Virtualization projects currently pay lip-service to the underlying connectivity infrastructure. The current trend is to transition from costly and limited-function "Fibre Channel" and "Leased Line" communication links to more powerful 1Gig or 10Gig Ethernet switched network connections. Whilst Exponential-e can offer the powerful connectivity provided by GigE connections, this is merely the substitution of existing network capacity based on legacy technologies over to Ethernet, which, whilst undoubtedly, has better cost metrics. This paper goes much further by illustrating how an Ethernet-based Next Generation platform will make available to the virtualization manager, an array of features not on offer within a legacy environment.
Related white papers
Testing Ethernet Networks for the ATLAS Data Collection System
This paper reports recent work on Ethernet traffic generation and analysis. The paper uses Gigabit Ethernet NICs running customized embedded software and custom-built 32-port Fast Ethernet boards based on FPGAs...
The Ethernet Speaker System
If one wishes to distribute audio in a large room, building, or even a campus, one needs multiple speakers. These speakers must be jointly managed and synchronized. The Ethernet Speaker...
Detecting Duplex Mismatch on Ethernet
IEEE 802.3 Ethernet networks, a standard LAN environment, provide a way to auto-negotiate the settings of capacity (10, 100, or 1000 Mb/s) and duplex (full- or half-). Under certain conditions...
The Convergence of Ethernet and Ethernot: A 10-Gigabit Ethernet Perspective
Off late, a vast number of interconnect technologies such as InfiniBand, Myrinet and Quadrics have been introduced into the System-Area Network (SAN) environment; the primary driving requirements of this environment...
RF Over Ethernet for Wireless Infrastructure
Existing interconnects between RF and processing hardware have been tightly integrated at a system bus level or have incorporated proprietary network hardware, usually tied to the particular data being transported....
Design Alternatives for a High-Performance Self-Securing Ethernet Network Interface
This paper presents and evaluates a strategy for integrating the Snort network intrusion detection system into a high-performance programmable Ethernet Network Interface Card (NIC), considering the impact of several possible...
The Performance of Ethernet Under a Combined Data/Real-Time Traffic
This paper investigates the performance of an IEEE802.3 shared-bandwidth hub under a mixed data/real-time traffic load. For the regular data nodes an exponentially distributed packet length with a Poisson arrival...

