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AES Press Release
Audio Engineering Society And OCA Alliance To Collaborate On 'Open Control Architecture' Standard
For Release: November 7, 2012
NEW YORK: The Audio Engineering Society (AES) and the OCA Alliance have jointly announced that an AES standards project has been founded to consider the Open Control Architecture (OCA), as a public standard for the control and monitoring of professional media networks.
The goal of this project, identified as: AES-X210, “Open Control Architecture (OCA),” is to produce a public, open, and royalty-free communications protocol standard for reliable and secure control and monitoring of interconnected audio devices in networks of 2 to 10,000 elements.
When the standard is complete, it is hoped that OCA will find broad acceptance in the media systems industry, and open a new era in standardized, interoperable control of devices from diverse manufacturers.
OCA will be a control and monitoring standard, not a media transport standard. It is intended to operate seamlessly with a wide range of media transport standards such as AES-X192, “High-performance streaming audio-over-IP interoperability” – currently in development – and IEEE AVB. Together, these standards will offer a path to complete network application solutions for future media networks that include both media transport and system control functionality.
OCA is substantially based on work done in the early 1990's by the AES24 project, a pioneering effort in network system control. Although AES24 never reached full standards status, it offered a number of advanced concepts, which have found their way into various developments over the years.
In the coming months, the AES-X210 task group, part of AES working group SC-02-12 on Audio Applications of Networks, will be meeting to render the current OCA 1.1 specification into standards form and to shepherd its processing through the AES's open standards process. Interested individuals are encouraged to participate. The full standards participation policy is available from the AES Standards website. During this period, the OCA Alliance will undertake various initiatives to support the work of AES-X210, and to define proposals for future extensions to the standard.
Crystallizing the focus of the new alliance, AES Standards Committee Chair, Bruce C. Olson remarked, “AES Standards has been deeply involved with standards for digital audio since starting work in 1977. The AES-X210 project to standardize OCA takes us to the next important milestone by integrating control with transport of audio over a variety of networks. Combined with a number of other projects in this exciting area of audio the AES continues to lead the world in audio standards, which enable a thriving marketplace for compatible products from competing manufacturers. We are very pleased to collaborate with the leading manufacturers in the OCA Alliance on this standards project.”
Photo: AES Standards Committee Chair, Bruce C. Olson
AES Standards participation policy www.aes.org/standards/development/membership.cfm
About the AES
The Audio Engineering Society was formed in 1948 by a group of concerned audio engineers. The AES counts over 14,000 members throughout the U.S., Latin America, Europe, Japan and the Far East. The organization serves as the pivotal force in the exchange and dissemination of technical information for the industry. For additional information visit http://www.aes.org
About the OCA Alliance
OCA Alliance is a non-profit corporation formed to secure the standardization of the Open Control Architecture (OCA) as a media networking system control standard for professional applications. The OCA Alliance’s purpose is to actively promote the adoption and standardization of Open Control Architecture (OCA) as a media networking system control standard through marketing, education and training and to develop future standards and other documents that augment, enhance or extend the primary OCA standard for the purposes of enabling and promoting increased interoperability and reliability for a variety of transport standards.