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What is the most common cost effective Ethernet cable used to access today's network? 

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Ethernet represents a cost-effective, high-performance metropolitan backhaul solution for next-generation mobile data networks.
This new standard introduces a low power mode for the most common Ethernet physical layer standards and is expected to provide large energy savings.
The results show that laying a cable is currently a more cost-effective option in comparison to an electrolyzer, costing around 30% of the overall investment required for the electrolyzer.
The savings on substituting a big number of copper wires by a communication media like Ethernet copper twisted pair cable, or a pair of fiber optic, can be easily calculated.
It is shown that with present technologies, cable is well positioned to deliver broadband services, at low cost, today.<<ETX>>
For Ethernet service providers, managing Ethernet services efficiently is key to a sustainable business model.
Extension of this technology is shown to support cost effective 400-Gb/s Ethernet interfaces.
The results propose that Ethernet will not only soon be mature enough for deployment in backbone networks but also provide huge cost advantages to providers.
The presented methods offer the potential to significantly reduce cost, complexity and weight of Ethernet-based system installations, aiming at greener avionics for future aircraft.
Ethernet in backbone networks has the potential to provide high-performance and cost-efficient networking solutions.
We find that multiplexing between Ethernet and Fibre Channel can substantially reduce communication overhead in a synthetic benchmark compared to using either network alone.
In particular, we propose a recursive partition-combination-based algorithm to achieve the optimal trade-off between the AWG cost and the optical cable cost.
The Dall-Miles cable is expensive and its compressive force can be equaled at lower cost by a doubled wire.
These three items, when considered together with efficient QAM allocation at the physical layer, will ultimately determine the cost for deploying the broadband cable access network.
The simplicity and high performance-to-cost ratio make Ethernet, the most dominant and widely deployed LAN technology.
These results demonstrate the value of cable network analysis to network efficiency.
Journal ArticleDOI
H. Frazier, G. Pesavento 
01 Jul 2001-IT Professional
39 Citations
Ethernet promises to bring about the same revolution in access networking that it created in enterprise networking: fast, simple, inexpensive, reliable, interoperable and ubiquitous connectivity.
Ethernet provides market-proven cost-effective hardware components with high data rates and immense integration and network management support using the overlaid management protocols.
Preliminary elasticity estimates indicate cable-modem Internet access demand to be price-elastic.
The potential advantages of cable, however, must be balanced against a substantial increase in cost relative to wire.
This network can cost-effectively provide gigabit access services.
The results propose that Ethernet will not only soon be mature enough for deployment in backbone networks but also provide huge cost advantages to providers
This paper's findings show that the typical cable topology is not necessarily always the most efficient.

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