rate quote comparisons from multiple providers, simply request assistance here:
MPLS Networks
Thursday, 19 January 2012
Ethernet MPLS and MPLS Networks
Another advantage of MPLS Networks is that each node can be sized with the appropriate amount of bandwidth. For example, in a point-to-point configuration, if you have a PTP connection between "A" and "B", you must have the same bandwidth at both "A" and "B". But with MPLS you can have an MPLS T1 at node "A", a 50 MB Ethernet MPLS at node "B", a Bonded T1 MPLS at node "C", etc, and it will all work together very nicely.
Like a T1 line or bonded T1 line, you can also have Ethernet MPLS circuits which is generally a much more cost effective option for the same levels of bandwidth on your MPLS network.
Some companies elect to use an enhanced port to allow Internet access and MPLS access on the same circuit. While being a technical reality, the jury is still out on whether or not this makes logical sense from a security standpoint, since without proper safeguards and a secure firewall, having Internet access available on the same circuit that your private MPLS network is operating can represent a security risk, despite the financial advantage of this type of setup.
One thing in particular to note is that MPLS technology is a methodology, and it is NOT a standard. What this means to you is that every carrier implements MPLS differently, and you need to use the SAME carrier at all of your MPLS nodes. While it is theoretically possible to mix and match carriers on your MPLS network, the time, effort, and "technical jury-rigging" is frequently not worth the effort compared to using the same carrier at all of your MPLS nodes.
As long as you are using the same carrier for all nodes, you can mix and match the level of bandwidth at each node according to the type of traffic you expect to have at that node. For example, node A might just be an MPLS T1, while node B might be a 3xT1 bonded MPLS location, node C might be 10 MB Fast Ethernet MPLS, etc. This aspect is significantly different than a point-to-point circuit where the same bandwidth needs to be present at each end of the circuit.
To find out more and get free assistance designing a MPLS Network for your business .... simply request a free quote here:
MPLS Network
Courtesy of Jon Arnold