The document discusses key trends in information technology, including increasing enterprise and consumer bandwidth demand, growing network complexity, and the rise of mobile and wireless technologies. It notes that these factors are driving transformation across infrastructure and applications. New technologies like 10Gps Ethernet and FCoE are forecast to gain popularity for addressing storage and networking needs. Unified communications, mobility, and wireless solutions are also becoming increasingly important parts of the connectivity and communications landscape.
1. ArrowInsight QuarterlyInformation Technology TrendsEliot C. Arnold DISCLAIMER: This report was compiled by the Arrow ECS Intelligence Service Center. Arrow ECS is not responsible for the data inaccuracy contained herein and hereby disclaims any liability whatsoever with regard to this report or any part hereof. This information is privileged and confidential and may not be shared with anyone else.
2. Safe Harbor Statement This presentation may include forward-looking statements, including statements addressing future financial results. These statements are subject to numerous assumptions, risks, and uncertainties, which could cause actual results or facts to differ materially from such statements for a variety of reasons, including, but not limited to: industry conditions, the company's implementation of its new enterprise resource planning system, changes in product supply, pricing and customer demand, competition, other vagaries in the global components and global ECS markets, changes in relationships with key suppliers, increased profit margin pressure, the effects of additional actions taken to become more efficient or lower costs, and the company’s ability to generate additional cash flow. Forward-looking statements are those statements, which are not statements of historical fact. These forward-looking statements can be identified by forward-looking words such as "expects," "anticipates," "intends," "plans," "may," "will," "believes," "seeks," "estimates," and similar expressions. Shareholders and other readers are cautioned not to place undue reliance on these forward-looking statements, which speak only as of the date on which they are made. The company undertakes no obligation to update publicly or revise any of the forward-looking statements. 5/18/2011 2 Arrow Confidential | Do Not Distribute
21. 5/17/2011 10 Arrow Confidential | Do Not Distribute “Mobile First” From the Mobile World Congress Distributed Computing/Parallel Processing, Network Speed: The unique intersection of computing, communications connectivity and cloud
39. IDC contends 10Gps Ethernet will spur interest in FCoE esp. with FC SAN installed
40. Gartner extols an explicit need for 10Gps switches as well as 40 – 100 Gps BackboneData Storage Data Center Ethernet SAN, FCoE, iSCSI, NAS (FEB, FBI) Network Convergence Ping, Points, Fabric and Pipe C2
41. c2 Digested The Network 15 Noteworthy Technology: Enterprise WAN, WAN Optimization, IP VPN, Ethernet, Application Acceleration (Not exhaustive / Team Analysis) By tying products and Solution Sets to key OSI Layers we can better understand horizontal expansion within Connectivity and Communications segment Example: VPN C2
42. c2 Digested 16 Enabling the High Performance Workforce is central to adoption of UCC, Mobile and Wireless Solutions and, a key aspect of Business Transformation C2
43. c2 Digested 17 UCC, Mobile & Wireless Pervasive capabilities to enhance ways work gets done: C2
44. c2 Digested Pervasive capabilities to enhance ways work gets done: 18 UCC, Mobile & Wireless C2
49. Considerations Connectivity Strategy as part of Transformation Roadmap FTTx, Connectivity Architecture, Convergence (Fabric Enablement: FCOE/10gps) Smarter Pipe Strategy Do you know your end customers CSP/ISP? Do you want to? Can you work with them to deliver better C2 services? Can we help? Meet our Telco Team: 5/17/2011 23 Arrow Confidential | Do Not Distribute
50. c2 “Value Box” Services Products AVAILABLE UPON REQUEST Suppliers Capabilities
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52. The network is extending into everything we do. As contextual awareness, location-based services and alternative delivery models move into the mainstream, a deeper understanding of how the network works and how to keep it “effective and efficient” becomes critical
53. The “Bottom-line” CIOs are focused on efficiency, automation and management within their infrastructure and networks. Key technologies such as 10Gps Ethernet and FCoEare forecast to gain appeal – especially with increasing storage and networking demands
54. While analysts conclude these technologies are somewhat unproven, FCoE holds promise for reducing cost, power, cooling, space and, will gain traction as 10Gps (DCE) gains more market appeal
57. Contact Information Eliot C. Arnold Sales Intelligence Arrow Electronics, Inc. P: 303-824-4114 earnold@arrow.com IM: Arrowinsight 5/17/2011 28 Arrow Confidential | Do Not Distribute
Notes on App Layer: BI / AnalyticsERP / CRM, Collaboration / Social ComputingSecurityInfrastructure, Connectivity and Communications Management – VCE, VIM
A great blog was posted on the WSJ – Feb, 2011 : http://blogs.wsj.com/tech-europe/2011/02/01/the-network-is-the-computer-again/tab/print/Lew Tucker – The newly appointed VP and CTO of Cloud, predicts a universe of clouds, with companies exploiting vertical markets offering specialized knowledge or accountability and audit, in medical, financial etc. Computing’s next wave has three key aspects to it: Mobile, tablets, talking to cloud-based data and applications running on powerful servers and connecting the two , the glue is the network. He’s predicted a more intelligent network – turning the network itself into a platform reather than a medium through which apps and data flow. Notes on App Layer: BI / AnalyticsERP / CRM, Collaboration / Social ComputingSecurityInfrastructure, Connectivity and Communications Management – VCE, VIM
When first looking at the subject of connectivity and communications – my mind went immediately to bandwidth. Afterall, it’s the bandwidth that carries all these 0s and 1s that we care about. And the fact remains, the US is lagging the rest of the modernized world with respect to connectivity. We rank 15th in the World for LTE and broadband connections and the Obama administration as part of stimulus funding has allocated 7.2B for bandwidth upgrades. On July 2010, the National Telecommunications and Information Administration released the Notice of Funds Availability, outlining the grants process for the first round of funding of $4 billion. LTE and technologies underlyingThe US in in 14th from a connectivity 1Mps - - Maybe we get to 5 – 10 Mps ( a lot of implications to applications)
Let’s dive a little deeper into how connectivity and communications is deployed in the IT environment. I have devised a somewhat simplistic view (not exhaustive) and illustrative of key technology elements within the c2 segment. This view is quite well illustrated in Arrow’s Follow the Wire presentation and can help you get much more specific about key products and services that touch each point in “the wire”. I call this ping, points, fabric and pipes because these are some of the key attributes in my opinion that directly relate to interconnecivity and how communications “voice and data” services are delivered. By following the bits of voice and data from the pipe/backbone into the infrastucture, up to the networks, out to the points and onto the desktops or devices, we start to see how things are becoming more networked, more interconnected.Let’s hone in a little more, focusing specifically on the “data center infrastructure” – We’ve all been hearing a lot on the topic on convergence, converged computing, unified computing and the like. My team has done a pretty thoughtful research synthesis on this topic and, in talking to some of our smartest ARW technologists, we are starting to focus the discussion of convergence specifically on the DC fabric. One notable innovation is of course, FCoE, where IP and IO SAN data (data and storage traffic) can be converged, using a single network. Simply put, this technology, allows the fibre channel to use 10Gps ethernet networks – “higher speeds” while preserving the fibre channel. This evolution is part of the larger transformation efforts underway in the infrastructure; what the analyst community is calling Fabric enabled computing, or fabric based infrastructure (virtualized machines, private cloud deployment, higher throughput processes) The main application of FCoE is in data center storage area networks (SANs). FCoE has particular application in data centers due to the cabling reduction it makes possible, as well as in server virtualization applications, which often require many physical I/O connections per server.With FCoE, network (IP) and storage (SAN) data traffic can be consolidated using a single network. This consolidation can:reduce the number of network interface cards required to connect to disparate storage and IP networksreduce the number of cables and switchesreduce power and cooling costsWhile in the short-run FCoE may not drive a lot of demand, in the long-run, the effect on the industry may prove positive (IDC)The analyst community considers NAS and iSCSI more mature in large complex networks IDC contends 10Gps Ethernet will spur interest in FCoE esp. with FC SAN installedGartner extols an explicit DC need for 10Gps switches as well as 40 – 100 Gps Backbone
Let’s continue up the stack – to the network layer. At this layer we’re getting closer to the edge, bringing in the off prem connection points into the equation – and this is a key characteristic to consider naturally as more of the workforce becomes distributed yet requires tightly coupled connections and communications to the network drives or WAN via VPN.Now – Let’s disect the network a little more specifcally: I will not go into deep detail with regard to the OSI interconnectivity model, but this overview, in my opinion is very important to consider in trying to understand how the network is playing into the overall computing, connectivity and communications processes. Some key growth forecast metrics to consider here – noteworthy technologies: Enterprise WAN equipment is forecast to have a steady growth trajectory of 5.4% CAGR in North America over the next four years, with an overall growth rate of 2% (Gartner)Wireless LAN, SSL VPN and Application Acceleration are forecast to have the strongest demand (Gartner)Enterprise Network Services in North America are forecast to see the strongest growth in internet services (17%) Data Services demand in the market is forecast to be driven by IP VPN and Ethernet (Gartner)VPNs can also be classified based on the OSI model layer at which they are constructed. This is an important distinction to make. For example, in the case of encrypted VPNs, the layer at which encryption occurs can determine how much traffic gets encrypted, as well as the level of transparency for the VPN's end users.Based on the OSI model layers, VPNs can be divided into the following three main categories:Data link layer VPNsNetwork layer VPNsApplication layer VPNs
I have published a paper on the Technology Transformation Maturity Curve. In that paper, I sight the interdependencies between business transformation and technology transformation. As businesses transforms, the propensity and need to procure more advanced technologies becomes more important. And, we’ve just touched on some (FEC, FBI) which helps firms transform how data and I/O flow through the environement. A key aspect on this tansofrmation journey is a firms ability to motivate and inspire workforce. Enabling the high performance workforce. What are some ways to do that, encorgage collaboration and more advanced forms of communications. This is where UCC, Mobile and wireless play a critical role.