Artesyn Embedded Technologies is the number one provider of open standards based computing platforms for telecom infrastructure equipment, with the largest installed base of carrier grade ATCA systems and blades.
Our embedded computing solutions enable a wide range of applications including network optimization, policy control, bandwidth management, load balancing, deep packet inspection, LTE, media gateways, and application servers.
An outstanding track record in enabling network equipment providers to develop better products quickly, cost effectively and with less risk makes Artesyn Embedded Technologies your first choice. Our business stability, technology innovation and world-class manufacturing can significantly reduce time-to-market and help you gain a clear competitive edge.
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Artesyn Embedded Technologies is a total system provider: designing and integrating chassis, switch and payload blades, and enabling software to empower system-wide support for SDN and NFV architectures. We are applying our 30+ years of hardware experience to bear on the datapath issues found in current generation systems. Our switch and flow processing solutions help minimize latency and maximize throughput in the data plane. By focusing specifically on acceleration of the data plane and combining this acceleration with high system fabric bandwidth and appropriate provisioning for cooling and power, we are helping to eliminate bottlenecks in your system performance.
And we work with a trusted ecosystem of specialist software providers to enable a complete solution tailored to your exact needs. Flexibility is at the heart of everything we do, so scaling up and scaling out for large network provisioning are considered at the design stage.
On top of hardware design considerations, we ensure compute blades have all the necessary software acceleration, such as Intel® Data Plane Developers Kit (DPDK) and Open vSwitch, essential for NFV implementations.
Artesyn Embedded Technologies is the expert in computing platforms for your SDN and NFV solutions, which is why so many of the world’s leading companies trust us to help them select the right technology for their application.
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Solution Brief
Game-Changing Live / VOD Density | September 11, 2015
Next Generation Media / Conferencing VNF | September 11, 2015
Whitepapers
Virtual Video Transcoding in the Cloud
The increasing density and high-quality processing demands from video applications is pushing broadcast and communications networks to the limit. This paper presents the market drivers behind the need for an accelerated video cloud and discusses the implications of technologies such as OpenStack and other open source platforms in the context of a move towards SDN/NFV network architectures. Real-life example applications then give context to the performance and financial benefits outlined in the conclusion.
The Advanced Telecom Computing Architecture (Advanced TCA® or ATCA®) is a series of open standard computing platform specifications originally developed to meet the needs of carrier grade communications equipment. It has recently expanded its reach into scientific research, more ruggedized applications geared toward the military and aerospace industries and other industries that require high performance embedded computing. This white paper gives an introduction to the standard covering mechanical characteristics, hardware platform management, and data transport. It goes on to discuss open system management standards that have developed on top of the ATCA specification and concludes with a view to the future for ATCA.
In the 11 years since ATCA products first appeared on the market, there have been numerous advances in the governing standard, the products available, and the products and applications which are driving its adoption and growth. This white paper provides an overview of the current state-of-the-art in ATCA, discussing where it’s being deployed, what kinds of applications and technologies are driving its growth, its relevance in the context of all-IP cloud deployments, and what the future may hold for the standard products and adoption.
Deep packet inspection (DPI) is a technique with many different use cases, delivering information about packet flows and content as well as allowing network operators and service providers to ensure quality of service at an application level.
This white paper describes the key elements of the next-generation communications platform from Intel®, codename Crystal Forest, which enables a new homogeneous topology, and the key requirements for an effective system-level implementation of the new Intel® microarchitecture.
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