Madge Networks, a worldwide supplier of networking solutions, has published a new guide which provides technical information and advice on deploying High Speed Token Ring (HSTR) in today`s networks. The Madge HSTR Implementation Guide demonstrates how the technology is the most simple and cost effective evolution path for organisations with mission critical Token Ring networks. Within the document Madge forecasts that HSTR will establish itself as the default scaling option for Token Ring networks as the technology not only protects existing hardware investment, but is easy to deploy and helps prepare networks for the future.
The guide discusses the need to set objectives for the deployment of HSTR, identifies various factors that prompt Token Ring network managers to consider scaling their networks, and also considers practical elements of introducing the technology. For example, what cabling and network design factors should be considered when implementing HSTR. It also provides case studies detailing common network set-ups and how they can be enhanced with HSTR.
The ability to upgrade incrementally existing Token Ring networks through HSTR is a very attractive option for IS departments, as it complements existing network architecture and requires no new technology learning or support skills. This is particularly beneficial at a time when many organisations are preoccupied with preparing for a single European currency and Year 2000 compliance. Madge^1s guide also provides information on future highlights and developments, with special reference to the emergence of a Gigabit Token Ring standard.
"Working environments and business processes continue to undergo rapid change. HSTR has a key role to play in enabling Token Ring networks to continue to meet the changing needs of organisations, providing a simple and affordable means of scaling-up backbone connections and integrating different network traffic types," commented Andy Rawll, product line manager backbone products at Madge Networks. "Our new guide demonstrates clearly how HSTR can be introduced simply into the majority of today`s Token Ring networks without changing the underlying topology."
The key topics addressed in the HSTR Implementation Guide include:
Changing Environment
HSTR - key benefits
HSTR - technology overview
Network Design Considerations
Network Evolution - the need to scale the network
Network Evolution - setting deployment objectives
Implementing HSTR - three case Studies.
The guide is available from Madge`s website at www.madge.com/product/hstr.
Madge
Madge offers a complete range of HSTR products designed for Token Ring and mixed topology networks. These include modules for its range of Token Ring switches such as the Smart Ringswitch Plus(tm) backbone switch and the Smart DeskStream(tm) desktop switch. In addition Madge is introducing its high speed adapter, the Smart 100/16/4 PCI-HS RingnodeTM card which can be deployed in both desktop and server environments.
Founded in 1986, Madge Networks (NASDAQ: MADGF) is a worldwide supplier of advanced networking solutions. A manufacturer of award-winning adapter cards, workgroup switching and backbone products, Madge has pioneered advances in Token Ring, ISDN, video networking and ATM technologies. The organisation is also at the forefront of developments in High Speed Token Ring (HSTR) technology, and is a founding member of the HSTR Alliance. Madge is committed to providing key components of converged networks - networks which handle simultaneous data, video and voice traffic. Madge`s main business centers are located at Wexham Springs, United Kingdom and Eatontown, New Jersey. The company serves its international customer base through a global network of distributors and resellers. Information about Madge`s complete range of products and services can be accessed on the World Wide Web at http://www.madge.com
Editorial contacts

