Mobile Video Rocks! (Too bad it's going to kill the mobile network...)
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Mobile video is growing exponentially and will overwhelm existing data center infrastructure within a few years if nothing changes. Data centers cannot keep up with the increasing demands of processing mobile video. A new video compression standard and specialized servers called T-Video are proposed as solutions to address these challenges by greatly improving efficiency of video processing and storage using much less energy and resources. Unless upgrades are made, most data centers will be obsolete within 9 years.
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1) CPUs were becoming faster, moving to more cores and lower power designs. Server density was increasing but also heat.
2) Storage trends included declining SSD prices, larger hard drives, and improvements in deduplication and tape storage.
3) Networking was shifting to 10 Gigabit and converged networks, but duplicate hardware would be needed for 5 years during the transition.
4) Emerging technologies like cloud, big data appliances, and the "Internet of
E-Magazine September Issue 2021
This document discusses the rollout of 5G networks in India. It notes that while edge computing discussions have risen globally in recent years, Asia Pacific and India are leading regions for edge computing adaptation. The document also discusses how the Ladakh institute has become the first in India's union territories to implement a LiFi network for internet access. It covers how 5G will enable new applications and industries in India through high data rates and low latency connectivity. However, it notes that the COVID-19 pandemic delayed the launch of 5G in India and that a 2021 parliamentary report found insufficient work had been done yet to launch 5G. It believes 5G rollout across India will take 2-3 more years while 4G networks remain important.
Operators strategy for supporting the ‘Mobile Data Explosion’
The document discusses strategies that mobile operators can use to support increasing mobile data usage. It outlines several approaches operators are taking, including deploying small cells to increase network capacity, leveraging WiFi networks to offload traffic, and using new 3GPP standards and technologies like carrier aggregation and dynamic spectrum management. The document also provides a case study of how one US operator has evolved its network from 1947 to the present day to support growing demand.
Dynamic Software Defined Network Infrastructure Test Bed at Marist College
Check out Todd Bundy's slides from a joint presentation on SDN infrastructure test beds he gave at Marist College in cooperation with IBM and BCNET.
The business case for video
The document discusses the business case for video communications and conferencing. It notes that globally, interest in business-driven video is rising as the costs fall and quality improves. The UK has a mature video market with widespread adoption across businesses. Video can deliver substantial cost savings for businesses in difficult economic times through reducing travel costs and improving productivity. However, businesses must understand their needs and processes to determine the right video solution and ensure their network can support video conferencing. Realizing the full business benefits requires a well planned project and understanding how video can solve specific business issues.
Futurecom brazil october_hossein_final_v1
The document discusses broadband trends from 2010 to 2015 and beyond. It notes that broadband data and new subscribers will drive revenue growth for telecom companies, though traffic will grow faster than revenue. The challenges of limited spectrum, growing data usage, and high-bandwidth applications are also covered. The presentation recommends fiber to the curb/building with VDSL2 to meet near-term bandwidth demands, and next generation optical access as a way to provide up to 1 Gbps symmetrical speeds over longer distances in the future. Mobile broadband evolution including LTE, heterogeneous networks, and all-IP backhaul are presented as ways to enhance the user experience.
Superior network performance: why does it matter?
Wireless Broadband – Superior Performance Mobile Broadband Network – Why does it matter?
Speaker Per Narvinger, Head of Product Line LTE, Ericsson
Presentation from the Broadband World Forum, Amsterdam 2012. #BBWF
For more information on 4th Generation IP for mobility and the cloud: http://www.ericsson.com/yourbusiness/telecom_operators/fixed-broadband-convergence
Israel's First Internet of Things Conference
Did you know that by 2020 there will be 30 billion connected devices?! Internet of Things (IoT) is a world where 'things', both physical and vitual, are linked, and is set to transform daily life as we know it. This exclusive, invitation-only event brought together global thought leaders and business executives who are passionate about innovation and the advancement of technology.
Nokia air scale_ebook_en
The document discusses Nokia's AirScale radio access solution for building future-proof radio networks. Some key points:
1) AirScale allows networks to evolve from 4G to 5G to support growing IoT demands, through a flexible architecture that can instantly meet new demands.
2) It provides unlimited scalability through centralized radio access network deployment and the ability to add additional baseband processing capacity from the cloud.
3) AirScale is already 5G-ready through a software upgrade and has been tested on various spectrum bands, including low-frequency 700MHz bands for wide coverage.
LTE-M vs NB-IoT
LTE-M vs NB-IoT technology, who is the mainstream LPWAN technology?
NB-IoT is also known as LTE Cat-NB, and other terms such as LTE Cat- NB1 and Cat N1 also apply to the NB-IoT specification released in 2016. Today, there are also Cat N2 or Cat NB2 devices using the later enhanced NB-IoT specifications, which are now moving towards commercialization. So, what are the results of LTE-M vs NB-IoT?
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Cloud and Edge: price, performance and privacy considerations in IOT, by Tsvi...
Cloud and Edge: price, performance and privacy considerations in IOT, by Tsvi...Cloud Native Day Tel Aviv
As the public, private and consumer sectors rush to the cloud, the main hurdles are not feasibility or sensor/network price.
They are -Complexity of deployment due to inadequate IOT standards, inability to guarantee performance, and a growing fear of the liabilities generated by holding and processing data with privacy aspects.Similar to Mobile Video Rocks! (Too bad it's going to kill the mobile network...) (20)
Focused technology choices - Analyst & Journalist Briefing 2014
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Data Center Market and Technology Trends Power Electronics presentation held ...
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Technologies in the Networked Society, IP Networks in transition
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Operators strategy for supporting the ‘Mobile Data Explosion’
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Dynamic Software Defined Network Infrastructure Test Bed at Marist College
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Cloud and Edge: price, performance and privacy considerations in IOT, by Tsvi...
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https://www.wask.co/ebooks/digital-marketing-trends-in-2024
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Monitoring and Managing Anomaly Detection on OpenShift.pdf
Monitoring and Managing Anomaly Detection on OpenShift
Overview
Dive into the world of anomaly detection on edge devices with our comprehensive hands-on tutorial. This SlideShare presentation will guide you through the entire process, from data collection and model training to edge deployment and real-time monitoring. Perfect for those looking to implement robust anomaly detection systems on resource-constrained IoT/edge devices.
Key Topics Covered
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- Understand the fundamentals of anomaly detection and its importance in identifying unusual behavior or failures in systems.
2. Understanding Edge (IoT)
- Learn about edge computing and IoT, and how they enable real-time data processing and decision-making at the source.
3. What is ArgoCD?
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4. Deployment Using ArgoCD for Edge Devices
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11. What is a Jupyter Notebook?
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Mobile Video Rocks! (Too bad it's going to kill the mobile network...)
- 1. Mobilevideo isakillerapp Toobadit’sgoingtokillthedatacenter Get T-Video Orbuildmoredatacenters,fast. Technology can’t keep up Data centers can’t keep up Resources limited Priceofnewcodingstandard 90%Estimated energy wasted by data centers Data centers obsolete in 9yearsold most are already 7years I want twice as much mobile video every year CONSUMER We need 10x more computer power to process HEVC video ENGINEER Data centers are too expensive and hard to build CFO New smartphones per year 500Million of new data daily 15MillionGB Video processing is the #1 chore for mobile service providers Mobile video traffic nearly doubles every year 2010 2011 2012 2013 FASTER THAN MOORE’S LAW 30BWatts (the output of 30 nuclear power plants) of electricity were used by data centers in 2012 40%of existing data centers will be maxed out by end of 2014 Zoning and environmental restrictions tighten, electrical power limited Can't build fast enough to keep up with growing demand 20% Upgrading mobile video servers only adds performance of less than 65%of costs occur after the data center opens OPEN Yeswe’re Operations are more costly than construction 6Months After site purchase, permitting and prep, the build of a new facility takes at least Bandwidthusage -50%H.265 H.264 +1,000%H.265 H.264 Computercycles Carriers need 3,200% more mobilevideoencodingcapacity within 5 years Resourceslimited Andthat’sbeforeyouadd10xcomputingpower tosupportHEVC NeededDataCenter ExistingDataCenter OneT-Videooutperformsa6-footrackofconventionalservers T-Video™ totherescue Morecores thanstandard servers 3x MoreHD streaming perwatt 10x MoreHDstreaming thanstandardservers 20x