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2014/08/04

| 08.04.14 | Nokia aims for piece of FirstNet pie via rapidly deployable LTE

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August 4, 2014
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Today's Top Stories

  1. Nokia, Harris aim to grab piece of FirstNet pie via rapidly deployable LTE
  2. Procera jumps into real-time location, QoE awareness
  3. Iotera close to funding goal for free IoT network
  4. Battery-free devices harvest radio waves in IoT play
  5. Europe's mobile networks could deliver mission-critical communications, study says


Also Noted: IBM
Spotlight On... 802.11ac Wi-Fi slowly but surely being adopted, survey shows
Keysight Technologies has begun operating under its own name; Qi wireless charging standard adds ability to charge devices at short distances and much more...

Industry Voices: Schoolar: LTE could be just what 450 MHz needs

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2. U.S. Cellular aims to strike LTE roaming deal by year-end
3. T-Mobile's Legere sees 'huge opportunity' to attract switchers with iPhone 6 launch


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> CSPs Using Predictive Analytics to Solve Some of Their Biggest Problems - Thursday, September 25th, 10amET/7amPT

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> Whitepaper: Next-generation OSS is critical to delivering service agility in new virtualized networks
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> eBook: eBrief | Connected TV Advertising's Growing Potential
> Whitepaper: Next Generation Technical Support
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> Whitepaper: Realizing Open Flow Switches with Aricent Frameworks
> Whitepaper: Increasing LTE Revenues: Top 10 Innovations and Operator Examples

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Today's Top News

1. Nokia, Harris aim to grab piece of FirstNet pie via rapidly deployable LTE


Nokia (NYSE:NOK) and Harris want the First Responders Network Authority (FirstNet) to think of them when it goes on the hunt for rapidly deployable LTE solutions for disaster areas, rural emergency situation and extended network coverage during special public events.

Nokia rapidly deployable LTE

The system can be used to deliver LTE coverage and capacity in one hour or less.

At this week's 2014 APCO International trade show in New Orleans, the partners are introducing a field-transportable eNodeB system they say can be used to deliver LTE coverage and capacity in one hour or less. Installed in a rugged enclosure for off-road operations, the system can be powered off grid by fuel cells and includes several backhaul solutions, including Wi-Fi, microwave and/or satellite. Further, the solution can also be equipped with an optional core network and application server to provide local connectivity in case of backhaul failure.

LTE equipment contracts have been awarded by Broadband Technology Opportunities Program (BTOP) funds recipients that have agreed to lease 700 MHz spectrum from FirstNet (and also Harris County, Texas, which was not a BTOP recipient and is using FirstNet's 700 MHz spectrum, though a lease agreement has not been formally announced).

However, an avalanche of nationwide contracts remains far off as FirstNet has said a comprehensive request for proposals (RFP) for the nationwide public-safety broadband network (NPSBN) is not slated to go out until early 2015. Nonetheless, industry participants are busy jockeying for attention and trying to attract public-safety's interest in their LTE wares.

"We just want a fair chance to compete," said Mark Combs, account director with Nokia Networks North America government and public-safety organization. "There really is no movement yet, but Nokia has stayed the course, and in fact we have expanded our team."

Combs said Nokia's message for the APCO show this week is that the company and Harris can help public safety get critical communications "when and where you need it," with a particular focus on network restoration, network extension and remote incident response.

Lots of other vendors are engaged in creating rapidly deployable LTE solutions. "What differentiates us is the fact that we're taking a holistic approach," Combs said, noting, for example, that the Nokia/Harris trailer can be easily customized depending upon use case.

"Our eNodeB is very versatile. It's the commercial variant. It's the one we've tested at PSCR (Public Safety Communications Research). It's the one we sell to T-Mobile (NYSE:TMUS), Sprint (NYSE: S) and all around the world," he added. Combs noted Nokia's eNodeB also is highly integrated with DragonWave backhaul.

"By leveraging our Flexi Multiradio Base Station family and Harris' BeOn  group communications suite, we are providing first responders a best-in-class commercial solution that ensures delivery of real-time data and video when most needed," said Bob Fennelly, head of government and public safety for Nokia Networks.

Meanwhile, in other Nokia Networks news, the company recently announced it is buying part of the wireless networks business of Panasonic System Networks. The agreement covers Panasonic's LTE/3G wireless base station system business for mobile operators and related wireless equipment system business.

The parties plan to conclude the agreement by the end of September 2014, with the expected closure scheduled for Jan. 1, 2015.

For more:
- see this Nokia release and this release

Related articles:
FirstNet: Costs, deployment details will become clearer in 2015
FirstNet putting together two key network RFPs, solicits possible board members
FirstNet names CTO, agrees to fund key activities
FirstNet leases space for technical HQ in Colorado, prepares to hire 100 employees
FirstNet lays out roadmap, extends spectrum talks with Texas county

Read more about: Bob Fennelly, FirstNet
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This week's sponsor is Anritsu.

eBook | LTE Advanced Status Report

With skyrocketing data consumption, many wireless carriers are anxious to deploy LTE-A. FierceWireless will take an in-depth look at LTE-Advanced and how it is being deployed in the U.S. and overseas. Download today.



2. Procera jumps into real-time location, QoE awareness


Procera Networks aims to help operators reduce their deployment of probes and costs associated with drive testing by enabling real-time location and awareness of radio access network (RAN) signal quality in its new device-based RAN Perspectives software solution.

Procera is best known as a provider of deep-packet inspection tools and big data analytics. Alexander Havang, Procera CTO, said RAN Perspectives is Procera's first product specifically targeting mobile subscriber quality of experience (QoE). The new product integrates into the company's existing PacketLogic solutions.

Procera said its initial offerings based on RAN Perspectives include customer care insights; analytics for quality, congestion, applications and out-of-coverage hotspots; RAN congestion management based on real-time location awareness; location-based service plan offerings; crowd-sourced minimized drive testing and out of coverage registration for RAN engineering teams.

RAN Perspectives is available now for beta testing and is slated for general availability during the first quarter of 2015.

Mobile network operators are increasingly interested in implementing solutions that reveal the true QoE being experienced by their users. This approach is essential in managing network data traffic and keeping customers happy, thus reducing churn and competitively positioning one mobile network vis-à-vis its competition. Competitors entering the QoE and customer experience management (CEM) market include Anite, which announced in June that its Nemo CEM Observer now provides diagnostics at the drive-test level via an application that runs on a subscriber's mobile device.

"The proliferation of mobile devices coupled with the expanding use of data-intensive applications such as mobile video has led to increasing congestion in the RAN that can dramatically reduce subscriber QoE," said Shira Levine, directing analyst, service enablement and subscriber intelligence at Infonetics Research. "A device-based solution such as RAN Perspectives has the potential to more effectively manage congestion while enabling a broad array of additional services, solutions and applications, which could have dramatic implications for mobile networks."

Anil Rao, senior analyst, service assurance, at Analysys Mason, noted that RAN data and intelligence on roaming customers' service quality "is of critical importance for operators looking to improve the subscriber experience and further monetize their infrastructure investments."

For more:
- see this Procera release

Related articles:
Anite says its CEM handset app digs deeper into network KPIs
Customer experience management to drive telco IT spending to $60.7B by 2017, says Ovum
Procera enhances its Enterprise DPI play with Vineyard Networks acquisition
Report: Mobile networks expanding use of deep-packet inspection

Read more about: RAN Perspectives, QoE
back to top



3. Iotera close to funding goal for free IoT network


With more than one week left in its Kickstarter crowdfunding campaign, Iotera--a startup aiming to build a nationwide machine-to-machine network for all manner of connected devices--has raised more than half of its $250,000 goal.

 SEO keywords here

Iotera says it has built the smallest GPS tracker in the world. (Image source: Iotera) 

Iotera--the "Iot" refers to the Internet of Things--says it has built the "smallest, longest-lasting GPS tracker in the world." That diminutive (43mm x 22mm x 11mm) device--called Iota--is key to the firm's plan for a new nationwide wireless network with no monthly fees.

The device also includes a temperature sensor and accelerometer, which is where things start to get interesting, because those functions broaden the use cases to situations such as pet monitoring (Is "Fido" getting uncomfortably warm inside your car even though it's a cool day?) and even home alarms (Has a window been opened? Has the mailbox door been opened and closed, meaning you got mail?).

Iotera cofounder Ben Wild explained to Wired that the M2M network transmissions are sent using the unlicensed 902-920 MHz band. Iotera wants people to help build a community network, which requires them to attach a small Iota Home Base on their residence's window. The device listens for any Iotas within range and forwards messages from them to the Iota cloud servers via the user's home Wi-Fi network. Those servers process the messages, sending status updates and alerts to companion devices such as a smartphone or a computer.

Each Home Base can forward messages it receives from the cloud to any Iota, enabling people to use an Apple (NASDAQ: AAPL) iOS or Google (NASDAQ: GOOG) Android app on their smart device to send configuration changes and on-demand location requests to a specific Iota via the cloud.

Iotera needs to convince people to share their home Internet service with other people and their Iota devices. "The Home Base uses less than 5 kbps of bandwidth to send data to our servers. For a 1Mbps uplink, that is less than 0.5 percent of your total bandwidth. This will not have a noticeable effect," the company said.

Naturally, the system works better as more Home Bases are deployed, because there will be massive coverage gaps if not enough people get on board with the plan. The company said it regularly sees at least one mile of coverage in its Home Base field tests, conducted in northern California. Transmissions from a Home Base installed on the rooftop of Iotera's three-story office building in Redwood City, Calif., can be heard four miles away, and tests of prototypes on a straight, open highway achieved eight miles of range.

Given such ranges, the firm contends only 10 Home Bases are needed to cover an entire city. However, having more Home Base deployments will improve Iota device battery life.

Because Iota does not come with a monthly use fee, Wild told Wired the service will be less expensive than subscription-based tracking services from companies like Tagg and Whistle. And Iotera's extensive range should make it preferable to Bluetooth-based offerings such as Tile, which is restricted to a range of about 150 feet.

The company expects to sell an Iota, Home Base and attachment accessories for $199. Each Iota will ship with a pet collar accessory and a key chain accessory as well as a Micro USB cable for charging.

According to its Kickstarter page, Iotera is aiming for FCC certification of its devices in September and mass production starting in November, in time for product shipments at the start of 2015.

For more:
- see this Iotera Kickstarter page
- see this Wired article

Related articles:
Iotera aims to use unlicensed spectrum for long-range tracking

Read more about: Iotera
back to top



4. Battery-free devices harvest radio waves in IoT play


University of Washington researchers envision an "RF-powered Internet of Things" based upon battery-free gadgets that derive energy by harvesting ambient radio waves, such as those emanated by Wi-Fi, TV, radio and cellular.

Click here to view a video.

According to the researchers, though existing technologies have been able to harvest power from ambient RF sources, they require a dedicated gateway, such as an RFID reader, for Internet connectivity. However, the researchers said their "WiFi Backscatter" system "bridges RF-powered devices with the Internet" by reusing existing Wi-Fi infrastructure to provide Internet connectivity to those devices.

The system could be used to enable, for example, in-home sensor networks. "We believe that this new capability can pave the way for the rapid deployment and adoption of RF-powered devices and achieve ubiquitous connectivity via nearby mobile devices that are Wi-Fi enabled," the researchers said.

The group used a hardware prototype combined with commodity, off-the-shelf Wi-Fi devices to demonstrate communication rates of up to 1 kbps and ranges of up to 2.1 meters.

"You could throw these things wherever you want and never have to think about them again," Shyam Gollakota, an assistant professor at the University of Washington who worked on the project, told MIT Technology Review. Gollakota aims to set up a company to commercialize the technology, which should be applicable to other protocols such as Zigbee or Bluetooth.

Gollakota explained that harvesting ambient radio waves does not bring in lots of power, certainly not nearly enough for sending data over Wi-Fi, which demands hundreds of milliwatts minimum and more typically around one watt. So the researchers have their prototype devices communicate without actively transmitting. Instead, the devices "backscatter," or send messages by reflecting or not reflecting signals from other sources, which requires less than 10 microwatts of power.

And while the battery-free Wi-Fi devices cannot harvest enough energy to receive and decode Wi-Fi signals in the conventional way, they can detect a Wi-Fi transmission's individual packets.

The same University of Washington group demonstrated a similar initiative last year, but those early devices could only communicate with devices like themselves and did not include Wi-Fi, said MIT Technology Review. A paper on the new and improved version will be presented at the ACM Sigcomm conference in Chicago this month.

For more:
- see this University of Washington article
- see this MIT Technology Review article

Related articles:
AT&T exec: IoT standards groups need to work together
Hilton: IoT raises questions about human control
Hilton: The power of analytics in IoT
IDC: Internet of Things moves beyond the buzz
Gartner: IoT requires rethink of manufacturers' underlying business models

Read more about: University of Washington
back to top



5. Europe's mobile networks could deliver mission-critical communications, study says


Debate has raged over what role commercial mobile networks ought to play in the rollout of the national public-safety broadband network (NPSBN) that the First Responders Network Authority (FirstNet) is charged with crafting. A similar debate is happening in Europe, where a lack of dedicated, harmonized spectrum for public safety is opening opportunities for mobile operators to provide shared access to their infrastructure.

According to Frost & Sullivan, emergency services users are becoming more open to the idea of having mobile network operators (MNOs) serve as providers of mission-critical data services. "MNOs have an opportunity to monetize their LTE investments, directly through providing premium managed network services or via MVNOs and/or hosted evolved packet cores," said Sheridan Nye, senior industry analyst at Frost & Sullivan.

Nye suggests European operators of public-safety networks, which operate dedicated networks based on terrestrial trunked radio (TETRA), could establish MVNOs for 3G and LTE data services. The added broadband capabilities could enable use cases such as body-worn cameras, advanced navigation and augmented reality applications.

One major problem with relying on commercial mobile networks for first responder communications is that those networks have not been designed with the kind of resiliency and advanced voice features, including VoLTE, that critical communications users require. This problem has been cited in Europe as well as in the United States, where critics say FirstNet should not rely upon vulnerable commercial mobile networks that are not designed with disaster-hardiness in mind.

Nye noted it will be up to mobile operators to decide if it is worth it to them to upgrade their networks to serve public safety, which is a niche market in comparison to their consumer customer base.

"MNOs and LTE vendors across Europe are partnering with their counterparts in the traditional professional mobile radio space to address this specialized market," Nye said. "Operators must assure potential customers that they will make the necessary investments in LTE coverage, resilience, capacity and functionality, even outside densely populated areas."

For more:
- see this Frost & Sullivan release

Related articles:
FirstNet: Costs, deployment details will become clearer in 2015
FirstNet seeking LTE network director, as some states dawdle on planning
Global public-safety LTE infrastructure spending will reach $2B in 2020, says report
VoLTE is essential for Los Angeles public-safety network

Read more about: Public Safety
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Also Noted

This week's sponsor is IBM.

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SPOTLIGHT ON... 802.11ac Wi-Fi slowly but surely being adopted, survey shows

Though the 802.11ac Wi-Fi standard was ratified at the end of 2013, most enterprises still rely upon good old 802.11n for their Wi-Fi networks, according to a survey released by Spiceworks. Of the IT professionals surveyed, only 6 percent said they had deployed 802.11ac as of July 2014. Some two-thirds reported they are still using 802.11n as their Wi-Fi standard, while almost a quarter use the much older 802.11a, b and g. A whopping 85 percent of IT professionals relying on older Wi-Fi technology reported having network issues, such as range, dead spots and capacity/bandwidth. Of the 43 percent who intend to upgrade their wireless networks in the next 24 months, three-quarters plan to upgrade to 802.11ac, with faster throughout being cited the main reason for the upgrade, Spiceworks said. Of the 28 percent upgrading to an older standard instead of 802.11ac, budget was cited as the primary constraint. The survey, sponsored by Aerohive Networks, included 554 IT professionals in North America and Europe, the Middle East and Africa. For more, see this report.

Wireless tech news from around the Web.

> Though it will remain a wholly owned subsidiary of Agilent Technologies until early November, Keysight Technologies has begun operating under the Keysight name. Release

> Australia's Telstra will shutter its GSM network by the end of 2016. Article

> Wearables need dedicated silicon, interoperability and beauty, according to Rob Chandhok, Qualcomm's senior vice president and president of interactive platforms. Article

> Qi wireless charging standard adds ability to charge devices at short distances. Article

> Internet.org, the brainchild of Facebook's Mark Zuckerberg, is getting criticized for its business model. Article

And finally… One of Google's mystery barges is reportedly on its way to the scrap heap. Article


Industry Voices

Schoolar: LTE could be just what 450 MHz needs


Daryl Schoolar ovum

Daryl Schoolar

450 MHz has been something of a white elephant in the wireless community. Its propagation ability makes it a valuable commodity for trying to cover large, lightly populated areas. At the same time the limited spectrum availability in this band hinders performance, and revenue potential of building devices or deploying services at this band have so far limited the development of an ecosystem. Sure there are CDMA deployments in that band, but they haven't really make 450 MHz a hot market. Ovum estimates CDMA450 users represent well under 10% of the tal CDMA user base. However, LTE450 (LTE at 450 MHz) might finally change all of that.

LTE holds real promise for operators looking to get the most out of the 450 MHz band. First of all LTE has greater spectral efficiency then CDMA thus improving data performance of the network. CDMA450 has been mainly used for voice services. There was some thought CDMA Rev. B could be the answer to 450 MHz data woes, but that technology hasn't taken hold.  Networks using the 450 MHz band need a stronger ecosystem, which LTE can provide.

No doubt the LTE ecosystem has a brighter future than that of CDMA. And this goes for LTE450 versus CDMA450. There is growing support for LTE450 from the chip, device, and network vendors. Alcatel-Lucent promotes LTE450 as a way to deploy public safety networks. ZTE has developed a dual-mode CDMA/LTE radio head to help operators transition to LTE.  Other vendors supporting LTE450 are Huawei, Qualcomm, Samsung, and Mediatek. Applications for LTE450 will include not only fixed line replacement and mobile broadband, but machine-to-machine communications as well.

Another factor in the success of LTE450 of course depends on operator interest. Per the CDG (CDMA Development Group) there are 115 CDMA450 operators across 60 countries. As the CDMA development path is coming to an end, those operators area all possibilities for LTE450.  Already we have two operators appearing to make that move from CDMA to LTE.

Ukko is a Finish operator.  The company currently has a CDMA450 network but is making the move towards LTE450. During the transition the mobile operator will be updating 241 cell sites.  Ukko expects the new network will be able to support 15 Mbps in the downlink. This is a far cry from what users see on other LTE networks, but still an improvement over CDMA. To help migrate the customer base Ukko will be issuing new CPE to them. Handheld and personal hotspot devices (MIFI) are expected in 2015.

The Russian government has given Rostelecom's subsidiary SkyLink permission to trial LTE450...Continued

More

Read more about: Daryl Schoolar, LTE450
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Webinars


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> LTE Broadcast - Evolving and going beyond mobile - Tuesday, August 26th, 1pm ET/ 10am PT

Tune-in to this webinar to learn more about Qualcomm's perspective on the various aspects of the evolution, and how our offerings enable operators to offer LTE Broadcast services today. Register Today!

> Consumerization and the CIO - Now Available On-Demand

From devices to services to apps, end users have a lot of choices - and those choices are bleeding into enterprise IT faster than ever. How do these changes affect IT strategy, budget and infrastructure? Register to watch now!

> The New Reality: LTE Solutions for Fixed Applications - August 27th | 2pm ET / 11am PT

Trends show that fixed wireless operators seek to benefit from LTE capacity and standards momentum. However, most LTE solutions remain mobile-centric, neglecting the requirements of fixed networks, like simplified cores, Layer 2 services, etc. This Webinar will explore how operators, municipalities, utilities and others can leverage LTE in a seamless migration and what it means for them and their customers — today and tomorrow. Reserve your spot today!

> CSPs Using Predictive Analytics to Solve Some of Their Biggest Problems - Thursday, September 25th, 10amET/7amPT

Learn how some of the more forward-thinking CSPs are using predictive analytics to up-sell services, increase ARPU and eliminate fraud and risk. Register Today!



Events


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> CCA's 2014 Annual Convention - September 7-10, 2014, Las Vegas, NV

Be where the carriers are. CCA's Annual Convention brings the decision-makers in the competitive mobile ecosystem together for networking, business development, and sharing best practices.

Join us at The Cosmopolitan September 7-10, then use your CCA pass to attend Super Mobility Week powered by CTIA. Visit http://cca-convention.org.

> Super Mobility Week - September 9 ? 11, 2014 - Las Vegas, NV

Super Mobility Week powered by CTIA is North America's largest forum for the mobile innovations that power your connected life. Thousands of mobile professionals and executives, 1,100+ exhibitors, as well as 1,000+ media and analysts from across the globe will gather in September for this event. Learn more at www.supermobilityweek.com.

> Don't Miss this FierceWireless 5G Breakfast at Super Mobility Week! - September 9, 2014 - Las Vegas, NV - Sponsored by Ericsson, Intel, Nokia, and SOLiD

Join Kris Rinne, AT&T; Nicola Palmer, Verizon Wireless; and other industry experts as they explore how to get from today's networks to the 5G network of the future. Seats are limited. Register Today!

> Don't Miss this FierceWireless IoT Breakfast at Super Mobility Week! - September 10, 2014 - Las Vegas, NV - Sponsored by AT&T, RacoWireless, and Sierra Wireless

Join Matt Thompson, Microsoft; Alec Saunders, BlackBerry; and other industry experts as they delve into the market segments where IoT technologies are blossoming now, and explore where the next opportunities may lie. Seats are limited. Register Today!



Marketplace


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> Whitepaper: Next-generation OSS is critical to delivering service agility in new virtualized networks

This white paper outlines the key role the OSS will play in enabling CSPs to deploy and realize anticipated benefits from service agility, operational flexibility and cost optimization. Download today.

> eBook: 5 Key Strategies for Successful Mobile Engagement

Read this eBook to discover how you can deliver highly targeted, personalized content and services to your customers across all mobile channels – and the key strategies that are critical to a successful mobile approach. Download today!

> eBook: LTE Advanced Status Report

LTE-Advanced is the next iteration in wireless network technology that is designed to enable faster data speeds and greater network capacity. This eBook from FierceWireless will take an in-depth look at LTE-Advanced and how it is being deployed in the U.S. and overseas. Download this free eBook today!

> eBook: Keeping Wireless Networks and Devices Secure

With the growth of smartphones and tablets, plus the onslaught of the Internet of Things, there is an even greater need to ensure that mobile networks are secure. FierceWireless explores the various types of security threats that operators must be on the lookout for as well as discusses various solutions to preventing any type of breach. Download this eBook today!

> Whitepaper: VoLTE - Using Policy to Deliver High Definition Voice Services

Learn how operators are delivering improved voice services while gaining the cost efficiencies of LTE. Download this free white paper today.

> eBook: eBrief | Connected TV Advertising's Growing Potential

The lack of industry standards coupled with an uncertain business model is making connected TV ads a challenge, but many companies are preparing for what could be a huge opportunity. In this eBrief, FierceCable discusses the future of connected tv and its advertising marketplace. Download Today!

> Whitepaper: Next Generation Technical Support

The next generation technical support whitepaper provides insights into how these next generation support models can be used to reduce risk and enhance customer satisfaction. Download Now!

> Whitepaper: Cloud RAN

This whitepaper provides an overview of the Cloud RAN architecture. It also offers exhaustive insight into how you can leverage concepts like 'Active Antenna Array', 'Multi-band Radio Remote Heads', 'Centralized Baseband Units', 'Radio Network Controllers' etc. to develop and deploy cutting edge Cloud RAN solutions to improve network performance that can help improve your ROI. Download Now!

> Whitepaper: Realizing Open Flow Switches with Aricent Frameworks

This whitepaper highlights the benefits of Aricent's OpenFlow frameworks, and explores how they can be leveraged to build pure or hybrid OpenFlow switches for deployments across campus, datacenter, enterprise, and service-provider networks. Download Today!

> Whitepaper: Increasing LTE Revenues: Top 10 Innovations and Operator Examples

Download this guidebook to learn about 10 leading service innovations to increase LTE revenue, examples and results from multipe operators worldwide and key BSS requirements to enable these services and reduce time to market. Download Today.



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