Wi-Fi is about to get a reboot. New 802.11ac Wave 2 products will make it possible to deliver LAN-like multigigabit speeds over the wireless network for the first time, enabling previously unimagined scale and flexibility in the enterprise workspace. But how will businesses capitalize on this new capacity when most current Ethernet access cabling maxes out at 1 Gigabit per second (Gbps)? This white paper:
? Introduces the new generation of Cisco® Catalyst® switches with Multigigabit Ethernet technology, the first platforms to combine support for multigigabit wireless speeds with full power over Ethernet (PoE) in an easy-to-deploy solution.
? Shows how Cisco Catalyst Multigigabit Ethernet switches use NBASE-T technology to empower you to deliver 5-Gbps speeds over your existing access cabling.
? Details how Cisco Catalyst Multigigabit Ethernet switches gives you the scale and capacity you need today, while protecting your network investments for the future.
This document discusses the hardware architecture of the new switch platforms in the Cisco Nexus® 9000 Series Switches product family: in particular, the Cisco Nexus 9200 platform switches. The Cisco Nexus 9200 platform is a new extension of the Cisco Nexus 9000 Series. The platform uses a compact fixed-switch form factor and operates in the NX-OS mode, based on Cisco NX-OS Software. Built with next-generation Cisco application-specific circuits (ASICs), the Cisco Nexus 9200 platform brings high-performance and high-density 25, 50, and 100 Gigabit Ethernet connectivity to data center networks, providing industry-leading performance, power efficiency, and capabilities in compact fixed-form-factor switches.
Wi-Fi is about to get a reboot. New 802.11ac Wave 2 products will make it possible to deliver LAN-like multigigabit speeds over the wireless network for the first time, enabling previously unimagined scale and flexibility in the enterprise workspace. But how will businesses capitalize on this new capacity when most current Ethernet access cabling maxes out at 1 Gigabit per second?
Published By: Cisco EMEA
Published Date: Nov 13, 2017
Cisco has recently unveiled its new intent-based networking strategy, called "The Network. Intuitive." The goal of intent-based networking is to allow greater levels of automation, security integration, and centralized manageability within a software subscription orientation. Intent-based networking is underpinned by Software-Defined Access (SDA), Cisco's automation engine built upon the company's Digital Network Architecture (DNA), which automates network segmentation, policy enforcement, and troubleshooting. Other core components of the announcement include a refresh of Cisco Catalyst switches, a new licensing model for infrastructure, and an all-in-one management console called DNA Center.
Ethernet fills a number of roles in the enterprise – far more than you might initially expect. This overview helps you understand the many ways in which the networking protocol is used in business, where it makes the most impact, and the effect CIOs should expect from upcoming innovations.
Interconnecting three or more sites across a metro or wide area network has traditionally been accomplished via a hub and spoke network topology using Private Lines, Frame Relay or IP VPNs over the Internet. Ethernet services support hub and spoke topologies but also support an “any-to-any” network topology similar to a LAN but delivered over a wide area. This latter capability is unique to Ethernet services and cannot be cost effectively delivered using legacy point-to-point technologies such as Frame Relay or IP VPNs.
This paper discusses two options for multi-site connectivity using Ethernet services. One option discusses the classical hub and spoke topology using Ethernet Virtual Private Lines (EVPL). The other option discusses the “any-to-any” topology using an Ethernet Private LAN (EP-LAN) service. Through examples, the paper illustrates the capabilities of the two approaches and their benefits.
“The network is your business” has been a mantra for many years indicating how businesses rely more heavily on being networked between their facilities, data centers, suppliers, business partners and customers.
Your network enables your business to:
• Improve productivity
• Provide business continuity
• Increase customer satisfaction
• Reduce costs
This paper provides an overview of the different types of Ethernet services, the service components that differentiate them, their business and technical benefits, and important things to consider when selecting an Ethernet service.
New research findings, new technologies, and the evermore urgent needs for speed and cost-efficiency are converging to drive a revolution in medicine. Supporting this convergence are high-speed secure telecommunications networks, enabling unprecedented teamwork among institutions, researchers, practitioners and patients to create a new paradigm: telemedicine, the exchange of medical information via electronic communications among dispersed facilities and patients to improve patient health. Download this white paper to learn more about telemedicine.
Just like your business, technology never stops advancing. Each year, there are new ways that technology can automate processes, lower costs, and enhance customer and employee satisfaction - all with the goal of increasing revenue! And while it can be difficult to change how your business works, leaving old methods behind and embracing new technology can help lead your business to more success and growth.
The technology landscape in the financial services sector is vast, ranging from cutting-edge to mission-critical, each having an impact on the industry as a whole. Customer-facing services and back-end operations alike are seeing real benefits from innovation, including greater efficiencies and higher levels of customer satisfaction.
The rate at which technology is evolving is increasing almost exponentially. In the business sector, hardware has given way to software-defined everything, while many on-premises technologies are now offered as a service. Much of the advances in technology over the last few years have been the direct result of the growing ubiquity of the cloud and faster connectivity speeds, both of which have enabled companies to adopt digital transformation technologies to help them work smarter and more efficiently.
The quick-service restaurant industry continues to be a favorite among consumers who look to the sector for a wide variety of food served quickly and at a low price. The speed and efficiency of QSRs, which include the emergent “fast casual” restaurants, match today’s on-the-go lifestyle of consumers across all ages who often are too busy to cook at home.
That said, consumers expect their dining experience at a QSR to be comfortable with conveniences ranging from WiFi connectivity to ordering kiosks and dining area entertainment on large screens or even tableside tablets. They expect the information on menu boards to be accurate and up-to-date and their meal orders to be fulfilled quickly and accurately. Technology is a major enabler in meeting consumers’ expectations while simultaneously helping QSR locations increase operational efficiencies and quality of service.
Hospitality is a customer-focused industry, with a hotel brand’s reputation and ultimate success dependent on the quality of the experience of its guests. It is no surprise then, that digital transformation efforts within the hospitality sector are focused on technologies that improve the guest experience, from check-in to check-out and everything in between.
Today’s travelers are digitally savvy, using their smartphones and mobile devices for a multitude of tasks. They expect a high-quality connection throughout the property and the ability to perform certain tasks from the hotel’s app, such as checking in and choosing their own room. They expect in-room entertainment beyond basic cable and in-room digital devices they can use to order food, book a massage or control the lighting, for example.
Retail has been transformed by technology in multiple ways, from the way customers interact with retailers to how products are offered and acquired. Indeed, the entire shopping experience has been redefined and expanded to enable customers to purchase products anytime, anywhere, with any device, from any number of retailers.
Consumers’ changing shopping behaviors and their reliance on technology enables retailers to reach a wider swath of potential buyers, moving well beyond the borders of their physical store locations to new geographies and populations. That said, retailers must understand how to use technology effectively to draw in customers and entice them to purchase, as well as help them improve their operations and enable new, innovative ways to keep customers coming back.
In this white paper, learn how PCI-DSS 3.0 effects how you deploy and maintain PCI compliant networks using CradlePoint solutions. Properly configure, monitor, and maintain your CradlePoint devices to meet the requirements of PCI DSS 3.0. Enabling features include network segmentation (ethernet ports, SSIDs, and VLANs), stateful firewall, MAC/IP/URL filtering, authentication/encryption, event logging, event alerts, time synchronization, and configuration/upgrade management from CradlePoint Enterprise Cloud Manager.
This business and technical White Paper is an exploration of the data centre fiber optic networking infrastructure requirements needed to meet current and future demands for data volumes and data rates. It covers how 200Gigabit (Gbps) and 400Gbps Ethernet (GE) fiber optic technologies evolved and how they should advance to 800GE and 1.6TE. It also explores what the right technologies are for sustainable investment strategies to future proof data centre networks.
With the advent of iSCSI as the standard for networked storage, businesses can leverage existing skills and network infrastructure to create Ethernet-based SANs that deliver the performance of Fibre Channel—but at a fraction of the cost. iSCSI enables block-level data to be transported between a server and a storage device over an IP network. An iSCSI initiator is hardware or software that runs on a host and initiates I/O to an iSCSI target, which is a storage device (usually, a logical volume) that responds to read/write requests.
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Our portfolio of live events, online and print publishing, business intelligence and professional development brands are centred on the complexities of technology convergence. Operating in 42 different countries, we have developed a unique global knowledge and networking platform, which is trusted by over 30,000 ICT, engineering and technology professionals.
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