The document discusses the growing importance of low power design as power consumption continues to outpace Moore's Law, with static and leakage power now exceeding dynamic power, requiring design techniques across all levels from architecture to layout; it also notes the increasing complexity of low power design for multicore chips with multiple voltage domains and operating modes that must meet power and timing constraints concurrently. The document argues that optimizing power at the architectural level has the biggest impact on overall system power minimization compared to lower design levels.
The document discusses two key market trends that Juniper is focused on: cloud computing and mobile internet. It notes that virtualization is not the same as cloud computing. The cloud delivers services over the network and provides benefits like elasticity, agility, and efficiency through dynamically shared resource pools. The document also discusses how the rise of mobility is redefining business practices and creating demand for more advanced data center capabilities, with data centers beginning to build cloud environments.
This document discusses cloud services and provides an overview of EMC's cloud offerings. It begins by defining public, private and hybrid cloud models. It then discusses which industries are adopting cloud services and the types of service provider offerings available. The document also examines security considerations for the cloud and how workloads can be evaluated for public or private cloud deployment. It provides examples of EMC-powered service providers and virtual infrastructure solutions. In closing, it discusses how EMC solutions enable automated provisioning and management across hybrid cloud environments.
This document discusses IT-as-a-Service (ITaaS) and how IT departments can leverage cloud technologies to accelerate business agility. The goal of ITaaS is to provide business users with flexible, on-demand access to IT services through a self-service catalog. This represents a shift from traditional IT support models to a more consumer-oriented service model. Achieving ITaaS requires new technology, consumption, and operations models centered around private and public cloud infrastructure, security, standardization, automation, and financial transparency.
The document summarizes EMC's strategy for helping customers transition to hybrid cloud computing through a three phase journey:
1) Transitioning non-critical IT systems to a private cloud for efficiency and cost savings
2) Virtualizing business-critical applications in the private cloud for quality of service
3) Creating an IT service catalog and running IT as a business for agility
It provides examples of how EMC technologies like VNX, VMAX, Isilon, and Greenplum can help customers at each phase of the journey to hybrid cloud.
Sanjay Mirchandani’s KeyNote – EMC Forum India – Mumbai November 17, 2011EMC Forum India
The document discusses EMC's vision and strategy around cloud computing. It outlines EMC's agenda to discuss their cloud vision, how cloud meets big data, and EMC IT's own transformation journey to the cloud and IT-as-a-service strategy. It highlights challenges like budget constraints, increasing data volumes, and security threats that cloud computing can help address. The document advocates for a hybrid cloud approach combining private and public clouds and outlines phases in the journey to establishing a private cloud.
The document discusses how cloud computing and big data are transforming IT and business. It outlines how the digital universe is growing exponentially and how this is driving the need for cloud, virtualization, and big data solutions. The document summarizes industry research and trends showing growing priorities around cloud, virtualization, security and big data. It outlines EMC's vision and portfolio of products to help customers with their journey to cloud computing and addressing big data challenges.
The document discusses two key market trends that Juniper is focused on: cloud computing and mobile internet. It notes that virtualization is not the same as cloud computing. The cloud delivers services over the network and provides benefits like elasticity, agility, and efficiency through dynamically shared resource pools. The document also discusses how the rise of mobility is redefining business practices and creating demand for more advanced data center capabilities, with data centers beginning to build cloud environments.
This document discusses cloud services and provides an overview of EMC's cloud offerings. It begins by defining public, private and hybrid cloud models. It then discusses which industries are adopting cloud services and the types of service provider offerings available. The document also examines security considerations for the cloud and how workloads can be evaluated for public or private cloud deployment. It provides examples of EMC-powered service providers and virtual infrastructure solutions. In closing, it discusses how EMC solutions enable automated provisioning and management across hybrid cloud environments.
This document discusses IT-as-a-Service (ITaaS) and how IT departments can leverage cloud technologies to accelerate business agility. The goal of ITaaS is to provide business users with flexible, on-demand access to IT services through a self-service catalog. This represents a shift from traditional IT support models to a more consumer-oriented service model. Achieving ITaaS requires new technology, consumption, and operations models centered around private and public cloud infrastructure, security, standardization, automation, and financial transparency.
The document summarizes EMC's strategy for helping customers transition to hybrid cloud computing through a three phase journey:
1) Transitioning non-critical IT systems to a private cloud for efficiency and cost savings
2) Virtualizing business-critical applications in the private cloud for quality of service
3) Creating an IT service catalog and running IT as a business for agility
It provides examples of how EMC technologies like VNX, VMAX, Isilon, and Greenplum can help customers at each phase of the journey to hybrid cloud.
Sanjay Mirchandani’s KeyNote – EMC Forum India – Mumbai November 17, 2011EMC Forum India
The document discusses EMC's vision and strategy around cloud computing. It outlines EMC's agenda to discuss their cloud vision, how cloud meets big data, and EMC IT's own transformation journey to the cloud and IT-as-a-service strategy. It highlights challenges like budget constraints, increasing data volumes, and security threats that cloud computing can help address. The document advocates for a hybrid cloud approach combining private and public clouds and outlines phases in the journey to establishing a private cloud.
The document discusses how cloud computing and big data are transforming IT and business. It outlines how the digital universe is growing exponentially and how this is driving the need for cloud, virtualization, and big data solutions. The document summarizes industry research and trends showing growing priorities around cloud, virtualization, security and big data. It outlines EMC's vision and portfolio of products to help customers with their journey to cloud computing and addressing big data challenges.
This presentation looks at the new Borderless Networks solutions that deliver the capabilities you need to transform your business into one that is borderless and future-ready.
This document discusses operationalizing mobility in the enterprise. It describes the challenges of mobility including lack of integration, overlapping responsibilities, and technology gaps that impair productivity and increase costs. The document then introduces Cellution as a solution that can operationalize mobility through a value framework, expert support services, and a mobility intelligence platform. Cellution aims to enhance human capital, lower costs, and narrow the IT gap across the mobility environment.
The document discusses EMC's Velocity Solution Provider program for partners. It provides an overview of the program's tiers including Affiliate, Premier, Signature, and SSCP. It outlines the incremental benefits, requirements, and financial incentives for each tier. The program aims to provide partners with opportunities for growth, differentiation, and profitability through specializations, training, marketing support, and rebates.
This document discusses the transformation of IT backup and recovery due to trends in data growth and regulations. It presents EMC's backup solutions including Data Domain for disk-based backup with deduplication, Avamar for fast VMware backups, and NetWorker for centralized backup management. These solutions provide faster backups, recovery and scalability compared to traditional tape-based systems. Case studies show customers achieving up to 98% data reduction, replacing tapes completely and saving over $200k annually with EMC's backup products.
CISCO Flexible Work / Telework Presentation for RDASIRichard Everson
This document discusses Cisco's flexible work practices as a competitive advantage. It notes that over 50% of Cisco's employees collaborate with colleagues in different time zones and over 52% work in a different location than their manager. Cisco provides flexible work options and virtual tools to over 70,000 global employees. Flexible work practices help attract and retain top talent, drive productivity, and provide work-life balance. Cisco aims to leverage flexible work practices and mobility technologies to enable employees to focus on their work rather than where they work.
The document discusses EMC's transformation to an IT-as-a-Service model. It summarizes how EMC has virtualized 90% of its server workloads, consolidated data centers, and transformed its IT infrastructure to deliver services through a cloud foundation. This allows EMC to enhance agility, optimize costs, and deliver business value through offerings like infrastructure-as-a-service, platform-as-a-service, and software-as-a-service.
The document discusses big data and EMC's big data solutions. It begins with an introduction to big data and how data volumes and sources are growing exponentially. It then outlines EMC's big data "stack" including solutions for storage, analysis, and collaboration across structured and unstructured data. Specific EMC solutions highlighted include Isilon for scale-out file storage, Greenplum for analytics, and Hadoop. Case studies and capabilities of these solutions for big data are presented. The document emphasizes that big data is driving major changes and opportunities.
Urban innovation - changing the way we work - reducing carbon footprint - social innovation - mobile knowledge workers meet nomads - elderly meet youth - education meets business - sharing experience and knowledge in a social conducive state-of-the-art environment - news ways of collaboration
1) Big changes are happening in enterprise IT as new technologies become available that allow for more agile and less constrained applications.
2) Traditional enterprise applications were limited by high costs, difficulty changing, and siloed data, but new capabilities from cloud, mobile, social, and open source allow for custom apps with competitive advantages.
3) A wave of disruptive technologies like increased processing power and decreased storage costs require changing application design patterns from traditional scale-up architectures to more flexible scale-out and REST-based approaches.
The document discusses Microsoft System Center 2012 and its capabilities for cloud and datacenter management. It highlights products within System Center 2012 like Operations Manager, Virtual Machine Manager, Service Manager, and Configuration Manager that provide monitoring, virtualization management, service desk, and client management capabilities. The document also discusses how System Center 2012 allows for unified management of physical, virtual, and cloud environments from a single console.
Juniper Networks IR Investor and Analyst Update - Mobile World Congress 2012Juniper Networks
Juniper Networks presented at Mobile World Congress on February 28, 2012. They discussed innovations in their networking platforms, software, and security products across different network domains including access & aggregation, edge, core, data center, WAN, campus & branch, and consumer & business devices. Juniper aims to provide consistent functionality and security across their portfolio with their common Junos operating system.
Mobile Monday DUS Mobile Cloud for Enterprise-final-printPeter Decker
Mobile cloud services are coming to enterprises. This will allow corporate applications and data to be accessed from any mobile device using cloud-based infrastructure. There are 3 steps for enterprises to take advantage of this mobile wave: 1) Protect business data for mobile use, 2) Integrate mobile technology into business processes using platforms like Symphony Teleca's m-Suite, and 3) Innovate business models using mobile cloud services for customers. Forecasts suggest 80% of enterprises will use cloud apps and have a mobile workforce by 2014.
Монетизания: Достижение прибыльности мобильного Интернета нового поколения.Cisco Russia
This document summarizes a keynote on monetizing the next generation of mobile internet. It discusses how mobile data usage and revenues are growing significantly as 4G/LTE networks are deployed worldwide. The keynote addresses how mobile operators can optimize networks, improve quality of experience for video, and create new business models to better monetize mobile data and close the profitability gap. Examples discussed include tiered pricing, personalized services, content insertion and filtering, dual persona/BYOD models, and generating revenues from both sides of business-to-business-to-consumer transactions.
This document discusses synchronization issues that can arise in designs with multiple clock domains and presents techniques for reliably handling clock domain crossings. It describes how metastability can occur during data transfers between clock domains and impact reliability. Advanced synchronization techniques using synchronization IP blocks and EDA tools are recommended to automatically handle clock domain crossings in a correct-by-design manner and verify the design is sign off-ready. Synchronization is a critical part of most modern chip designs that must be carefully analyzed and validated.
Many product ideas require small low power connected devices. For example, many types of activity monitors and Internet Of Things applications.
Learn how to take advantage of open source hardware and software to focus your efforts on the core value of your product that makes it unique.
In this two and a half hour long workshop, we will cover how to leverage the Open Source Firefly Project hardware and software along with other open source components, such as ARM Cortex-M GNU tools, to create a new device. This includes customizing the electronics, mechanicals, and software. You will also be shown how to produce your device at low volumes and estimate the production costs.
Bring your Mac Laptops. Devices based on the Open Source Firefly Project will be available for use by workshop participants to illustrate many of the steps in the process. Successfully program, test, and assemble a device and you can take it with you.
(Information about the Open Source Firefly Project is at http://fireflydesign.com.)
RFCONNEXT\’s HIGH SPEED INTERCONNECT TECHNOLOGIES AND APPLICATIONSrfconnex
RFCONNEXT is a technology company that develops advanced transmission line interconnect technologies to improve signal and power integrity at high speeds. Their patented PMTL, VMTL, and SMTL transmission line technologies can significantly improve bandwidth and reduce noise compared to traditional lines. RFCONNEXT aims to provide interconnect products and engineering services to squeeze more performance out of copper and advance the high-speed interconnect ecosystem. Measurement results show their prototype transmission lines outperform traditional lines with lower insertion loss and better signal quality at high frequencies.
Performance Analysis of Encoder in Different Logic Techniques for High-Speed ...Achintya Kumar
In designing a system, we can replace cell components by appropriate technique based cell so that the noise margin of overall circuit is improved. In future we can also implement some techniques for sequential circuits.
Zuken - Improve pcb quality and cost with concurrent power integrity analysis...Zuken
This document discusses power integrity challenges in modern PCB design and introduces an EDA methodology for concurrent power integrity simulation throughout the PCB design process. It covers topics like IC switching current needs, power distribution system impedance behavior, decoupling capacitor placement considerations, and examples of using power integrity simulation to optimize PCB designs. The methodology aims to identify power integrity issues earlier to improve quality and reduce costs compared to traditional verification later in the design flow.
This presentation looks at the new Borderless Networks solutions that deliver the capabilities you need to transform your business into one that is borderless and future-ready.
This document discusses operationalizing mobility in the enterprise. It describes the challenges of mobility including lack of integration, overlapping responsibilities, and technology gaps that impair productivity and increase costs. The document then introduces Cellution as a solution that can operationalize mobility through a value framework, expert support services, and a mobility intelligence platform. Cellution aims to enhance human capital, lower costs, and narrow the IT gap across the mobility environment.
The document discusses EMC's Velocity Solution Provider program for partners. It provides an overview of the program's tiers including Affiliate, Premier, Signature, and SSCP. It outlines the incremental benefits, requirements, and financial incentives for each tier. The program aims to provide partners with opportunities for growth, differentiation, and profitability through specializations, training, marketing support, and rebates.
This document discusses the transformation of IT backup and recovery due to trends in data growth and regulations. It presents EMC's backup solutions including Data Domain for disk-based backup with deduplication, Avamar for fast VMware backups, and NetWorker for centralized backup management. These solutions provide faster backups, recovery and scalability compared to traditional tape-based systems. Case studies show customers achieving up to 98% data reduction, replacing tapes completely and saving over $200k annually with EMC's backup products.
CISCO Flexible Work / Telework Presentation for RDASIRichard Everson
This document discusses Cisco's flexible work practices as a competitive advantage. It notes that over 50% of Cisco's employees collaborate with colleagues in different time zones and over 52% work in a different location than their manager. Cisco provides flexible work options and virtual tools to over 70,000 global employees. Flexible work practices help attract and retain top talent, drive productivity, and provide work-life balance. Cisco aims to leverage flexible work practices and mobility technologies to enable employees to focus on their work rather than where they work.
The document discusses EMC's transformation to an IT-as-a-Service model. It summarizes how EMC has virtualized 90% of its server workloads, consolidated data centers, and transformed its IT infrastructure to deliver services through a cloud foundation. This allows EMC to enhance agility, optimize costs, and deliver business value through offerings like infrastructure-as-a-service, platform-as-a-service, and software-as-a-service.
The document discusses big data and EMC's big data solutions. It begins with an introduction to big data and how data volumes and sources are growing exponentially. It then outlines EMC's big data "stack" including solutions for storage, analysis, and collaboration across structured and unstructured data. Specific EMC solutions highlighted include Isilon for scale-out file storage, Greenplum for analytics, and Hadoop. Case studies and capabilities of these solutions for big data are presented. The document emphasizes that big data is driving major changes and opportunities.
Urban innovation - changing the way we work - reducing carbon footprint - social innovation - mobile knowledge workers meet nomads - elderly meet youth - education meets business - sharing experience and knowledge in a social conducive state-of-the-art environment - news ways of collaboration
1) Big changes are happening in enterprise IT as new technologies become available that allow for more agile and less constrained applications.
2) Traditional enterprise applications were limited by high costs, difficulty changing, and siloed data, but new capabilities from cloud, mobile, social, and open source allow for custom apps with competitive advantages.
3) A wave of disruptive technologies like increased processing power and decreased storage costs require changing application design patterns from traditional scale-up architectures to more flexible scale-out and REST-based approaches.
The document discusses Microsoft System Center 2012 and its capabilities for cloud and datacenter management. It highlights products within System Center 2012 like Operations Manager, Virtual Machine Manager, Service Manager, and Configuration Manager that provide monitoring, virtualization management, service desk, and client management capabilities. The document also discusses how System Center 2012 allows for unified management of physical, virtual, and cloud environments from a single console.
Juniper Networks IR Investor and Analyst Update - Mobile World Congress 2012Juniper Networks
Juniper Networks presented at Mobile World Congress on February 28, 2012. They discussed innovations in their networking platforms, software, and security products across different network domains including access & aggregation, edge, core, data center, WAN, campus & branch, and consumer & business devices. Juniper aims to provide consistent functionality and security across their portfolio with their common Junos operating system.
Mobile Monday DUS Mobile Cloud for Enterprise-final-printPeter Decker
Mobile cloud services are coming to enterprises. This will allow corporate applications and data to be accessed from any mobile device using cloud-based infrastructure. There are 3 steps for enterprises to take advantage of this mobile wave: 1) Protect business data for mobile use, 2) Integrate mobile technology into business processes using platforms like Symphony Teleca's m-Suite, and 3) Innovate business models using mobile cloud services for customers. Forecasts suggest 80% of enterprises will use cloud apps and have a mobile workforce by 2014.
Монетизания: Достижение прибыльности мобильного Интернета нового поколения.Cisco Russia
This document summarizes a keynote on monetizing the next generation of mobile internet. It discusses how mobile data usage and revenues are growing significantly as 4G/LTE networks are deployed worldwide. The keynote addresses how mobile operators can optimize networks, improve quality of experience for video, and create new business models to better monetize mobile data and close the profitability gap. Examples discussed include tiered pricing, personalized services, content insertion and filtering, dual persona/BYOD models, and generating revenues from both sides of business-to-business-to-consumer transactions.
This document discusses synchronization issues that can arise in designs with multiple clock domains and presents techniques for reliably handling clock domain crossings. It describes how metastability can occur during data transfers between clock domains and impact reliability. Advanced synchronization techniques using synchronization IP blocks and EDA tools are recommended to automatically handle clock domain crossings in a correct-by-design manner and verify the design is sign off-ready. Synchronization is a critical part of most modern chip designs that must be carefully analyzed and validated.
Many product ideas require small low power connected devices. For example, many types of activity monitors and Internet Of Things applications.
Learn how to take advantage of open source hardware and software to focus your efforts on the core value of your product that makes it unique.
In this two and a half hour long workshop, we will cover how to leverage the Open Source Firefly Project hardware and software along with other open source components, such as ARM Cortex-M GNU tools, to create a new device. This includes customizing the electronics, mechanicals, and software. You will also be shown how to produce your device at low volumes and estimate the production costs.
Bring your Mac Laptops. Devices based on the Open Source Firefly Project will be available for use by workshop participants to illustrate many of the steps in the process. Successfully program, test, and assemble a device and you can take it with you.
(Information about the Open Source Firefly Project is at http://fireflydesign.com.)
RFCONNEXT\’s HIGH SPEED INTERCONNECT TECHNOLOGIES AND APPLICATIONSrfconnex
RFCONNEXT is a technology company that develops advanced transmission line interconnect technologies to improve signal and power integrity at high speeds. Their patented PMTL, VMTL, and SMTL transmission line technologies can significantly improve bandwidth and reduce noise compared to traditional lines. RFCONNEXT aims to provide interconnect products and engineering services to squeeze more performance out of copper and advance the high-speed interconnect ecosystem. Measurement results show their prototype transmission lines outperform traditional lines with lower insertion loss and better signal quality at high frequencies.
Performance Analysis of Encoder in Different Logic Techniques for High-Speed ...Achintya Kumar
In designing a system, we can replace cell components by appropriate technique based cell so that the noise margin of overall circuit is improved. In future we can also implement some techniques for sequential circuits.
Zuken - Improve pcb quality and cost with concurrent power integrity analysis...Zuken
This document discusses power integrity challenges in modern PCB design and introduces an EDA methodology for concurrent power integrity simulation throughout the PCB design process. It covers topics like IC switching current needs, power distribution system impedance behavior, decoupling capacitor placement considerations, and examples of using power integrity simulation to optimize PCB designs. The methodology aims to identify power integrity issues earlier to improve quality and reduce costs compared to traditional verification later in the design flow.
Introduction to x-rays and x-ray inspection, Safety Operating X-Ray Cabinet Systems, Size and Weight of X-Ray Inspection Systems, How do we image the X-rays?, Magnification, Resolution, Field of View, X-Ray Inspection Area, Power of X-Ray Tube, X-Ray Sensor, Sample Positioning, x-ray applications, LED Packaging and Assembly, Semiconductor Failure Analysis, Component Counterfeit Detection, Electronic Component Manufacturing, PCB / PTH (barrel fill) Analysis, Smart Phone Design and Manufacturing, BGA Void and Head – in Pillow Analysis, RF Components and Systems, Automotive Parts, Non Destructive Testing and Evaluation, Parts – Presents- Placement, Plastic / Aluminum Molding, Medical Device Design and Manufacturing, Small Animal Imaging, Seed and Agricultural Imaging, Identification of defects in soldered components – excess voiding or excess solder, Quality control of medical temperature sensors. X-Ray images taken with TruView X-Ray Inspection systems.
Mentor Graphics is an EDA company that provides PCB design and manufacturing integration solutions. Their traditional NPI process had issues like call-backs from manufacturing due to data mistakes and misunderstandings. Their new Valor NPI flow embeds DFM checks into the design process, uses the ODB++ standard to pass the complete product model between design and manufacturing for consistency, and automatically prepares the manufacturing processes. This seamless integration improves manufacturability and reduces design revision spins and costs for customers.
Radiation Damage on Electronic ComponentsBill Cardoso
Ever wondered how radiation impacts the performance of electronic components? In this presentation we address this issue by covering how radiograph systems, namely the TruView X-ray inspection system currently in use worldwide, effect electronic components. In short TruView systems don't have enough power to damage components.
Automotive PCB market is the biggest highlight. Global automotive PCB market size was USD5.28 billion in 2015 and is expected to grow by 8.3% to USD5.72 billion in 2016 and by 8.2% to USD6.19 billion in 2017, primarily because of impetus of millimeter-wave radar to RF board, of connected vehicle to multi-layer board, and of chassis electronization to metal substrate.
This document provides an overview of PCB designing basics and tools. It defines a PCB as a printed circuit board that physically supports and wires surface-mounted and through-hole components using a FR-4 panel with copper foil laminated on one or both sides. The basic steps in PCB design are: 1) schematic capture, 2) component placement, and 3) routing and exporting output files in Gerber or ODB format. Popular PCB design tools mentioned include Cadence Allegro, Mentor Graphics PADS, Altium PCB Designer, and Eagle PCB Design.
Statistical Process Control for SMT Electronic ManufacturingBill Cardoso
Statistical Process Control (SPC) is a statistical method to control and monitor the quality of a production line. In this presentation we cover the detailed development of a SPC program, from selecting the appropriate metrics for a manufacturing process to collecting data to analysing the data. Examples are used to show the power of SPC in diagnosing quality problems with SMT manufacturing lines. The early detection of problems is critical to the success of any manufacturing line.
LED, BGA, and QFN assembly and inspection case studiesBill Cardoso
In this tutorial we cover the manufacturing of the most challenging surface mount parts to assemble and inspect today: LEDs, BGAs, and QFNs. The tutorial focuses on the pitfalls of manufacturing and inspecting PCBs with these devices. Presentations will provide content to solve many of the technical challenges encountered by luminaire integrators and contract manufacturers. This tutorial is targeted at manufacturing, process, and quality personnel responsible for designing, implementing and/or controlling the surface mount device application and inspection process. Those personnel responsible for training operators and technicians to perform assembly inspection or control the manufacturing process would also benefit from this tutorial.
We will use a library of assemblies inspected at Creative Electron’s Advanced Solutions Lab to provide attendees with real life examples of assembly issues. Attendees are welcome to send their own assemblies to Creative Electron prior to the webtorial so that the material can be used during training.
Topics Covered:
How LED material handling and storage impact assembly performance
LED x-ray inspection: How voids cost you money
Case study: How lack of quality killed a successful LED company
Process design for BGA and QFN assembly and rework
BGA and QFN x-ray inspection: How to see what often goes wrong
X-Ray as a tool for quality process design and control
- All x-ray images taken with TruView X-Ray Inspection systems.
This document provides information about different types of counters, including asynchronous counters, synchronous counters, MSI counters, and specific counter integrated circuits. It defines counters and describes their basic characteristics. It discusses asynchronous ripple counters and their timing. It provides examples of decade and binary counters. It describes synchronous counters and MSI counters like the 74LS163 4-bit synchronous counter. Finally, it provides truth tables, logic diagrams, and application information for common counter ICs like the 7490, 7492, 7493, and 74LS163.
Low power VLSI design has become an important discipline due to increasing device densities, operating frequencies, and proliferation of portable electronics. Power dissipation, which was previously neglected, is now a primary design constraint. There are several sources of power dissipation in CMOS circuits, including switching power due to charging and discharging capacitances, short-circuit power during signal transitions, and leakage power from subthreshold and gate leakage currents. Designers have some control over power consumption by optimizing factors such as activity levels, clock frequency, supply voltage, transistor sizing and architecture.
This document discusses various low power techniques for integrated circuits. It begins by describing the increasing challenges of power consumption as device densities and clock frequencies increase while supply voltages and threshold voltages decrease. It then discusses different types of power consumption, including dynamic power, static power, leakage power from different sources, and how they can be reduced. The document covers many low power design techniques like multi-threshold CMOS, clock gating, multi-voltage, DVFS, and more. It discusses the evolution of these techniques and challenges in their implementation like timing issues, level shifters, and floorplanning for multi-voltage designs.
This presentation will discuss cloud computing at Cisco Canada, including an overview of Cloud Computing, Cisco’s cloud strategy, the unified Data Center, Cisco Solution, Cloud Case study, and advances in technology and platforms.
Driving Towards Cloud 2015: A Technology Vision to Meet the Demands of Cloud ...Intel IT Center
1) Cloud computing is driving a transformation in IT that will require new technologies to meet demands for flexibility, security, and energy efficiency.
2) Key technical areas to focus on include matching workloads to specialized platforms, embracing heterogeneity, automating operations, developing big data analytics capabilities, and adapting computing across data centers, local servers, and edge devices.
3) Quantifying resource usage through improved monitoring and metering will also be important for scheduling workloads efficiently and accurately billing customers based on their actual infrastructure demands.
Accenture - Bubble over Barcelona 2013 MWC - Mobility TrendsLars Kamp
1) Computing power has exponentially increased over decades due to Moore's Law, allowing for ever smaller, faster and cheaper chips.
2) This has driven innovation in form factors from mainframes to desktops to mobile, with a new major innovation about every decade.
3) The rise of cloud, mobile and connected products is shifting computing from single devices for users to many integrated devices.
GE Aviation uses a hybrid open innovation model to source new ideas from internal and external partners. This includes (1) maintaining an internal ideation network and global research centers to collaborate with universities and businesses, (2) leveraging existing partnerships and government programs, and (3) using an open innovation portal to source ideas from a broader community. The goal is to recruit and share ideas globally to drive innovation in a cost-effective manner. GE Aviation manages the process and ideas through a web-based portfolio management system for prioritization, connectivity to strategy, and analysis.
Indoor multi operator solutions - Network sharing and OutsourcingAmirhossein Ghanbari
Indoor solutions as a part of cellular mobile networks’ planning have been used for years in a way to fulfill the lack of an admissible coverage while subscribers experienced using cellular phones indoors. On the other hand, network sharing is a commonly used solution for mobile operators in order to lower their network capital and operational expenditures; that has also commonly been used for Distributed Antenna System (DAS) solutions in indoor deployments. Besides sharing, outsourcing network operation and maintenance has also been widely accepted by wireless carriers all around the world after that IT outsourcing flow, which started in late 90s, seemed to be quite promising for lowering operational costs.
The raise of new technologies in this domain that always promise higher, better and more to subscribers, little by little started to become worrisome since operators began to experience lower revenues from voice services during last couple of years as well as higher demand of capacity. As a result, operators started considering deploying indoor networks as a part of their planned network, with regard to the fact that during recent years the femtocell technology became the hot topic for smallcell deployments. This way, MNOs could exploit benefits of covering customers indoors efficiently as well as offloading mobile data traffic from macro cellular networks. But a question rose afterwards; why sharing and outsourcing in smallcell networks have not taken off yet? as they have been commonly used in macro cellular networks and DAS solutions?
In this MSc thesis, cooperation between different actors of the shared indoor mobile network ecosystem is studied by investigating both possible sharing models and the concept of outsourcing network operation and management for smallcell networks. This investigation has been done based on femtocells as the most suitable technology both for better coverage and higher capacity. During this process, different roles of actors in the ecosystems, the business relations between them and the main drivers of sharing were studied as well as discussing the main beneficiary of sharing, in order to find different types of cooperation and correlation in the ecosystem.
The main research questions in the thesis revolve around absence of sharing either active or passively in indoor mobile networks as well as outsourcing network operation and management. Eventually, a series of possible deployment models for shared and outsourced indoor mobile networks are presented where they have been tried to be verified by a number of use cases. As a result, this study proposes a set of recommendations for different possible operators in the ecosystem in order to formulate a profitable business model for them. These recommendations are believed to enable taking off sharing and outsourcing in smallcell networks.
Gary Berger is a technical leader in Cisco's Office of the CTO with over 22 years of experience in infrastructure architecture, platform development, performance and capacity planning, and data center design. He has expertise in areas such as protocol architecture, application design and scalability, and software defined networking.
Gary Berger is a technical leader in Cisco's Office of the CTO with over 22 years of experience in infrastructure architecture, platform development, performance and capacity planning, and data center design. He has expertise in areas such as protocol architecture, application design and scalability, and software defined networking.
The presentation will discuss the meaning of cloud technologies, various cloud approaches, the three paths to private cloud, challenges associated with private cloud and big data.
GE Digital Energy provides the Smallworld Network Inventory software solution for managing telecommunications network infrastructure. Smallworld has over 20 years of experience in geospatial information systems and was acquired by GE in 2000. It supports over 120 clients worldwide across telecom, cable, utility and other industries. The software provides an integrated view of both the logical and physical network, from outside plant infrastructure like cables and conduits to inside assets like equipment racks. It aids in network design, capacity planning, operations and maintenance.
FCM Sustainable Communities, Panel February 9 2012Rick Huijbregts
A presentation for FCM Sustainable Communities Conference, Ottawa 2012. Thursday closing panel: Integrating Land Use, Landscape, Climate and Infrastructure Planning : Changing from Reactive to Proactive PlanningTechnology, the Next Frontier.
Press and analyst conference presentation from Juniper's "New Network" launch -- unveiling new silicon, systems and software to reinvent the experience and economics of networking -- at NYSE Euronext, October 29, 2009
1) Consumption is driving big increases in information technology needs as content grows exponentially and more devices become connected.
2) By 2020 there will be 35 zettabytes of digital content created annually, with metadata growing the fastest. Context awareness will be critical to enabling consumption of the right data at the right time.
3) Opportunities for focus include driving efficiency to reduce storage costs, improving security and privacy with billions of connected devices, ensuring big data applications are cloud-friendly, and enabling analysis of data from billions of sensors and machines.
The Live/Synthetic Balance: Operational and Policy PerspectivesAndy Fawkes
The document discusses the live-synthetic balance from operational and policy perspectives. On the policy side, it examines why simulation is used for training, trends in technology, and how organizations should respond. On the operational side, it looks at how commercial off-the-shelf technology is being used for cost-effective simulation, examples of simulation supporting UK and NATO operations, and the role of simulation for future conflicts. Overall, the document argues that simulation and technology can help address training challenges if organizations adapt to technological trends as effectively as in the past.
The document discusses managing cloud infrastructure and delivering IT as a service. It outlines the challenges of infrastructure management as organizations transition to cloud computing. EMC's cloud management solutions, including Unified Infrastructure Manager (UIM) and IONIX IT Orchestrator (ITO), help speed provisioning, ensure service assurance and compliance across hybrid cloud environments. The solutions automate deployment and management of workloads on Vblock converged infrastructure and non-Vblock environments through unified APIs and orchestration.
The document discusses the challenges of increasing mobile broadband capacity demands in dense urban areas. It notes that mobile traffic is expected to grow exponentially due to more users, devices, and data-hungry applications like video. Traditional solutions for increasing capacity such as new spectrum, advanced antennas, and higher order modulations are reaching their limits. The document proposes that small cell networks, which can offload traffic and reuse frequencies over short distances, represent a cost-effective way to help meet escalating capacity needs, especially in dense urban areas.
HiPerDevGen is a tool that aims to accelerate analog layout design by automatically generating common analog structures like current mirrors and differential pairs based on user constraints. It recognizes these structures in schematics and allows rapid generation of layouts that closely resemble handcrafted designs while meeting design rules. This helps address the increasing bottleneck of analog layout design due to shorter development times and shrinking process nodes. Key features include generation of silicon-aware layouts, understanding of parasitic and matching requirements, and allowing designers to retain control over the layout process and design flow.
This document discusses cloud computing and the role of networks in enabling cloud services. It defines cloud computing as abstracted infrastructure that can host end-customer applications and is billed by consumption. Key benefits of cloud services include easy deployment, paying only for what is used, and lower costs. However, security, performance, availability are challenges. A hybrid model is emerging where enterprises use both public cloud services and private clouds. The network is critical to delivering the dynamic, transactional, and on-demand attributes required for cloud services.
SIOS Technology Corp is a global provider of data center technology that was founded in 1997. It provides private cloud solutions to meet the IT needs of Fortune 1000 companies. SIOS offers infrastructure as a service, platform as a service, and software as a service capabilities through an automated private cloud platform. It aims to provide agility, speed, reduced costs, flexibility, and other benefits to enterprise customers.
This document discusses techniques for reducing power consumption at the RTL to GDSII design flow level. It outlines that both operational and standby currents need to be controlled to reduce power dissipation. It then describes various techniques for reducing power such as clock gating, power gating, datapath optimization, and analyzing power impacts early in the design flow. Case studies are presented showing how low power techniques can impact power integrity if not properly implemented.
This document discusses techniques for reducing power consumption at the RTL to GDSII design flow level. It outlines that both operational and standby currents need to be controlled to reduce power dissipation. It then describes various techniques for reducing power such as clock gating, power gating, datapath optimization, and analyzing power impacts early in the design flow. Case studies are presented showing how low power techniques can impact power integrity if not properly implemented.
The document discusses testing semiconductor chips using software-defined modular instrumentation. It describes challenges in testing mixed-signal ICs and outlines structural vs functional testing approaches. It then discusses specific test applications and instrumentation for MEMS devices, digital communication protocols, power management ICs, RF ICs, and more. National Instruments' PXI and LabVIEW platform is highlighted as enabling flexible, software-defined chip test solutions.
The document discusses using algorithmic test generation to improve functional coverage in existing verification environments. It describes limitations of current constrained random stimuli generation techniques for complex designs. Algorithmic test generation uses rule graphs and action functions to efficiently target coverage goals without requiring extensive changes to verification environments. A case study shows algorithmic test generation achieved coverage goals over 600x faster than constrained random for an AXI bus bridge design while requiring minimal changes to the testbench.
This document discusses the dangers of believing "tall tales" or myths when planning, designing, and verifying FPGA implementations. It contrasts the tall tales with expert opinions on best practices. The tall tales suggest that FPGA projects do not require detailed planning, that FPGA design is similar to ASIC design, and that extensive verification is not needed. However, the expert opinions provided emphasize that early FPGA process involvement, an understanding of the FPGA architecture, and a tailored verification strategy are essential for successful FPGA projects. The summary is that while tall tales sound nice, expertise and tools are needed to properly plan, design, and verify FPGA solutions.
1. FPGAs allow balancing computation between an embedded processor and custom application-specific data processing pipelines.
2. Offloading streaming data tasks to an FPGA data plane can meet performance needs by freeing the processor for other tasks.
3. An FPGA implementation combining an embedded processor control plane and custom data plane reduces costs and development time compared to separate chips.
- The document discusses various techniques for reducing power consumption in FPGAs, including power analysis tools, power-driven synthesis and fitting, clock gating, using dedicated resources like DSP blocks and RAM blocks efficiently, and newer FPGA technologies that enable programmable power and lower voltages.
- Key technologies for reducing power mentioned include moving to smaller process nodes, programmable power technology which allows tiles to operate in high-speed or low-power mode, lower core voltages, more granular clock gating, and dynamic on-chip termination.
- Power analysis involves estimating power using tools like Early Power Estimator and PowerPlay Power Analyzer which require accurate toggle rate data and power models.
The document discusses when it makes sense for a company to leverage external intellectual property (IP) versus developing everything internally. It provides 10 factors to consider in the decision, including expertise, functionality, standardization, strategy, ecosystem, time-to-market, cost effectiveness, roadmap, market dynamics, and risk. While developing all IP internally can provide more control, the reality is more complex given technical requirements, time and cost constraints, ecosystem dependencies, and market dynamics. The key is to evaluate each potential use of external IP across these factors and work backwards from customer needs to place strategic bets that leverage partnerships and expertise.
The document discusses software-based verification and firmware development. It summarizes Evatronix's work developing IPs and drivers for hardware/software convergence. It describes building a testbench environment in SystemC to functionally verify IPs using ANSI C tests, which can then be reused from virtual prototyping to FPGA prototypes. The document also outlines developing a USB mass storage firmware in C using various abstraction layers, starting in the verification environment and finishing on an FPGA prototype with few modifications.
The document discusses using programmable application-specific processors (ASIPs) as accelerators in system-on-chips instead of fixed-function accelerators. ASIPs offer flexibility through programmability while maintaining high performance. The document outlines how to design ASIPs using C-programmable datapaths and compiler tools. It provides examples of ASIP designs for wireless baseband algorithms like WLAN equalization and FFT that achieve performance comparable to hardwired accelerators.
The document discusses the challenges of ensuring reliability at the nanometer scale in integrated circuit design. As process sizes shrink and complexity increases, new reliability issues emerge such as hot electron effects, oxide degradation, electromigration, latchup, electrostatic discharge, voltage drop, and soft errors. Current verification flows check for reliability issues after blocks are designed but finding problems late leads to redesign delays. The document proposes performing early reliability analysis during layout construction to detect problems earlier when fixes are easier and help designs reach signoff checks with fewer issues. This includes analyzing critical signals and looking ahead during construction to create signoff-ready designs from the start.
The document discusses the challenges of scaling to smaller nanometer process nodes. Key challenges include increasing complexity, lithography limitations, atomic variability leading to power and timing unpredictability, rising power density, and rising costs of testing. Interconnect delays also increase as feature sizes shrink. Future designs will require more heterogeneous integration of digital and analog/RF circuits. Scaling will continue to drive the need for more advanced EDA tools that can handle complexity and optimize for goals like power that impact reliability. The document promotes the Galaxy implementation platform as providing the right techniques and automation to address these nanometer challenges.
The document discusses using high-level synthesis (HLS) to speed up the design process. It recommends a two-step approach: first using HLS to generate prototypes on FPGAs from a high-level model, then using HLS to generate the final product design for an ASIC. HLS shortens development time, makes changes easier to incorporate, and allows exploring different implementations. While HLS tools have matured, adopting the new flow requires expertise and overcoming ramp-up challenges.
MIPS Technologies is a leading provider of processors for connected digital home devices. The document discusses market trends driving increased connectivity and capabilities in digital home devices. It recommends hardware specifications for MIPS processors to support 1080p video playback, 3D graphics, and future platforms like Android. Key partnerships are highlighted to help customers integrate complementary technologies and accelerate development.
The document discusses advanced floorplanning and clock tree techniques used to handle a large regular crossbar structure. Temporary hierarchical blocks were created to place repeater cells between main blocks in a stepping pattern. Custom routing was done above the blocks using thick metal layers for signals and power/ground, providing shielding. The clock tree was built by manually placing cells in quadrants then letting the tool optimize, achieving the target skew of 200ps. Scripting was crucial to guide the tools and work around limitations for the complex design.
1) Timing closure is becoming increasingly challenging due to rising complexity in chip designs including more process variations, operational modes, and timing scenarios.
2) Traditional multi-machine signoff approaches are inefficient for advanced nodes below 28nm. A new single-machine timing closure approach enables concurrent multi-mode multi-corner analysis and layout-aware ECO optimization.
3) Tight integration of placement and routing, statistical timing analysis, and extraction allows for faster turnaround times, more accurate signoff, and reduced design margins and ECO cycles.
The document describes a technique for timing-driven variation-aware nonuniform clock mesh synthesis. The technique involves four main stages: 1) deriving a timing constraint graph from static timing analysis, 2) generating a skew map of rectangular regions with different skew requirements, 3) removing overlapping rectangles to generate non-overlapping polygons, and 4) generating a clock mesh for each polygon where mesh density satisfies skew variations. The technique aims to generate a clock mesh that satisfies maximum skew variation requirements while considering process, voltage, and temperature variations.
The document discusses using programmable application-specific processors (ASIPs) as accelerators in system-on-chips instead of fixed-function accelerators. ASIPs offer flexibility through programmability while maintaining high performance. The document outlines how to design ASIPs using C-programmable datapaths and compiler tools. It provides examples of ASIP designs for wireless baseband algorithms like WLAN equalization and FFT that achieve performance comparable to hardwired accelerators.
How to Setup Warehouse & Location in Odoo 17 InventoryCeline George
In this slide, we'll explore how to set up warehouses and locations in Odoo 17 Inventory. This will help us manage our stock effectively, track inventory levels, and streamline warehouse operations.
How to Build a Module in Odoo 17 Using the Scaffold MethodCeline George
Odoo provides an option for creating a module by using a single line command. By using this command the user can make a whole structure of a module. It is very easy for a beginner to make a module. There is no need to make each file manually. This slide will show how to create a module using the scaffold method.
हिंदी वर्णमाला पीपीटी, hindi alphabet PPT presentation, hindi varnamala PPT, Hindi Varnamala pdf, हिंदी स्वर, हिंदी व्यंजन, sikhiye hindi varnmala, dr. mulla adam ali, hindi language and literature, hindi alphabet with drawing, hindi alphabet pdf, hindi varnamala for childrens, hindi language, hindi varnamala practice for kids, https://www.drmullaadamali.com
This presentation includes basic of PCOS their pathology and treatment and also Ayurveda correlation of PCOS and Ayurvedic line of treatment mentioned in classics.
How to Add Chatter in the odoo 17 ERP ModuleCeline George
In Odoo, the chatter is like a chat tool that helps you work together on records. You can leave notes and track things, making it easier to talk with your team and partners. Inside chatter, all communication history, activity, and changes will be displayed.
How to Fix the Import Error in the Odoo 17Celine George
An import error occurs when a program fails to import a module or library, disrupting its execution. In languages like Python, this issue arises when the specified module cannot be found or accessed, hindering the program's functionality. Resolving import errors is crucial for maintaining smooth software operation and uninterrupted development processes.
Walmart Business+ and Spark Good for Nonprofits.pdfTechSoup
"Learn about all the ways Walmart supports nonprofit organizations.
You will hear from Liz Willett, the Head of Nonprofits, and hear about what Walmart is doing to help nonprofits, including Walmart Business and Spark Good. Walmart Business+ is a new offer for nonprofits that offers discounts and also streamlines nonprofits order and expense tracking, saving time and money.
The webinar may also give some examples on how nonprofits can best leverage Walmart Business+.
The event will cover the following::
Walmart Business + (https://business.walmart.com/plus) is a new shopping experience for nonprofits, schools, and local business customers that connects an exclusive online shopping experience to stores. Benefits include free delivery and shipping, a 'Spend Analytics” feature, special discounts, deals and tax-exempt shopping.
Special TechSoup offer for a free 180 days membership, and up to $150 in discounts on eligible orders.
Spark Good (walmart.com/sparkgood) is a charitable platform that enables nonprofits to receive donations directly from customers and associates.
Answers about how you can do more with Walmart!"
A workshop hosted by the South African Journal of Science aimed at postgraduate students and early career researchers with little or no experience in writing and publishing journal articles.
Strategies for Effective Upskilling is a presentation by Chinwendu Peace in a Your Skill Boost Masterclass organisation by the Excellence Foundation for South Sudan on 08th and 09th June 2024 from 1 PM to 3 PM on each day.