46150T techniques - APSS Avaya Solutions for Midsized Customers Updated: 2023 |
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Exam Code: 46150T APSS Avaya Solutions for Midsized Customers techniques June 2023 by Killexams.com team |
APSS Avaya Solutions for Midsized Customers Avaya Solutions techniques |
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Question: 36 A customer seeks a communications system for up to 150 sites, with access to advanced mobility and customer- engagement features, packaged as an easy-to-deploy appliance. Which Avaya IP Office TM edition best fits this need? A. Preferred Edition B. IP Office TM Select C. Basic Edition D. Server Edition E. Essential Edition Answer: D Question: 37 Which of the following Avaya IP Office TM editions would you position as options for a customer seeking communications for 80 employees, who require access to essential mobility and team-engagement features? (Select two.) A. Basic Edition B. IP Office TM Select C. Essential Edition D. Preferred Edition E. Server Edition Answer: DE Question: 38 A customer inquiries about deploying Avaya IP Office TM for between 2000-3000 users. What edition would you recommend? A. Server Edition B. Essential Edition C. Basic Edition D. Preferred Edition E. IP Office TM Select Answer: A Question: 39 Which of the following platforms can be used in an on-premises UC unified communications solution based on Avaya IP Office TM Basic, Essential or Preferred Edition? A. Hyper-V B. Linux ServerIP500 V2 C. Cloud computing platform D. VMware $13$10 Answer: C Question: 40 Which of the following Avaya IP Office TM editions would you position as options for a customer seeking communications for 450 employees who require access to advanced features and resiliency? (Select two.) A. Preferred Edition B. Basic Edition C. IP Office TM Select D. Essential Edition E. Server Edition Answer: AE Question: 41 What is the most relevant reason that IP Office Support Services (IPOSS) should be proposed as an element of an Avaya IP Office TM solution? A. IPOSS remote diagnostics use Avaya SAL or SSL/VPN secure connections. B. IPOSS is required with every IP Office solution. C. IPOSS can be sold under wholesale and co-delivery models. D. IPOSS includes 247 support. E. IPOSS is sold only through authorized Avaya partners. Answer: B Question: 42 Which of these is the best description of the Avaya IP Office TM platform? A. A total unified communications solution geared toward the large enterprise market B. A video conferencing and collaboration service for individual users C. An industry-standard API that brings unified communications to most popular web browsers D. A simple yet powerful unified communications platform for the small-to-midsize market E. An integrated messaging solution delivered via the cloud Answer: D Question: 43 Which of the following hardware platforms can be used in an on-premises UC unified communications solution based on Avaya IP Office TM Server or Select Edition? (Select four.) A. VMware B. Linux Server C. Cloud computing platform D. Hyper-V $13$10 E. IP500 V2 Answer: ABCD Question: 44 Which of the following Avaya IP Office TM editions would you position as options for a customer seeking communications for a single site with approximately 60 employees, who require access to advanced features? A. IP Office TM Select B. Preferred Edition C. Basic Edition D. Server Edition E. Essential Edition Answer: B Question: 45 Which of the following Avaya IP Office TM editions would you position as options for a customer seeking basic communications only for 35 employees? (Select two.) A. Basic Edition B. Preferred Edition C. Essential Edition D. IP Office TM Select E. Server Edition Answer: CE $13$10 |
This all- in-one solution was developed with a focus on customer experience. It provides messaging, customer management and conferencing, with full functionality on mobile devices. It allows businesses to communicate in the way that best suits their clients. Download NowSocial Avaya is a global provider of business collaboration & communications solutions, providing unified communications, contact centers, networking & related services to companies of all sizes. FollowAvaya today unveiled the Collaborative Cloud, a strategic framework for delivering communications and collaboration applications and services to businesses through public, private and hybrid cloud models. The company also announced the AvayaLive suite of unique, public-cloud delivered solutions, including the new AvayaLive Connect solution and the enhanced AvayaLive Engage. AvayaLive Connect - a new, fully-integrated, unified communications solution for small businesses that includes voice, voice conferencing, messaging, video, mobility, presence and more. The solution supports PC, Apple Mac, iOS and Android devices; multiple offices and remote and mobile employees. The entire solution can be easily ordered, downloaded and accessed through the Web. AvayaLive Connect is currently in trials and is planned for general availability in the U.S. market by mid-2012. AvayaLive Engage – formerly known as web.alive, the Web-based, immersive collaboration environment adds new features and capabilities. The solution enables participants to use personalized avatars in a 3D environment to engage in collaboration activities such as meetings and creative sessions, sales and customer service, HR training and recruiting. The new features of AvayaLive Engage include: - Support for Apple Mac OSX operating systems and Safari browsers. - Video collaboration and conferencing. - Video streaming, sharing, and synchronized playback. - Enhanced collaboration tools. About Avaya Inc Related People & Companies Azlan EMEA, Tech Data's enterprise networking and mid-range systems business, has signed a pan-European distribution agreement with Avaya, a leading provider of IP telephony, contact centre and unified communications solutions. The agreement will extend availability of Avaya solutions throughout the region and enable Avaya partners to take advantage of Azlan's high level pre-sales support and advanced logistics services. Avaya is recognised as a leading player in the market for IP telephony and communications solutions, which is currently presenting resellers with a tremendous range of new opportunities and potential. Steve Cant, European Business Development Director at Azlan Europe, believes that "end-user customers see Avaya technology as a strategic differentiator for their business". He goes on to say that "higher levels of end user demand, complexity of solutions and growth in the channel community are making more versatile and flexible distribution services essential". In line with recent announcements, Azlan looks set to continue its commitment of investing in value add services aimed at consistently and reliably delivering against the channels increasingly diverse needs. Commenting on behalf of Avaya,Thomas Veit, Director EMEA Distribution, Avaya, states: "Azlan will provide Avaya partners with access to our full range of solutions and help extend Avaya's reach in the European market. With its strong reputation and presence right across the European region, Azlan is well-placed to support Avaya's EMEA business development and future growth plans." "Azlan continues to provide the value add initiatives and relationship focus to support reseller partners to enter and accelerate opportunities within high growth advanced technologies such as unified communications", commented Simon England, VP Enterprise & MD Azlan Europe. "As one of the global leaders in business communications applications, systems and services, this agreement provides Azlan resellers with a major addition to the voice technology portfolio which they can offer to customers". The agreement also underlines Avaya's commitment to the channel, says Veit. "Avaya has made a firm commitment to supporting the channel and we are working through distribution with a growing number of authorized resellers and integrators to address a wide range of customer requirements. To that end, it's critical that we provide our partners with access to our solutions in the most effective and cost-efficient manner and we believe Azlan will help Avaya to meet partner needs." Azlan's operations in Germany, Austria and Switzerland will add the full Avaya range to their portfolio and begin marketing and selling the vendor's range of solutions - and providing support to Avaya partners - with immediate effect. Other Azlan European country operations will add the Avaya portfolio during 2009. Carbon dioxide and other heat-trapping gases are the main drivers of global warming. While climate change cannot be stopped, it can be slowed. To avoid the worst consequences of climate change, we’ll need to reach “net zero” carbon emissions by 2050 or sooner. Net zero means that, on balance, no more carbon is dumped into the atmosphere than is taken out. To achieve net zero emissions, we need a massive transformation in how we produce and consume electricity. We need a newer, better transportation system. We need to stop deforestation. We need a climate-friendly agricultural system. The scale of these changes will require significant federal policy that puts a price on carbon. It also requires international cooperation: the Paris Agreement, signed in 2016, reflects the world’s best effort to solve climate change so far, though it doesn’t include the emissions reductions we need. Much remains to be done—and we need to do it as quickly as possible. Introduction The consumer demand for greater functionality and higher performance, but also for lower costs adds significant pressure on System-on-Chip (SoC) manufacturers. The continuing advances in process technology, and ability to design highly complex SoCs does not come without a cost. So the next generation of processes surely brings about the next generation of challenges. With ever increasing System-on-Chip (SoC) complexity, energy consumption has become the most critical constraint for today’s integrated circuit (IC) design. Consequently, a lot of effort is spent in designing for low-power dissipation. Power consumption has become a primary constraint in design, along with performance, clock frequency and die size. Lower power can be achieved only by designing at all levels of abstraction: from architectural design to intellectual property (IP) component selection and physical implementation. Energy reduction techniques can also be applied at all levels of the system. Designers should use components that deploy the latest developments in low-power technology. The most effective power savings can be achieved by making the right choices early on during the system and architectural level of abstraction. In addition to using power-conscious hardware design techniques, it is important to save power through careful design of the operating system and application programs. Design Abstraction Levels In general, power reduction can be implemented at different levels of design abstraction: system, architectural, gate, circuit and the technology level. At the system level, inactive modules may be turned off to save power. At the architectural level, parallel hardware may be used to reduce global interconnect and allow a reduction in supply voltage without degrading system throughput. Clock gating is commonly used at the gate level. A variety of design techniques can be used at the circuit level to reduce both dynamic and static power. For a given design specification, designers have many choices to make at different levels of abstraction. Based on particular design constraints (such as power, performance, cost), the designer must select a particular algorithm, architecture and determine various parameters such as supply voltage and clock frequency. This multi-dimensional design space offers a wide range of possible trade-offs. Properties of a design are most influential at the highest levels of abstraction; therefore, the most effective design decisions derive from choosing and optimizing architectures and algorithms at those levels. However, it becomes a challenge to predict the consequences and effectiveness of design decisions made at the higher levels of abstraction because implementation details can only be accurately modeled or estimated at the technological level. Therefore, it is important to use IP components such as embedded memories and logic libraries that offer flexibility in selecting different design and power saving techniques. Sources of Power Dissipation The sources of energy consumption on a CMOS chip can be classified as static and dynamic power dissipation. The dominant component of energy consumption in CMOS is dynamic power consumption caused by the genuine effort of the circuit to switch. A first order approximation of the dynamic power consumption of CMOS circuitry is given by the formula: P = C * V2 * f where P is the power, C is the effective switch capacitance, V is the supply voltage, and f is the frequency of operation. The power dissipation arises from the charging and discharging of the circuit node capacitances found on the output of every logic gate. Every low-to-high logic transition in a digital circuit incurs a change of voltage, drawing energy from the power supply. A designer at the technological and architectural level can try to minimize the variables in these equations to minimize the overall energy consumption. However, power minimization is often a complex process of trade-offs between speed, area, and power consumption. Static energy consumption is caused by short circuit currents, bias, and leakage currents. During the transition on the input of a CMOS gate both p and n channel devices may conduct simultaneously, briefly establishing a short from the supply voltage to ground. While statically-biased gates are usually found in a few specialized circuits such as PLAs, their use has been dramatically reduced. Leakage current is becoming the dominant component of static energy consumption. Until recently, it was seen as a secondary order effect; however, the total amount of static power consumption doubles with every new process node. Energy consumption in CMOS circuitry is proportional to capacitance; therefore, a technique that can be used to reduce energy consumption is to minimize the capacitance. This can be achieved at the architectural level of design as well as at the logic and physical implementation level. Connections to external components, such as external memory, typically have much greater capacitance than connections to on-chip resources. As a result, accessing external memory can increase energy consumption. Consequently, a way to reduce capacitance is to reduce external accesses and optimize the system by using on-chip resources such as caches and registers. In addition, use of fewer external outputs and infrequent switching will result in dynamic power savings. Routing capacitance is the main cause of the limitation in clock frequency. Circuits that are able to run faster can do so because of a lower routing capacitance. Consequently, they dissipate less power at a given clock frequency. So, energy reduction can be achieved by optimizing the clock frequency of the design, even if the resulting performance is far in excess of the requirements. Power Reduction Techniques One of the most effective ways of reducing power at the technological level is to reduce the supply voltage, because the power consumption drops quadratically with the supply voltage. However, lowering supply voltage results in reduction of performance; therefore, any such voltage reduction must be balanced against any performance drop. To compensate and maintain the same throughput, extra hardware can be added. This can only be successful to the point where the additional circuitry does not diminish the savings. Modern integrated circuits requiring longer battery life are implemented with variable clock frequency and operating voltage controlled by the operating system. The variable voltage and frequency represent a trade-off between delay and power consumption. Reducing clock frequency alone doesn't necessarily reduce power, since the system must run longer to do the same work. As voltage is reduced, the delay of the circuit increases. A common approach to power reduction is to first increase the performance of the module (by adding parallel hardware for example) and then reduce the voltage as much as possible so that the required performance is still reached. However, these techniques often translate to larger area requirements, resulting in a new trade-off between area and power. The CMOS power consumption is proportional to the clock frequency — dynamically turning off the clock to unused logic or peripherals is an obvious way to reduce power consumption. Control can be done at the hardware level or it can be managed by the operating system of the application. For example, some systems and hardware devices have sleep or idle modes. Typically, in these modes, the clocks to most of the sections are turned off to reduce power consumption. In sleep mode, the device is not working where a wake-up event rouses the device from sleep mode. Devices may require different amounts of time to wake-up from different sleep modes. Alternative Approaches The alternative approach to reducing wasteful activity is applying an asynchronous design methodology. CMOS is a good technology for low-power as gates only dissipate energy when they are switching. However, many gates switch because they are connected to the clock, not because they have new inputs to process. As a result, a synchronous circuit wastes power when particular blocks of logic are not utilized. The largest gate is the clock driver, which must distribute a clock signal evenly to all parts of a circuit, and it must switch all the time to provide the timing reference even if only a small part of the chip has something useful to do. As an alternative approach, asynchronous circuits are inherently data driven and are only active when performing useful work. Parts of an asynchronous circuit that receive less data will automatically operate at a lower average frequency. Asynchronous circuits are larger than synchronous circuits because additional logic is required for synchronization of the design. An emerging newer approach, still in the early phase of commercial use is based on implementation of reversible logic or adiabatic logic. The fundamental premise of the reversible logic is to reduce power consumption by not erasing information. With conventional logic implementations, a bit of information is erased every time a logic operation is performed. The new approach using reversible logic operations that do not erase information can dissipate arbitrarily little heat. Contemporary place and route systems can perform automatic transistor resizing. The optimal gate sizing is essential for achieving both performance and power consumption goals. The better drive capability of larger transistors improves the circuit performance. This also reduces the short-circuit power because of shorter rise and fall times. However, oversized transistors result in an unnecessary waste of dynamic and static power. For that reason, it is essential to use a logic library with a large number of output drive strengths. Conclusion Growing complexity and increasing operating clock frequencies have outpaced the scaling of process geometries and supply voltages in SoC designs, thus producing an effective rise in power dissipation by these devices and pushing heat removal and power distribution to the forefront of issues confronting the advance of microelectronics. Today system-level power management has become pervasive in the semiconductor industry and power-consumption conscious system developers are now looking for a wide range of semiconductor IP platform solutions that will eliminate the gaps between low-power and high-performance requirements. FirstPass-Silicon Characterization Program Virage Logic’s FirstPass-Silicon Characterization Program provides a dedicated lab where semiconductor IP is tested and characterized under various voltage and temperature conditions. This ensures the delivery of silicon proven, manufacturable semiconductor IP across a wide range of foundries and process technologies. In addition to design correlation, the feedback from silicon is used for reliability studies and product improvements. Virage Logic’s FirstPass-Silicon Characterization Program eliminates the potential risks associated with using third-party IP and customers are ensured the delivery of high yielding, manufacturable and reliable semiconductor IP. Foundry Support Virage Logic develops and markets embedded memories, logic libraries and I/O libraries on all major pure-play contract foundries and optimizes them for numerous Integrated Device Manufacturer (IDM) in-house foundries. Virage Logic delivers solutions that provide the most optimum performance, the smallest possible area and the lowest power achievable for every foundry. Virage Logic’s memory, logic and I/O products are available in processes from 0.35µ to 90nm geometries. EDA Views Virage Logic has developed a closed-loop verification methodology that ensures all front-end and back-end views are accurate and optimized for key components of ASIC design flows from leading EDA companies including Cadence, Magma Design Automation, Mentor Graphics, Synopsys and others. About Virage Logic Virage Logic is a leading provider of best-in-class semiconductor intellectual property (IP) platforms based on memory, logic, and I/Os that are silicon-proven and production ready. Virage Logic meets market demands for cost reduction, while improving performance and reliability for integrated device manufacturers (IDMs), fabless and foundry companies focused on the consumer, communications and networking, handheld and portable, and computer and graphics markets. The company is headquartered in Fremont, California with sales, support and research and development offices worldwide. Bahrain’sMinistry of Foreign Affairs, along with Batelco and Avaya, has transformed the ministry’s communications and collaboration capabilities, with a strategic ICT implementation to connect all ministry employees around the world. The ministry worked closely with Avaya to transform its citizen services by integrating and digitalizing its communications and collaboration capabilities through a two-phased project. With zero interruption to services in the first phase, Batelco’s on-the-ground professionals and the ministry’s IT team deployed the latest Avaya solutions, linking all regional offices and the ministry in Manama. The second phase of the project is expected to be extended to all ministry employees and embassies around the world. The transformation confirms the ministry’s commitment to protecting the interests of Bahraini citizens abroad and Bahrain’s relations with other countries and international organizations. The project also comes within its efforts to promote digital adoption and to meet the objectives outlined in Bahrain Vision 2030. Commenting on the transformation, Undersecretary of the Ministry of Foreign Affairs, HE Dr. Shaikha Rana bint Isa bin Daij Al Khalifa, said: "Responsibility for the safety of our citizens, and the sensitivity behind our work, requires ministry staff to be securely connected and collaborating at all times of the day. This implementation supports such work in line with the Bahrain Vision 2030, built on a foundation of digital adoption, and in commitment to the safety and happiness of citizens and residents who call the Kingdom home.” “Being at the forefront of smart technology adoption is significantly improving the way in which government departments like the Ministry of Foreign Affairs are able to meet the needs of their most important stakeholders. By connecting all its offices together through a holistic and flexible communications infrastructure, the ministry has shown yet again its commitment to its people, while ensuring efficiency in its operations,” said Fadi Hani, Vice President for the Middle East, Africa and Turkey, Avaya. Avaya is a leading provider of digital transformation solutions. Last year, Avaya opened a local office to support Bahrain’s digital transformation efforts and meet growing demand for next-generation customer experience. Avaya’s presence in the Kingdom is also represented through strategic business partnerships with some of the most innovative companies in Bahrain. Bahrain’s rapidly maturing IT industry means public and private-sector organizations are looking to leverage emerging technologies, including analytics, the Internet of Things and artificial intelligence, to play their part in Bahrain’s economic development. Avaya GlobalConnect Ltd. formerly Tata Telecom was incorporated on August 19, 1986 at Mumbai. The company was promoted by Tata Industries Ltd. (TIL). It is one of India?óÔé¼Ôäós leading providers of enterprise communications solutions, offering converged communication solutions, contact center solutions, and unified messaging systems for enterprises. Already a market leader in contact center solutions with more than 50% market share, Avaya GlobalConnect Ltd. plans to become India?óÔé¼Ôäós leading provider of converged communications business solutions for enterprises. With 35 service centers spread around the country, the company provides solutions to some 6,000 customers, employs over 500 associates, and generates $87 million in annual revenues. Avaya GlobalConnect is India?óÔé¼Ôäós leading intelligent communications solution provider delivering business solutions that help organizations accelerate revenue growth, increase market penetration, optimize operating costs and Improve employee productivity, by embedding communication in their business processes. Avaya GlobalConnect is a subsidiary of Avaya Inc., a global leader in business communications. More than one million businesses worldwide including 90 percent of the FORTUNE 500?é?« use Avaya solutions for IP Telephony, Unified Communications (UC), and Contact Centers (CC). In October of 2001, Tata Telecom, now Avaya GlobalConnect, signed on with SAP. By July of 2002, the company had its ERP system up and running. mySAP CRM capabilities for presales and lead management came online between October 2002 and March 2003. Business area of the company: Products offered by Avaya:
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<p>Avaya Connect will enable channel partners to grow their businesses by expanding financial benefits, enhancing technical, marketing and sales support and providing a highly effective, simplified training and certification program. The global framework also recognizes the needs of different types of partners – from system integrators and services providers to small and mid-size business resellers – and addresses them appropriately. |
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