The Arista Advantage
The Arista advantage has resulted in a fast-growing company that has emerged to become the second leading player in the high-speed 10/40/100GbE switching market in the data center. Arista has achieved this by focusing solely on building the best products for the needs of high performance cloud data centers, and by building an organizational strategy and supporting structure that enables our customers to interact directly with our engineering team to explore and develop new products and features. We have a deep pool of executive talent that has successfully built innovative organizations and products across the industry over the past several decades, and who have brought innovation and dynamism back to networking.
STP Interoperability with Cisco
The purpose and scope of this white paper is to discuss spanning tree interoperability between Arista and Cisco switches. It is written in a manner that assumes the reader has at least a moderate working knowledge of spanning tree protocol configuration and operation. Detailed explanations of the basic functionality of each spanning tree protocol is outside the scope of this document.
Software Driven Cloud Networking
Ethernet networks have evolved significantly since their inception back in the 1980s, with many generational changes to where we are today. Networks are orders of magnitude faster with 10Gbps line rate switching as the norm. Moreover, today’s Ethernet networks offer sub-microsecond switch latency, traffic scaling and load balancing across redundant interfaces, and are reducing the management complexities with state-driven architecture and open interfaces for managing hundreds of switches through global, yet highly secured interfaces. Software Driven Cloud Networking (SDCN) is a term often used when a controller external to the forwarding logic and the actual switch itself programs the network devices to alter or enhance the flow of traffic.
Role of 10Gb Ethernet in Storage
This paper provides an overview of SAN and NAS storage solutions, highlights the ubiquitous role of 10 Gigabit Ethernet in these solutions, and illustrates how Arista's 7000 series of switches directly address this market.
Switching Architectures for Cloud Networking Designs
Networks designed in the late 90s primarily addressed static applications and email. The future of cloud networking optimizes the following variables: guaranteed performance, low latency and any-to-any communication patterns. Arista’s switching architectures and expanded 7000 family are designed to deliver the optimized cloud networking solution.
Impact of Virtualization on Cloud Networking
The combination of virtualization and cloud computing creates a computing paradigm that requires careful network considerations. A cloud network must support the abstraction of virtualization services from specific physical servers.
Architecting Low Latency Cloud Networks
The drive for scalable and efficient cloud networks has led to 10Gb Ethernet as the interface of choice for simultaneously transporting data, storage and compute information over a common Ethernet cloud. Multiple classes of applications, rely on latency-optimized architectures for ultra fast response times.
Arista and PacketLight Networks 100GbE Distance Extension and Conversion
Arista Networks and PacketLight Networks have jointly developed and tested a set of solutions that leverage Arista’s market leading 100GbE port density and the PacketLight Networks PL-1000GM and PL-1000T. These solutions deliver a series of cost effective and scalable distance extension and media conversion solutions.
Arista MRV Extension Solution
Arista Networks and MRV have jointly developed and tested a set of solutions that leverages Arista switches’ market leading 100GbE port density and MRV's market leading Optical Transport series to deliver cost effective and efficient distance extension and media conversion solutions. Interoperability testing was performed with a MRV LambdaDriver 400L.
Arista Cloud Networks
With the introduction of the Arista 7300 Series switches, Arista provides the flexibility to further collapse network layers with the introduction of the single-tier Spline™ (combined Spine/Leaf) network design.
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