New VersaPOD video demonstrates greater thermal efficiency in the data centre

Released: September 2009

Network infrastructure experts Siemon have developed a short new video demonstrating how the company’s VersaPOD data centre cabinet solution addresses critical requirements in today’s data centres:  achieving greater density, improving thermal efficiency and providing greater equipment accessibility.

“With data centre real estate at a premium and energy consumption on the rise, pressure on IT infrastructure and cabling has increased” explains Graeme Stoker, Marketing Manager at Siemon EMEA.  “This video illustrates how the VersaPOD cabinet can deliver real improvements in energy efficiency, floor space utilisation and improved data centre workability.”

Tony Robinson Global Accounts Manager at Siemon demonstrates how the VersaPOD’s exclusive Zero U patching capability leverages the vertical space between bayed cabinets for patching and cable management.  This Zero-U vertical patching configuration can support up to 1152 ports of copper or 5184 fibres between every set of VersaPODs, freeing up critical horizontal rack space for active equipment, achieving optimum density in the minimum floor space.

Tony goes on to show how network equipment in the cabinet can easily be accessed via unique dual hinged, wardrobe and quad hinged style doors which offer maximum thermal efficiency through 71 per cent perforation.

The video also includes a typical application for the VersaPOD, including network server and storage topologies and their related patching and cable routing options.

The video can be accessed via the VersaPOD product page on the Siemon website at http://www.siemon.com/uk/versapod/

 

Photos: can be found here: http://fs.turtleconsulting.co.uk/PICS/TSC0334VersaPOD_video.jpg

http://fs.turtleconsulting.co.uk/PICS/TSC0334VersaPOD_verticalpatchpanels.jpg

http://fs.turtleconsulting.co.uk/PICS/TSC0334VersaPOD_verticalpatchpanels_sideview.jpg

 

 

About Siemon

Established in 1903, Siemon™ is an industry leader specialising in the manufacture and innovation of high quality, high-performance network cabling solutions. With global offices and partners throughout the world, Siemon offers the most comprehensive suite of copper (unshielded and shielded twisted-pair) and fibre cabling systems available and is one of only three network cabling infrastructure companies worldwide with true global partnership capabilities. With over 400 active patents specific to structured cabling, Siemon Labs invests heavily in R&D and development of industry standards, underlining the company’s long-term commitment to its customers and the industry.

www.siemon.com/uk

TSC0334

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ADC KRONE Showcases New TrueNet Frame at IP Expo 2009

Released: September 2009

  • New ‘Fold-Pack’ Design Can Save Up to Two Hours Installation Time
  • Advanced Cable Management Features Reduce Operating Expenses
  • Light Weight Ensures Easy Manoeuverability

 Cheltenham, UK – ADC KRONE (NASDAQ: ADCT; www.adckrone.com) today announced that it will showcase its comprehensive TrueNet® structured cabling portfolio, including the recently launched TrueNet Frame, at this year’s IP Expo in London, UK, 7-8 October 2009, at Booth 301.

The TrueNet Frame offers installation time savings of up to two hours per frame, as well as other advanced cable management features to help reduce customers’ capital and operating expenses. The frame’s unique ‘fold-pack’ design means that on-site assembly in data centres and enterprises can be completed in minutes compared to the conventional hour or so.

“With cable management as a key design consideration, the TrueNet Frame eliminates patch lead cross-overs and ‘cable-forests’, as well as the need to move and deform cables to access patching ports for moves, adds and changes (MACs),” said Jan Wielenga, product manager for TrueNet Frame for ADC KRONE.

Another time-saving feature is the new TrueNet quick-fix panel mounting (patent pending), which eliminates the need for cage-nuts and screws, and, on average, saves another 40 minutes of installation time per frame.

Unique Fold-Pack Design

The TrueNet Frame is made of strong, light-weight aluminium and is factory pre-assembled, where it is folded, like a deck chair, to a size of only 2900 x 340 x 250mm for shipping. This, together with its low weight of only 30kg, means it can be manoeuvred around corners, up and down stairs and along corridors by a single technician.

Once in position, it takes only minutes to unfold and lock the TrueNet Frame into its final, rigid state at a size of 2200 x 910 x 460-590mm. Once fixed to the floor, panel and cable assembly can begin.

Managed Density Approach

ADC KRONE supports a managed density approach in the enterprise and data centre that takes a long-term view of design’s importance in ensuring maximum density and growth without disrupting operations. Increasing capacity and network applications create new challenges for both the planners who design and the operations staff who maintain the networks. The TrueNet Frame enables bend radius protection, cable strain management and ease of moves, adds and changes in a 99.999% availability environment.

“Unshielded Category 6A is a very effective technology for high-bandwidth network requirements, but its space requirement has created a real challenge for both initial installation and ongoing moves, adds and changes,” said Wielenga. “Furthermore, installers do not want to use unnecessary floor space when installing less space-consuming technologies such as 5e cable. The ADC KRONE TrueNet Frame ensures the best balance between floor space utilisation and manageability. This, together with its rapid installation features, gives installers and customers the ideal solution for Category 6A, 6 and 5e.”

 

Photo: can be downloaded here; http://fs.turtleconsulting.co.uk/PICS/AK1456_IPExpo2009_TrueNet_Frame.jpg

 

About ADC KRONE

ADC serves its customers as ADC KRONE in the Europe/Middle East/Africa, Asia-Pacific regions of the world. ADC KRONE provides the network infrastructure equipment and services needed to deliver voice, video, Internet and data communications around the world. Wireline, wireless, cable, enterprise, and broadcast network operators rely on ADC offerings to deliver bandwidth intensive, high-speed services to residential, business and mobile subscribers. ADC (NASDAQ: ADCT) has sales into more than 130 countries. Learn more about ADC KRONE at www.adckrone.com

AK1456

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Tests Show that Cat6 UTP cabling cannot support 10GBASE-T

Released: September 2009

Startling results from interference testing with high performance cabling systems and the recently available 10GBASE-T interface cards have indicated that unshielded twisted pair (UTP) Category 6 cable is seriously susceptible to electromagnetic interference (EMI) and Alien crosstalk.

Echoing Brand-Rex’s position at least one major global electronics manufacturer advises that shielded cabling, and not unshielded, should be used for 10 Gigabit Ethernet networks.

Brand-Rex conducted tests with the application running on different types of cabling in an EMC chamber to the EMCD requirements and demonstrated that 10GBASE-T is susceptible to EMI when transmitted on UTP cabling. A leading active equipment manufacturer also supports this position and states that Cat 6A screened cable is needed for devices to pass the EMCD immunity requirements.  Screened systems provide a greater degree of immunity to EMI than UTP systems. 

EMI is not the only problem for Cat 6 UTP cable. In the initial stages of the 10GBASE-T standardisation process, the committees advised that Cat 6 UTP cable would support the new application on link lengths up to 37m or 55m, and further if the cabling was carefully managed to protect it from noise picked up from adjacent cabling (alien crosstalk).

Unfortunately, theory does not always reflect what happens in the real world. For example, if links are completely isolated to eliminate potential noise from one link to the next, Cat 6 UTP cable works. But if the patch cords and cables are bunched – as in practice they usually are – there are going to be severe problems.

This is supported by further recent testing carried out by Brand-Rex on 10GBASE-T devices – believed to be the first such tests in Europe – using various types of cabling, including Cat 6 and Augmented Cat 6 performance products. The results are clear: a distance of just 10m was difficult to achieve on Cat 6 UTP, unless the cabling was managed with special care.

As Brand-Rex’s Technical Manager Ken Hodge says, many end users may be looking to install Cat 6 UTP systems, believing them to be future proof.

“Cat 6 UTP is an excellent platform for Gigabit Ethernet but it does not have the performance required to support 10GBASE-T. The bottom line is: if you are looking to implement a future-proof networking infrastructure you need to look at installing a higher specification product. Yes, there may be something of a premium to pay for a Cat 6A solution. But this will almost certainly be tiny compared with the costs involved if a Cat 6 UTP system is put in, and then soon has to be replaced.”

In short, Augmented Cat 6 products are required to support the evolution of IT systems to 10GBASE-T and screened cabling is the best solution to install, particularly when there may be a risk of EMI.

 

Photo: can be found here: http://fs.turtleconsulting.co.uk/PICS/BRX0250_10GPlus_S_FTP_Copper_Cable.JPG

 

ABOUT BRAND-REX

Brand-Rex Ltd is a global operation, designing, developing and manufacturing the most sophisticated, high performance copper and fibre cabling systems for communications and extreme environment applications. Headquartered in Scotland, the company is committed to being a trusted market leading provider of best-in-class communication infrastructure solutions that are truly ‘future proof’. For more information visit www.brand-rex.com

BRX0250

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Brand-Rex Introduces Complete High Density Fibre Solution

Released: September 2009

Global supplier of structured cabling solutions attacks existing cable management headaches with innovations that transform cabinet installation layouts, onsite deployment and on-going system management in data centres and telecoms rooms.

The new solution from Brand-Rex is for use in high fibre density cross-connect environments. Comprising high density frames, cabinets, management panels with integrated fibre cassettes, cables and patch cord management, the High Density Fibre Cabinet (HDFC) Solution has been designed with features that benefit both the end user/operator and the installer/maintainer.

By clearly and logically organising the patching fields, the system reduces the floor space required for managing a high volume of optical connectivity. The front of rack incorporates a manifold arrangement allowing fibre cables to be simply guided into management panels through a series of protective tubes, avoiding the need to access the rear of the cabinet. This installer-friendly, scalable system is further complemented by the design of the fibre panels that utilise cleverly designed swivel and tilt management cassettes.

The new Brand-Rex HDFC accommodates up to 1,824 fibre ports in standard configuration and provides the space required for effective patchcord and cable management. Measuring 900mm x 500mm (45U), the cabinet can be deployed as a standalone unit, or bayed back-to-back, or side-to-side directly against walls, to save on valuable floor space. When bayed back-to-back, the cabinet’s footprint is the same as that of conventional server racks (1000mm deep).

The HDFC also features a number of removable panels and doors at the front, side and rear, which can be closed and locked to secure the equipment. With integrated front and rear vertical finger management, the cabinet can support up to 912 Duplex LC connector ports when used in conjunction with the new fibre management panel with dual fibre cassettes.  

Measuring just ½ U in height, the new fibre cassettes are neatly contained within a 1U panel that is compatible with both 17” and 19? frames and supports LC adaptors. They feature a unique and patent-pending mechanism allowing them to pivot, slide and hinge within the panel. This means that technicians can dress and work on spliced fibres without removing the cassette, and without compromising live lines on adjacent cassettes. What’s more, with all fibre and splice management features fully integrated into a robust, moulded single-piece base, the cassette not only offers the control and reliability of the fixed part, but also the modularity and accessibility of a conventional removable panel.

Lightweight and stylish, the fibre management cassettes are unique in their use of angled adaptors. This design ensures that patchcords are naturally trained towards the fibre management features within the right-hand side of the cabinet – removing the need for additional cable management bars that typically compromise the overall density of traditional units. With a 35mm minimum bend radii observed throughout the fibre management design, the potential for signal loss or degradation is obviated with any fibre type, whilst the clear, hinging cassette lid also allows technicians simply to slide the tray out and look in to ensure that fibre is managed or spliced correctly.

“The Brand-Rex HDFC and fibre management panels have been developed as part of our ultimate solution for management of high-density fibre in the main distribution areas of data centres and telecoms rooms,” said Ken Hodge, R&D Manager, Brand-Rex. “With an open construction for effortless cross patching, the HDFC Cabinet can be easily installed and maintained, while our unique fibre management cassettes guarantee simple, clear and repeatable access.”

 

Photos: can be downloaded here;

http://fs.turtleconsulting.co.uk/PICS/BRX0246%20HDFC%20hinged.JPG

http://fs.turtleconsulting.co.uk/PICS/BRX0246%20HDFC%20Just%20Blade.JPG

 

ABOUT BRAND-REX

Brand-Rex Ltd is a global operation, designing, developing and manufacturing the most sophisticated, high performance copper and fibre cabling systems for communications and extreme environment applications. Headquartered in Scotland, the company is committed to being a trusted market leading provider of best-in-class communication infrastructure solutions that are truly ‘future proof’. For more information visit www.brand-rex.com

 BRX0246

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Siemon’s New XLR8™ Fibre Connector System Cuts Termination Time in Half

Released: August 2009

Innovative XLR8 tool combines both splice activation and mechanical crimp into a single, optimized step for fast, reliable, high performance fibre terminations

Siemon has launched a new XLR8 mechanical splice connector and termination system for fibre optic cabling. The XLR8 system incorporates an exclusive dual-process activation tool which the company claims will dramatically reduce termination time per connector. 

To maximize termination speed and connector performance, Siemon’s XLR8 system has been designed from the ground up to reduce the termination process to an optimized and intuitive single step.  The process combines splicing and crimping and the simplified XLR8 design cuts termination times in half compared to competing systems.  This will enable faster and more efficient delivery of fibre cabling links Siemon says.  The reduction in steps also limits excess operator handling of connections during termination that can negatively impact splice integrity and link performance.

To further enhance connector performance, the entire XLR8 termination process is completed with the connector dust-cap in place, protecting the fibre’s critical end-face polish from contamination or damage.  No other fibre termination method currently available offers this simple, yet highly effective feature.  The connector‘s pre-polished end-face remains untouched and clean from the factory to the time of insertion into the adapter. This optimizes both reliability and mated performance.

The XLR8 tool is universal – capable of terminating either SC or LC interfaces with no time-consuming tooling changeovers required.  Ergonomically optimized for use in handheld or table-top orientation, it ensures full splice and crimp engagement using a locking mechanism that secures the connector in place until the tool is fully cycled.  The tool is available in a complete kit that contains all accessories required for high performance terminations, including a user-friendly fibre cleaver designed to provide clean, precision cleaves on an array of fibre types.

XLR8 LC and SC connectors support the multimode and singlemode versions of Siemon’s 10Gb/s XGLO® and Gigabit-ready LightSystem® solutions and exceed TIA standards for optical performance and fibre retention strength. For more information on Siemon’s XLR8 fibre optic mechanical splice connector system, including termination video and specification sheets, visit http://www.siemon.com/uk/xlr8/ 

Photo: can be found here; http://fs.turtleconsulting.co.uk/PICS/TSC0306%20XLR8.jpg

 

About Siemon

Established in 1903, Siemon™ is an industry leader specialising in the manufacture and innovation of high quality, high-performance network cabling solutions. With global offices and partners throughout the world, Siemon offers the most comprehensive suite of copper (unshielded and shielded twisted-pair) and fibre cabling systems available and is one of only three network cabling infrastructure companies worldwide with true global partnership capabilities. With over 400 active patents specific to structured cabling, Siemon Labs invests heavily in R&D and development of industry standards, underlining the company’s long-term commitment to its customers and the industry.

www.siemon.com/uk

 TSC0306

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Siemon launches network infrastructure site for Middle East

Released: August 2009

Global structured cabling experts Siemon have launched a new website specifically for the Middle East region.

 Available at www.siemon.com/middleeast the site hosts expert technical insight and advice on various subjects across the physical layer – from total cost of ownership of copper cabling systems to cabling choices in the data centre.  A range of white papers and brief video training modules are available for download as well as comprehensive product information on Siemon’s broad range of copper and fibre structured cabling systems.

 The site also offers a number of educational e-books for free download.  These include a real world guide to category 7a cabling, with articles and case studies.

A key feature of the site is the extensive electronic product catalogue which lists all of Siemon’s key systems currently available including category7A/Class FA TERA®, 10G 6A Z-MAX™ F/UTP and UTP, intelligent infrastructure management solutions, 10Gb/s and 1Gb/s fibre optic, System 6® and Premium 5e® as well as Siemon cabling solutions for the data centre.

The catalogue is searchable in system format or by product groups and has a quick view summary to allow the features of differing systems to be easily compared. Part numbers are provided to support a quick ordering process.

Newly launched cabling solutions, such as Siemon’s high performing category 6A Z-MAX system and the high density data centre solution VersaPOD are announced via a dedicated product page that is accessible straight from the homepage and provides a summary of the key product features and benefits at a glance.

Brochures and product specification sheets are available for download and the site is regularly updated with latest product content.

Explaining the reasons behind the new site Graeme Stoker, marketing manager for Siemon EMEA explains: “The Middle East plays an important role within our development plans in EMEA. A dedicated website for the region will strengthen our presence in the Middle East market place, will provide our customers and partners with valuable technical insight, product data and local market information and will support the sales efforts of our recently appointed sales manager in the Middle East, Iyer Sivakumar”.

To view this specific network infrastructure site for the Middle East visit www.siemon.com/middleeast

 

About Siemon

Established in 1903, Siemon™ is an industry leader specialising in the manufacture and innovation of high quality, high-performance network cabling solutions. With global offices and partners throughout the world, Siemon offers the most comprehensive suite of copper (unshielded and shielded twisted-pair) and fibre cabling systems available and is one of only three network cabling infrastructure companies worldwide with true global partnership capabilities. With over 400 active patents specific to structured cabling, Siemon Labs invests heavily in R&D and development of industry standards, underlining the company’s long-term commitment to its customers and the industry.

www.siemon.com/uk

 TSC0348

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MicroBlo cables and Protected MicroDucts enhance Brand-Rex air blown fibre range

Released: August 2009

Brand-Rex has announced significant extensions to its range of MicroBlo™ optical fibre MicroCables and Protected MicroDucts, giving customers a comprehensive choice of Microduct cabling catering for a wider range of optical network applications.

A number of new air blown fibre optic MicroCables are being introduced into the MicroBloTM range: 96 fibre MicroBlo and  2-12 fibre MicroBlo. The 96f MicroCables are suitable for metro, access or campus network use, providing eight loose tubes of 12 fibres each in a fully water blocked design.  The water blocked construction designed for the smaller fibre count 2 to 12f MicroBlo cables is ideal for use in shorter distance applications, a typical one being the final connection for fibre to the home (FTTx) networks. The expanded cable range complements the 24f and 48f solutions in addition to 72f MicroCables, which have proved popular with Brand-Rex customers.

To facilitate installation of the MicroCables in a wider range of environments, Brand-Rex has extended the range of Protected MicroDucts from the current metallic direct install solution to include three new product sets: MicroDucts for direct burial, non metallic direct install, and Low Smoke Halogen Free. The Protected MicroDucts are available in single, 2, 4, 7, 12, 19 and 24 way versions.

This gives network designers greater flexibility in planning for short distance urban or long distance remote rural locations. The air blown MicroCable can now be taken from outside routes into a termination point anywhere inside a building.

Brand-Rex’s air blown MicroDuct cabling solutions have several advantages over conventional cabling systems. They build great flexibility into a network, since they can be populated when needed, leaving spare capacity for future growth. Fibre is purchased and installed only when required, which reduces the initial capital expenditure by eliminating the need to install dark fibre.

Also, an air blown fibre cabling infrastructure can be easily expanded and upgraded with minimum disruption to the current network. Different types of fibre can be added as required, allowing customers to keep up to date with their latest network requirements. The MicroDuct Infrastructure can be amended, re-routed and new destinations added with minimal disruption and without fusion splicing optical fibre, which optimises the power budget.

Security is enhanced, thanks to the ability to provide diverse routings to desired locations. Finally, a comprehensive microduct connectivity and accessory range helps to provide simple repair solutions that can be cost effective and quick when compared to traditional methods.

Photo: can be found here:   http://fs.turtleconsulting.co.uk/PICS/BRX0231%2096Fibre%20MicroBlo.JPG

ABOUT BRAND-REX

Brand-Rex Ltd is a global operation, designing, developing and manufacturing the most sophisticated, high performance copper and fibre cabling systems for communications and extreme environment applications. Headquartered in Scotland, the company is committed to being a trusted market leading provider of best-in-class communication infrastructure solutions that are truly ‘future proof’. For more information visit www.brand-rex.com

 BRX0231

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Robert Budd to focus on the ‘Finance Market’ for Siemon

Released: August 2009

Siemon, the network infrastructure specialist, has announced the appointment of Robert Budd as finance market manager for EMEA.

Robert will be based in the City of London, but his new role forms part of Siemon’s global financial support network, which gives major institutions a co-ordinated source for expertise in the networking infrastructure.  The company’s financial focus includes specialists in EMEA, Asia and the Americas which bring together world-leading technical assistance and a dedicated delivery channel.  Robert has been promoted from within Siemon and previously held the role of global accounts manager.

“Finance organisations are profound users of information technology. Speed, security, capacity and reliability of an IT network are crucial to operating the business successfully,” explained Siemon’s managing director, Steven Foster.  “We want to underline our ongoing commitment to serving the finance market to support recovery and growth.  Robert joins a highly skilled team that ensure our efforts are perfectly aligned to the needs of financial institutions around the world.”

Robert has extensive knowledge of the telecommunications industry which he has been a part of since 1992. Prior to joining Siemon, he worked for Comtec – a managed services provider and distributor of telecom, datacom and CATV products, where he headed up the Public Network/Managed Services Business Division for 10 years.

Commenting on his new role Robert said, “I am looking forward to promoting Siemon’s high performance cabling solutions into the finance market. We have recently launched a number of ground-breaking products that could give technical and density advantages to finance institutions in particular: The new intelligent infrastructure management solution (IIM) MapIT G2, for example, is perfectly positioned to address security concerns which are high on every IT manager’s agenda, due to the sensitivity of data and regulatory compliance mandates.”

Siemon claims that its portfolio of network cabling is specifically designed to address the needs of financial institutions. The company’s category 6A Z-MAX and category 7A/TERA copper cabling systems are the highest performing on the market, capable of supporting today’s applications and those that will be demanded over the next 10 to15 years. 

Utilizing Siemon’s cutting edge systems, Robert Budd plans to continue to deliver tangible customer benefits in form of network ROI and performance and in doing so provide global finance end users with ‘real’ advantage.

When not engaged in the world of financial IT, Robert enjoys a busy family life with his wife and children.  His passions include rugby and cricket and as a committed father, he likes to spend his spare time getting involved with his children’s interests and activities.

 

Photo: can be found here; http://fs.turtleconsulting.co.uk/PICS/TSC0342_Robert_Budd.JPG  

 

About Siemon

Established in 1903, Siemon™ is an industry leader specialising in the manufacture and innovation of high quality, high-performance network cabling solutions. With global offices and partners throughout the world, Siemon offers the most comprehensive suite of copper (unshielded and shielded twisted-pair) and fibre cabling systems available and is one of only three network cabling infrastructure companies worldwide with true global partnership capabilities. With over 400 active patents specific to structured cabling, Siemon Labs invests heavily in R&D and development of industry standards, underlining the company’s long-term commitment to its customers and the industry.

www.siemon.com/uk

TSC0342

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Brand-Rex geared for 10GBASE-T at Telecoms 09

Released:  August 2009

With 10GBASE-T deployment poised to spread from the data centre into the wider office environment, Brand-Rex will be presenting its latest advances in fibre and copper connectivity at Telecoms 09 – Europe’s leading network infrastructure event being held September 23-24 at London’s Olympia 2.

2009 is the year of 10Gbps technologies. Global structured cabling systems and services specialist Brand-Rex will be demonstrating how its solutions have been developed from the ground up to meet today’s key 10Gbps connectivity challenges across the premises – from data centres and telecoms rooms, through horizontal wiring, to the desk, and out to the network edge (fibre to the building).

The company will be showcasing its unique fibre cabling management system that transforms cabinet installation layouts, deployment and on-going management in high-density environments such as data centres.

 Comprising frames, cabinet, cable/patchcord management and sophisticated fibre management panels, it features clearly and logically organised patching frames to reduce the floor space required, and a front-of-rack manifold arrangement allowing fibre cables to be guided into management panels via a series of protective tubes – without the need to access the rear of the panel.

The fibre panels use two easy access swivel and tilt management trays facilitating integrated fibre and splice management, while the fibre trays measure just ½ U in height and employ a patent-pending mechanism allowing them to pivot, slide and hinge within the 1U panel.

Other Brand-Rex innovations on show at Telecoms 09 include the 96-way FibrePlus Patch Panel, which allows for up to 96 connections per 1U, and the Cat6Plus ½U patch panel, delivering high port density while maximising airflow in the smallest possible space. Also present will be the company’s 10GPlus Zone cable.

Smaller and 30% lighter than conventional cables, 10GPlus Zone has been shown to improve airflow throughout the data centre by creating more room in server cabinets and under-floor cabling trays. Enabling high bandwidth performance in horizontal wiring, data centres and storage area networks (SANs),  the 10GPlus Zone cable provides an easier to install and all-round more flexible solution to 10GBASE-T cabling. It combines an industry-leading level of transmission performance with a screening technology that reduces alien crosstalk and  enhances the electromagnetic interference (EMI) performance beyond that of unscreened cabling solutions.

“Organisations are now faced with three key challenges in their data centres and telecoms rooms – those of ensuring optimum performance, ease of management and energy efficiency in high-density connectivity environments,” says Ken Hodge, R&D Manager at Brand-Rex.

“Every square metre counts, meaning cabling infrastructure must be deployed in the smallest possible footprint to create the space for loading switches, servers and storage equipment, while the system must be easy to administer and maintain. But 10Gbps is no longer limited to the data centre, and the innovations we are exhibiting at Telecoms 09 have been designed from the ground up, and in direct response to customer requirements, for new approaches to structured cabling that deliver ease of  management, operational efficiencies and 10GBASE-T performance throughout the premises.”

Ken Hodge will be presenting on day two of the event to address the topic of 10Gbps technologies, exploring the fibre optic and copper connectivity options, and reporting on a practical investigation of the limits of the performance envelope of each. “10GBASE-T has been with us since 2006, but transceiver products have only just been brought to market and are now competing for space against established twinax and fibre optic solutions.  If you install Cat6 ClassE UTP cabling in the premises today, it may or may not support the 10Gbps devices of tomorrow. However, Cat6A ClassEA products will ensure, without doubt,  that you are prepared for the imminent arrival of 10Gbps within the general office.”

 

Photo: can be downloaded here;

http://fs.turtleconsulting.co.uk/PICS/BRX0243Telecoms09_HDFC_hinged_LD3.JPG

 

ABOUT BRAND-REX

Brand-Rex Ltd is a global operation, designing, developing and manufacturing the most sophisticated, high performance copper and fibre cabling systems for communications and extreme environment applications. Headquartered in Scotland, the company is committed to being a trusted market leading provider of best-in-class communication infrastructure solutions that are truly ‘future proof’. For more information visit www.brand-rex.com

 BRX0243

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The importance of good public relations in a recession.

The world economy is in recession: and most industry has been forced to take stock and tighten its belt.  So why not join the tide of lemmings and commit corporate suicide by making your company invisible too?

When hard times hit and the industry is fighting for fewer customers with smaller orders, advertising and PR budgets are often slashed first in the fallout.  Of course it doesn’t make sense, but that’s the knee jerk reaction of every accountant and 90 percent of MDs.

You can see their point – especially when they’ve just announced 12,000 redundancies – they’ve got to claw in every bit of expenditure they can.  But by reducing visibility, businesses are making hard times even harder for an increasingly pressured frontline sales force.

But can you as sales and marketing specialists ensure our customers and prospects continue to be reminded we’re still in business, still winning contracts and launching new products – and yet still deliver major cost savings to the board?

The answer is not to simply stop everything.  Nor is it to drastically scale back.  Instead look at your marcomms afresh and plan from first principles based on a smaller budget – you get a very different solution.

Do this and you’ll discover advertising becomes an expensive optional extra  – unless you use direct response successfully for lead generation.  Direct marketing is the best lead generator for most of us so you will need to keep this.

The one element that becomes crucial to keeping your presence alive is B2B media relations.  Per square inch of coverage it can be from 400 to 1200 percent as productive as advertising.

As one of our clients kindly said: “By cutting back on advertising whilst spending more on PR we’ve successfully increased our market visibility within a significantly reduced overall budget.”

Or you can cut everything and give your competitors a helping hand!

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Why do MOST small businesses fail?

What is a small business?

A good definition would be … less than 20 employees for non-manufacturing industries, and less than 100 employees for manufacturing industries.

Key features of small business

  • Independent from outside control
  • Smallness compared with other firms in their industry which inevitably means that many have major resource problems at two critical points – in the first few months (and even the first year or so) after start-up, and as they start to grow at more than a casual rate.
  • Owner managed whereas larger organisations are managed by professional executives who are salaried employees.

Typical small business profile

People

  • A close and loyal work team
  • Low employee turnover
  • Education, experience and skills: practical but narrow
  • Lack of specialist employees
  • Lack of promotable staff
  • Age and health of owner(s)

Management

  • Owner managed
  • Strong desire for independence
  • Centralised power and control
  • Leadership: personal but task oriented
  • Owner idiosyncrasies
  • Intrusion of family interests
  • Reluctance to take risks
  • Informal and inadequate planning and control
  • Decision making: more intuitive than rational
  • Responses:  reactive rather than innovative
  • Major resource problems during first few month
  • Major resource problems during growth

Operations

  • Labour intensive work
  • Limited process and product technology
  • Multifunctional work and management roles

Market

  • Narrow product/service range
  • Product dedicating rather than customer orientation
  • Limited market share and heavy reliance on few customers
  • Lack of control over environment

Finance

  • Limited ability to obtain funds


Small businesses fail in early years

Alan Williams study of 41 000 new firms between 1973 and 1994 (22 years) 26 564 (64.5%) sample firms failed.  Of the firms that failed just over 10 percent qualified as long term survivors.

 The first two years are the most dangerous with nearly half failing.  In the first two years poor management takes its toll. Many new owner/managers have made the wrong decision.  However as small firms survive each year generally their ability to survive the following year improves.

The number of early failures is increasing

There is no reason given for this increase.  It may be due to factors such as changing economic situation and the fact that more people are being made redundant and are going into business without the appropriate management skills.  Interestingly total failure rate of about 70 percent has remained fairly steady over the 20 year period.

Non-financial reasons for failure

According to Alan Williams’s studies nearly 15 percent (approximately 6,000) close down for “non-financial” reasons.

How many businesses fail?

Estimated about 40,000 small firms fall in Australia each year.

Our failure rate is close to 4 percent of the small and medium sized business population with estimated average loss of over $115,000.  Loss to economy of about $45 billion per year.

Financial problems of some kind are the direct cause of the great majority of most business closures, and also contribute to personal problems that interact with other problems areas (such as family/marital discord and poor health) and hence lead indirectly to decisions to close down.

Reported reasons for business failures

Study revealed:

  1. Lack of business/management experience skill and ability 62.3%
  2. Inadequate records 56.2%
  3. Inadequate sales 47.7%
  4. Inflation and inability to operate with fluctuating costs and prices 39.3%
  5. Union interference and problems 28.7%
  6. Excessive private drawings 24.4%
  7. Under capitalisation (especially at start up) 23.4%
  8. Overuse of credit (slow collections and bad debts) 21.6%
  9. Inventory problems (slow stock turnover, dead stock, poor records) 20.8%
  10. Inability to use/understand financial reports and statements 18.0%
  11. Rapid rate of technology change (affecting product knowledge, skill requirements,
  12. staff training, work quality, customer expectation, etc) 17.7%
  13. Failure to seek and use external advice 17.6%
  14. Lack of financial planning (no budgets, inadequate cash reserves, tax payment problems, etc) 17.5%
  15. Industry-wide downturns 14.9%
  16. Problems with staff supervision, motivation and productivity 13.5%
  17. Inability to get and keep good staff 11.9%

Major reasons for failure

Major reasons for failure of small enterprises in Australia, in order:

  1. Poor financial management and liquidity (cash flow) problems
  2. Overall management inexperience and incompetence
  3. Sales and marketing problems
  4. Problems coping with inflation, recession, and other economic conditions external to the firm
  5. Poor or non-existent books and records
  6. Staffing difficulties
  7. Difficulties with unions
  8. Failure a to seek and use expert advice

Conclusions

Management capability

An inability to manage a business is by far the most significant underlying reason for at least 95 percent of all small business failures.

Failure can be prevented

Virtually all the reasons are controllable, preventable or avoidable.

The next step:

Contact Turtle Consulting Group for advice and help phil.turtle@turtleconsulting.com

Read widely on management related subjects. You can find all the relevant books at www.managementbooks.co.uk

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Lynd Morley RIP

It was with very great sorrow that we heard yesterday of the death of Journalist and Editor Lynd Morley. In recent years, Lynd had been a recent contact of several of the Turtle PR team as Editor at European Communications Magazine. Lynd was a highly professional journalist and Editor and her untimely death brings a very sad loss to the telecoms industry. Rest in Peace.
Phil Turtle

Very sad to hear this. I met Lynd a couple of times back in the 1980s/early 1990s  - a very pleasant lady.  I worked with her remotely on a great number of articles and she was a pleasure to deal with.
Steve Gold

I am extremely sorry to hear of Lynn’s demise; she was always extremely fair and businesslike in her dealings with me at BT and Turtle Consulting.
Andy Emmerson

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Newham Council equips head office with Siemon category 6A cabling system

Released: August 2009

Newham Council is installing a high-speed network based on Siemon’s industry-leading category 6A F/UTP (shielded) cabling system at its new head office in Royal Docks, London.  Building 1000, off Royal Albert Way, now houses the borough’s Mayor and more than 2,000 key Council staff as part of its drive to embrace new ways of working and realise cost efficiencies.

A pilot network was the first element to be established by 2e2, the systems integrator installing the new platform, with Siemon supplying almost 200 kilometres of its category 6A shielded cabling. The latter delivers 10GBASE-T operation and is fully compliant with the category 6A standard ratified last year. Now in its third and final phase of installation, the network will provide 10 Gigabits per second (Gbps) connectivity to 5,600 outlets, and support business-critical applications including video conferencing, media streaming and IP Telephony.

The Council’s back-office staff were previously dispersed across 24 buildings around the borough, many of which were old and expensive to maintain, so the commercial development at Royal Docks was chosen to provide the opportunity to consolidate resources and improve efficiencies. As a greenfield site, Building 1000 called for deployment of a leading-edge network to meet the Council’s requirement for a modern and flexible working environment. Following a competitive tender last year, Newham Council selected integrated solutions provider, 2e2, for delivery of a high-speed infrastructure that could interface with the Council’s borough-wide optical fibre backbone and ensure the level of performance needed to support current and future business-critical applications.

 “With the 2012 Olympics fast approaching, it is imperative that we have the latest technology at our disposal to meet the challenges of improving front-line services to the people of Newham while preparing to host an event of this magnitude,” says Duncan Mackie at Newham Council. “Although the relocation of staff meant a major investment, we have already identified substantial budget savings and the move to a single site equipped with a state-of-the-art and future-proof network provides even greater scope for savings via the sharing of facilities and central management of resources.”

Under a phased implementation, 2e2 is rolling out a core network based on Siemon’s shielded category 6A cabling and a Cisco switching and IP Telephony platform. To enable support for applications such as voicemail to email conversion, the Council is migrating to Microsoft Exchange and Office Communications Server (OCS) 2007, while the network also supports video conferencing and multi-casting systems for real-time collaboration and the live broadcast of the Council’s ‘Newham Today’ internal bulletins (and other programmes) to staff.

“Siemon’s category 6A shielded system delivers lightning-speed connectivity and forms the backbone of Building 1000 from an IT perspective. By installing a fast, efficient and reliable cabling infrastructure, we can ensure that the multitude of advanced IP-based applications being provisioned will operate in exactly the same fashion,” says Gunn Hultin, Project Manager at 2e2. “From the very beginning, Siemon understood our vision for the Council’s network and was the only cabling provider able to meet the complex specification while offering the flexibility to deliver the volumes of cabling we required over the duration of the project.”

As well as allowing Newham Council to exploit its dark fibre throughout the borough, the new network will help it to move forward with other projects. For example, there are plans to implement remote working facilities for staff, as well as remote monitoring devices throughout the network for enhanced management. 2e2 is already providing 24/7 monitoring, maintenance and support, while a dual spur from Newham Council’s fibre backbone ensures resilience.

“In the current economic climate, the onus is on organisations to drive efficiencies and reduce overheads by using the best technology available. Shielded systems offer numerous advantages over unshielded cabling once you move to 10Gbps, and Siemon’s shielded category 6A solution delivers a resilient high-speed infrastructure that is standards’ compliant, flexible and future proof,” adds Graeme Stoker, marketing manager EMEA, Siemon.

Photo: can be found here; http://fs.turtleconsulting.co.uk/PICS/TSC0319%20Newham.jpg

 

About Siemon

Established in 1903, Siemon™ is an industry leader specialising in the manufacture and innovation of high quality, high-performance network cabling solutions. With global offices and partners throughout the world, Siemon offers the most comprehensive suite of copper (unshielded and shielded twisted-pair) and fibre cabling systems available and is one of only three network cabling infrastructure companies worldwide with true global partnership capabilities. With over 400 active patents specific to structured cabling, Siemon Labs invests heavily in R&D and development of industry standards, underlining the company’s long-term commitment to its customers and the industry.

www.siemon.com/uk

TSC0319

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Siemon launches new Z-MAX patch cords with PCB-based Smart Plug technology

Release: July 2009

Siemon has launched a new range of category 6A patch cords as part of its ground-breaking Z-MAX™ system.  The Z-MAX cords feature an exclusive RJ-45 Smart-Plug design which integrates a precisely performance tuned PCB into every plug.  This provides best-in-class category 6A performance margins for both the available UTP and shielded configurations.

The Smart Plug’s integrated PCB, normally found only in outlets, provides enhanced signal tuning capabilities, allowing the cord’s transmission parameters to be perfectly matched to the Z-MAX outlet.  This patent-pending technology enables the highest guaranteed category 6A performance margins in the industry when utilized as part of an end-to-end Z-MAX 6A cabling system.

The Z-MAX cord’s PCB-based design also enables its unique, high-performance Zero-Cross™ termination method.   This Zero-Cross termination eliminates the split pair, pair-crossing and pair untwisting responsible for increased signal noise and performance degradation common in non-PCB RJ-45 plugs.

In traditional plugs, cable pairs are untwisted and inserted from the rear of the plug into internal channels until they are fully seated at the front of the plug and then crimped using a termination tool. This untwisting of cable pairs over the length of the plug is not necessary with Siemon’s new Z-Max Smart Plug.  Instead, cable conductors are terminated to IDC contacts at the rear of the plug to maintain pair twist to the point of contact. Circuit board traces connect the rear contacts to the front contacts. Front contacts are press-fit into the PCB in the factory, eliminating height variability caused by traditional plug crimping. Inconsistent plug contact height can result in varying normal force between mated outlet contacts and degraded performance.

Standards compliant and fully backwards compatible with any standards-based RJ-45 outlet, Z-MAX category 6A cords are available as both double-ended stranded patch cords and single and double-ended solid cords in both UTP and shielded constructions.  Stranded UTP patch cords feature dual jacket cable construction for excellent alien crosstalk performance and improved bend radius and flexibility.  Stranded shielded patch cords utilize high-quality stranded cable for optimal transmission performance and noise resistance.

All Z-MAX cords feature a low profile boot design which optimizes side-stackability of patch cords and enables usage in even the highest density patching environments.  A cantilevered latch design further enhances the cord’s high density accessibility by allowing latch activation from further back on the boot.  Removable colored clips allow simple, high-visibility colour coding even when cords are connected.

In addition to the exclusive Smart-Plug enabled cords, Siemon’s Z-MAX end-to-end category 6A/class EA network cabling solution includes the Z-MAX outlet, which offers best-in-class termination times of less than 60 seconds for both UTP and shielded varieties; high-density modular patch panels offering up to 48 ports in just 1U; and high performance category 6A UTP and F/UTP cable.

To receive more information about Siemon’s end-to-end category 6A Z-MAX system, and to access Z-MAX resources including: webinars, whitepapers, detailed specifications, termination videos and more, visit www.siemon.com/uk/zmax .

Photo: can be found here; http://fs.turtleconsulting.co.uk/PICS/TSC0340_ZMax_cords.jpg

About Siemon

Established in 1903, Siemon™ is an industry leader specialising in the manufacture and innovation of high quality, high-performance network cabling solutions. With global offices and partners throughout the world, Siemon offers the most comprehensive suite of copper (unshielded and shielded twisted-pair) and fibre cabling systems available and is one of only three network cabling infrastructure companies worldwide with true global partnership capabilities. With over 400 active patents specific to structured cabling, Siemon Labs invests heavily in R&D and development of industry standards, underlining the company’s long-term commitment to its customers and the industry.

www.siemon.com/uk

TSC0340

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Siemon’s One Minute Wonder

Released: July 2009

Online video shows Z-MAX 6A network cabling outlet terminated in under 60 seconds.

Siemon, the network infrastructure specialist, has launched a brief online video demonstrating their innovative Z-MAX™ 6A outlet termination process – the fastest category 6A termination in the cabling industry.

The new video shows the entire termination of a Z-MAX 6A outlet in real time – including twisted-pair cable preparation, conductor lacing and actual termination with the one-step Z-TOOL™ , proving that the process can be completed in just under one minute.   Both category 6A UTP and shielded configurations achieve this sub-60 termination benchmark.

In addition to the user-friendly, fast and reliable termination process, the Z-MAX 6A system offers best-in-class performance margin across all critical cabling performance parameters, meeting or exceeding all standards requirements for category 6A and for support of 10GBASE-T.

Graeme Stoker, marketing manager for Siemon EMEA explains the purpose of the video: “The Z-MAX termination process is both radically innovative and simply intuitive – that can be a tough point to get across. Short of actually terminating an outlet, there is no better way to show cabling and IT network professionals how fast and user-friendly the Z-MAX termination process actually is – it is a like a 60 second training module.” 

“Moreover, 60 seconds is considerably faster than termination times for other category 6A solutions on the market, so much so that some may assume a level of marketing hype. This real time video eliminates any doubt.”

The real time video can be downloaded from the Z-MAX section on the Siemon website http://www.siemon.com/uk/zmax/

For greater technical insight, Siemon has also created a detailed, step-by-step Z-MAX instructional video: http://www.siemon.com/uk/zmax/zmax_termination-process.asp

 

About Siemon

Established in 1903, Siemon™ is an industry leader specialising in the manufacture and innovation of high quality, high-performance network cabling solutions. With global offices and partners throughout the world, Siemon offers the most comprehensive suite of copper (unshielded and shielded twisted-pair) and fibre cabling systems available and is one of only three network cabling infrastructure companies worldwide with true global partnership capabilities. With over 400 active patents specific to structured cabling, Siemon Labs invests heavily in R&D and development of industry standards, underlining the company’s long-term commitment to its customers and the industry.

www.siemon.com/uk

TSC0333

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ADC KRONE 32-Port Angled Patch Panel Provides “Managed-Density” Solution In Data Centres

Released: July 2009

ADC KRONE (NASDAQ: ADCT; www.adckrone.com) announced today the newest addition to its portfolio of patch panels, the ADC KRONE 32-port TrueNet® angled patch panel for both Category 6 and Category 6A cabling, that provides a solution for managed density issues in today’s data centres.  Designed to optimize cable management, the new high density V-Panel reduces installation time up to two hours per panel and maximises available floor space.

ADC KRONE’s TrueNet angled patch panel enables the optimum number of patch cords to flow more naturally into the vertical field of a frame or cabinet. This reduces the need for horizontal cable managers which can occupy valuable space within an enclosure. This product also provides easy connector access while reducing cable strain and offering bend radius protection.

“Increasing capacity and network applications create new challenges for both the planners who design and the operations staff who maintain the network,” said Andrew Roberts, ADC KRONE’s product manager. “A managed density approach that takes a long-term view of data centre design is important to ensuring maximum density and growth without disrupting operations. The 32-port angled patch panel offers high density within the panel, whilst supporting the principles of managed density.

“Although greater density can be achieved in 1U – and ADC KRONE provides panels with up to 48 ports – we feel that 32 ports in an angled presentation delivers the optimum density our customers need whilst maximising manageability in terms of moves, adds and changes (MACs),” said Roberts. “In addition, the new TrueNet panel’s support for Category 6 and 6A gives customers the widest possible choice of solutions, with the capacity to provide from 1GBASE-T up to 10GBASE-T over copper to a distance of up to 100m.”

Other features include twin layer labelling, providing individual port identification and a recessed front fascia which significantly improve clearance when the panels are installed in cabinets with doors.

The new panel is covered by ADC KRONE’s unique TrueNet end-to-end, zero bit error system warranty, which applies to all elements of the physical layer and guarantees there will be no bit errors as a result of the cabling infrastructure for 20 years.

All ADC KRONE products are independently tested and conform to all relevant industry standards at link and channel levels, and more importantly, unlike many competing systems, also at the essential component level, ensuring 100% reliability.

Learn more at www.adckrone.com/en/truenet

 

About ADC KRONE

ADC serves its customers as ADC KRONE in the Europe/Middle East/Africa, Asia-Pacific regions of the world. ADC KRONE provides the network infrastructure equipment and services needed to deliver voice, video, Internet and data communications around the world. Wireline, wireless, cable, enterprise, and broadcast network operators rely on ADC offerings to deliver bandwidth intensive, high-speed services to residential, business and mobile subscribers. ADC (NASDAQ: ADCT) has sales into more than 130 countries. Learn more about ADC KRONE at www.adckrone.com

 AK1438

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Siemon introduces MapIT G2

Released: July 2009

Next-generation intelligent infrastructure for physical layer network management

April 2009 – Network cabling experts Siemon have launched MapIT G2; a high density next generation intelligent infrastructure management (IIM) system that can monitor up to 2880 ports in a single rack space.  MapIT G2 offers best-in-class user interfaces, 80 per cent higher density and a 75 per cent reduction in power consumption versus competing systems. 

MapIT G2 integrates a powerful combination of innovative Smart Patch Panels, user-friendly Master Control Panels and MapIT software to provide real-time tracking and reporting of network-wide physical layer activity.

Designed with a higher degree of intelligence, MapIT G2 patch panels and fibre enclosures feature an onboard LCD screen that provides connection status, diagnostics and dynamic label information. The LCD display provides more detailed instructions to technicians versus simple LEDs or traditional non-intelligent panels.  The ability to monitor and display copper and fibre patching fields in real time and perform diagnostics through this onboard interface reduces troubleshooting time and speeds the completion of work orders.

The MapIT G2 Master Control Panel (MCP) collects all network infrastructure data provided by the Smart Patch Panels and fibre enclosures, monitoring up to 2880 ports in just 1 rack mount space (U). The MCP features an integrated LCD display and keypad, which provide technicians access to key network architecture and diagnostic information.  By providing this interface locally within the patching zone, the MCP virtually eliminates the need for technicians to carry PDAs or directly access the MapIT software server.   The MCP interface allows full end-to-end graphic circuit traces for any channel in the system and can perform extensive diagnostic tasks on any component or port.

The combination of MapIT G2 patching and MCP enables 80 per cent higher density than competing systems, providing a huge reduction in the amount of critical and expensive data centre rack/cabinet and floor space.  For example, common IIM systems can require up to 60U of equipment to manage 20,000 ports. MapIT G2 can manage the same 20,000 ports in just 7U.

In addition to improved density, MapIT G2 dramatically reduces power consumption, using 75 per cent less power than other IIM systems for a real  “green” advantage.  This lower power consumption reduces heat generation and energy consumed by thermal management systems, a significant benefit to data centre managers looking to reduce operating costs. Available in category 6A (Class EA)  F/UTP, UTP and category 6 (Class E) UTP as well as singlemode and multimode 10Gb/s optical fibre, the MapIT G2 system is fully scalable.  It can handle networks from 24 ports to 65,000 ports in a single patching field, making it equally effective managing a massive data centre or a widespread network of small remote sites.

 

About Siemon

Established in 1903, Siemon™ is an industry leader specialising in the manufacture and innovation of high quality, high-performance network cabling solutions. With global offices and partners throughout the world, Siemon offers the most comprehensive suite of copper (unshielded and shielded twisted-pair) and fibre cabling systems available and is one of only three network cabling infrastructure companies worldwide with true global partnership capabilities. With over 400 active patents specific to structured cabling, Siemon Labs invests heavily in R&D and development of industry standards, underlining the company’s long-term commitment to its customers and the industry.

www.siemon.co.uk

TSC0309

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Brand-Rex 96 Way FibrePlus Patch Panel Provides Superior Fibre Management

Released: July 2009

Designed with an emphasis on useability and accessibility, the Brand-Rex 96 Way FibrePlus Patch Panel allows for up to 96 connections per 1U, making this patch panel a market-leading solution ideally suited to high-density deployments in telecoms rooms and data centres.

Brand-Rex, a global provider of premium structured cabling systems and services, has announced the availability of its 96 Way LC Multimode or Single Mode FibrePlus Patch Panel. Designed for use in small, corporate and Internet data centres, as well as conventional backbone cabling installations, the new patch panel is ideal for data network applications where rack space is at a premium. Intended for use with 2 x 48 or 4 x 24 fibre cables, other cable type or configurations can also be accommodated by Brand Rex.

Manufactured from high-quality, powder-coated black mild steel (RAL 9005), the patch panel incorporates 24, 4 way quality fibre adaptors and integral fibre management, cable glands are available as accessories.

“The Brand-Rex 96 Way FibrePlus Patch Panel offers a superior solution for management of single mode or multi mode fibre in data centres and telecoms rooms. This unrivalled product is designed with an emphasis on useability and accessibility, with an exceptional fibre count, making it ideally suited to high-density applications,” states Ken Hodge, R&D Manager at Brand-Rex. “Packaged with pre-installed LC adaptors and accessories as standard, the patch panel’s shallow depth allows installation in most conventional racks and wall-mounted enclosures. It is also compatible with Brand Rex’s innovative Blolite air-blown fibre, as well as conventional fibre loose tube cables.”

Meanwhile, the sliding tray features quick release fastenings, ensuring easy access for installers and engineers. The front panel includes a port identification strip, while adjustable mounting brackets at the side allow for a minimum depth of 237mm. In addition, the rear panel features a standard gland hole configuration.

“Flexibility and ease of management are at the core of Brand-Rex development and our latest 96 Way FibrePlus Patch Panel reflects our focus on meeting customer’ requirements. It is suitable for use with approved Brand–Rex Patch FO cords, panels and cable management products, is easy to install and manage, and offers a robust mounting design,” Hodge concludes.

Photo: can be downloaded here;

http://fs.turtleconsulting.co.uk/PICS/BRX0221Fibre%20Panel.JPG

 

ABOUT BRAND-REX

Brand-Rex Ltd is a global operation, designing, developing and manufacturing the most sophisticated, high performance copper and fibre cabling systems for communications and extreme environment applications. Headquartered in Scotland, the company is committed to being a trusted market leading provider of best-in-class communication infrastructure solutions that are truly ‘future proof’. For more information visit www.brand-rex.com

BRX0221

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10G a decade on

Released: July 2009 

The early adopter’s smile

Graeme Stoker of Siemon reviews the 10G choices made by the early adopter’s of a decade ago and explains why he thinks they have a good reason to smile.

 Many Happy Returns!  Of course in our industry a ‘return’ has a number of meanings.  ‘return loss’ springs to mind, as does a ‘return to site’, but in the current economic climate, a ‘return on investment’ seems more appropriate. 

One thing’s for sure, right now the average IT network manager and end user will surely be focusing on this area more than ever before, as they come under increasing pressure to justify their IT investment decisions to the financial director or CEO.  Should the money go into new software? Or new network cabling?  New switches, or a new fibre link?  What’s the most important element of IT right now and how can the network manager justify their spending decisions?

With this in mind, installers and network cabling manufacturers will need to be armed and ready to answer the call for increased Return on Investment (ROI) from network cabling solutions and be prepared to state a strong case for one cabling technology over another. 

It’s worth looking back to see how the decisions made by the early adopters of 10G have turned out in terms of ROI: For some UK businesses, the investment decisions made nearly a decade ago continue to pay dividends today, and better still, they look pretty good for the next 15 years to come.  In 2002, the category 7 Class F standard was ratified and a select number of manufacturers began marketing their connector interfaces – in fact some solutions were available from as early as 1999. 

At that time, the performance of these ‘next generation’ cabling systems was truly ground breaking, especially knowing that most of the UK market was still trying to grasp the reality of category 5e cabling, not to mention the birth of category 6 that was just round the corner.  But, as with most product innovation, it’s the early adopters that stepped forward to critique and scrutinize this new cabling technology.  

“Is there an application for it?”, “Is it ratified?”, “How easy is it to install?”, “How does it perform?”, “What can I run over it?”, “What are the benefits to my business today and tomorrow?” were all good questions.  True product innovators and technology pioneers absolutely love these challenges, as they provide the platform for demonstrating technical competence, proving product performance, applying it to real world requirements, predicting future trends and above all meeting, if not exceeding, client expectations. This is where true product/service differentiation and meaningful ‘value add’ becomes a reality.   

The category 7 end clients of 10 years ago would today still be covered by a solid system application assurance warranty from the manufacturer and would be capable of migrating towards 10Gig Ethernet as and when deemed necessary.  Knowing that 10Gig networks (both category 7 and 6a) are being sold and installed today to last at least 10 years, the early adopters of category 7 technology back in 1999 or even 2002 are sitting pretty, confidently knowing their network is actually going to be running applications some 20+ years after the original installation date.  In a world where the future seems so uncertain, this must feel like the cleverest of investment decisions.

Consider this ROI argument from alternative product perspective:  When you purchase a good quality punch-down or cable prep tool you do so on the assumption it will perform long term and that your initial £20 will in fact be repaid over the years to come.  I have seen this logic born out countless times in visits to installers in the field, seeing them working with tools that have been used for many, many years – and still operating as well as they did on the day of purchase.  

We can apply this concept to network cabling investment and end user ROI, if we look at the annualized cost per network outlet over the total cabling life cycle.  We quickly see why these early adopters remain so smug with installed channel costs falling even below today’s installed category 5e prices.  Obviously category 7/7a and 6a networks will cost more on day one, but if the initial installation cost is spread over 10, 15 or 20 years, the cost per outlet becomes very attractive.  In the current economic circumstances, when IT network managers need to spend wisely, ROI and network life cycle must be a bigger consideration than ever before.

The good thing is that the process by which those early adopters made their choices hasn’t changed much in a decade.  They continue to measure and compare quality, service, performance and value.

For those who want to embrace future-facing technology like the early adopter but need help to find an extra value argument for this year’s budget, cable sharing is a compelling migration path.  Category 7/7a can be installed to run several low bandwidth applications now with the future option to employ it for fewer hungrier applications – without re-cabling.  Because each pair is individually shielded, it is possible to carry multiple media types through the same cable. This solution offers significant bandwidth flexibility; for example, four pair 10G Gigabit Ethernet, or two pair 10/100 Ethernet or single pair, voice or video applications to the desk. It’s the perfect ‘cake and eat it’ scenario in ROI terms.

Longer product life cycles and intelligent migration paths that increase network ROI are the types of messages that the average network manager needs to know and apply in order to justify his or her slice of the IT budget pie.   As we experience challenging economic times and an ever changing competitive landscape, the companies that can best demonstrate tangible end user and installer benefits derived from their network cabling solutions, are clearly more likely to prosper. 

The early adopters of 10G capable cabling have now had the benefit of its performance for up to 10 years.  They haven’t had to re-cable in that time because their demands overtook their infrastructure; they haven’t had that expense or disruption.  Their foresighted choice has been proven to have a much lower lifetime cost than the ubiquitous category 5e and they’ve received a warranted system that will continue to perform for many years yet.  It’s easy to see why they might smile.   Category 6a or 7/7a are currently the most advanced systems available so for maximum lifetime value they continue to be the investment of choice and most likely to generate smiles all round.

 

 About Siemon

Established in 1903, Siemon™ is an industry leader specialising in the manufacture and innovation of high quality, high-performance network cabling solutions. With global offices and partners throughout the world, Siemon offers the most comprehensive suite of copper (unshielded and shielded twisted-pair) and fibre cabling systems available and is one of only three network cabling infrastructure companies worldwide with true global partnership capabilities. With over 400 active patents specific to structured cabling, Siemon Labs invests heavily in R&D and development of industry standards, underlining the company’s long-term commitment to its customers and the industry.

www.siemon.co.uk

TSC0301

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ADC KRONE Introduces New Space and Time-Saving TrueNet Frame For Data Centres and Enterprises

Released; July 2009

ADC KRONE (NASDAQ: ADCT; www.adckrone.com) today announced its new TrueNet® Frame that offers installation time savings of up to two hours per frame, as well as other advanced cable management features to help reduce customers’ capital and operating expenses. The frame’s unique ‘fold-pack’ design means that on-site assembly in data centres and enterprises can be completed in minutes compared to the conventional hour or so.

Another time-saving feature is the new TrueNet quick-fix panel mounting (patent pending), which eliminates the need for cage-nuts and screws, and, on average, saves another 40 minutes of installation time per frame.

“With cable management as a key design consideration, the TrueNet Frame eliminates patch lead cross-overs and “cable-forests”, as well as the need to move and deform cables to access patching ports for moves, adds and changes (MACs),” said Jan Wielenga, product manager for TrueNet Frame at ADC KRONE

Unique Fold-Pack Design

The TrueNet Frame is made of strong, light-weight aluminium and is factory pre-assembled, where it is folded, like a deck chair, to a size of only 2900 x 340 x 250mm for shipping. This, together with its low weight of only 30kg, means it can be manoeuvred around corners, up and down stairs and along corridors by a single technician.

To position, it takes only minutes to unfold and lock the TrueNet Frame into its final, rigid state at a size of 2200 x 910 x 460-590mm. Once fixed to the floor, panel and cable assembly can begin.

To demonstrate just how quickly and easily the new TrueNet Frame can be installed, please view several short videos on ADC KRONE’s home page by clicking on the revolving banner at www.adckrone.com/en

Managed Density Approach

ADC KRONE supports a managed density approach in the enterprise and data centre that takes a long-term view of design’s importance in ensuring maximum density and growth without disrupting operations. Increasing capacity and network applications create new challenges for both the planners who design and the operations staff who maintain the networks. The TrueNet Frame enables bend radius protection, cable strain management and ease of moves, adds and changes in a 99.999% availability environment.

“Unshielded Category 6A is a very effective technology for high-bandwidth network requirements, but its space requirement has created a real challenge for both initial installation and ongoing moves, adds and changes,” said Wielenga. “Furthermore, installers do not want to use unnecessary floor space when installing less space-consuming technologies such as 5e cable. The ADC KRONE TrueNet Frame ensures the best balance between floor space utilisation and manageability. This, together with its rapid installation features, gives installers and customers the ideal solution for Category 6A, 6 and 5e.”

 

About ADC KRONE

ADC serves its customers as ADC KRONE in the Europe/Middle East/Africa, Asia-Pacific regions of the world. ADC KRONE provides the network infrastructure equipment and services needed to deliver voice, video, Internet and data communications around the world. Wireline, wireless, cable, enterprise, and broadcast network operators rely on ADC offerings to deliver bandwidth intensive, high-speed services to residential, business and mobile subscribers. ADC (NASDAQ: ADCT) has sales into more than 130 countries. Learn more about ADC KRONE at www.adckrone.com

 AK1374

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