Monday, November 29, 2010

FCC Proposes to Auction TV Spectrum for Wireless Broadband

The FCC is proposing voluntary broadcast spectrum auctions to boost mobile broadband services. Specifically, a Notice of Proposed Rulemaking adopted by the FCC today proposes that wireless broadband providers have equal access to television broadcast frequencies that could become available in spectrum auctions. The Notice seeks comment on establishing new allocations for both fixed and mobile wireless services in the TV broadcast bands.


The Notice also explores enabling TV stations to voluntarily combine their operations and distinct programming lineups on a single TV channel. The Notice requests comment on the proposed rules that would enable TV broadcasters to opt to share channels by further tapping the technical capabilities that became available following the nation's historic transition to digital television in 2009. Finally, the Notice of Proposed Rulemaking seeks comment on steps that would improve TV reception on the VHF channels (2-13), such as by increasing transmitting power and establishing minimum performance standards for indoor antennas.


FCC Chairman Julius Genachowski stated: "The roughly 300 MHz of spectrum in the TV bands is among the most robust available. Beachfront property. The transition to digital made it possible to transmit over-the-air broadcast programming using less spectrum than before. While some stations are seizing the opportunity to
offer multicast streams or mobile TV that serve the public interest, others are not."


"We might think of the steady stream of broadcast DTV transmissions as trains with fixed number of boxcars delivering digital content -- but many of the boxcars are empty. This spectrum is too valuable -- and our spectrum needs too great -- for it to be used inefficiently. Especially given that less than 10% of Americans receive broadcast television only through over-the- air spectrum signals."http://www.fcc.gov

Motorola Sets Separation Date for January 4, 2011

Motorola Mobility Holdings will separate from Motorola, Inc. through a tax-free dividend involving the distribution of all Motorola Mobility common stock held by Motorola to Motorola stockholders prior to market open on January 4, 2011. The company also approved a reverse stock split of shares of Motorola common stock following the distribution. Motorola stockholders of record will receive 1 share of Motorola Mobility common stock for every 8 shares of Motorola common stock they hold. Immediately following the distribution of Motorola Mobility common stock to Motorola stockholders, Motorola will effect a 1-for-7 reverse stock split of Motorola common stock, which will become effective prior to the market open on Jan. 4, 2011. http://www.motorola.com

Level 3 - Comcast Spat Continues

In a letter to the FCC, Comcast defended its decision to begin charging a fee to Level 3 Communications for delivering online video content to Comcast broadband subscribers. Comcast described the dispute as peering issue involving unequal volumes of traffic.


In response, John Ryan, Assistant Chief Legal Officer of Level 3 Communications, issued the following statement:


"It is regrettable that Comcast has sought to portray this simply as a commercial disagreement or a peering dispute... The fundamental issue is not whether Comcast sends more traffic to Level 3 or whether Level 3 sends more traffic to Comcast. Both Level 3 and Comcast are responding to the requests of Comcast's subscribers, who want to be free to see and use the full suite of content and applications that are available on the Internet today and in the future. Level 3 wants to assure that freedom is preserved.


"Instead, the fundamental issue is whether Comcast, as the largest cable company in the country with absolute control over access to its cable TV and broadband access subscribers, has the right to unilaterally set a 'price' for that access that effectively discriminates against competitors of Comcast's cable and Xfinity content.
http://www.comcast.com
http://www.level3.com

FCC Proposes "Program License" to Boost Wireless Research

The FCC launched two proceedings aimed at supporting research and development of wireless technologies.


The first proceeding seeks to expand the FCC's existing Experimental Radio Service rules by offering a new type of
license, called a "program license," which would give qualified entities broad authority to conduct research without the need to seek new approval for each individual experiment.


The Commission proposed three types of program licenses:


Research license: This would allow universities, laboratories, and other qualified research
institutions to conduct experiments over a wide variety of frequencies and other operating
parameters.


Innovation Zone license: This would identify discrete geographic areas -- generally relatively
remote locations -- where researchers could conduct a wide range of experiments.


Medical license: This would allow medical institutions to innovate and develop new devices that
can save lives, have a significant impact on reducing medical costs for consumers, and provide
new treatment options for wounded service men and women.


The proposed rules would also expand opportunities for researchers and manufacturers to conduct market trials as part of product development.

The second proceeding examines how "dynamic access" radios and techniques -- which use technology to squeeze the most use out of available spectrum - - can provide more intensive and efficient use of spectrum. The Commission seeks comment on how to advance these technologies, whether by creating test-beds or modifying spectrum management practices and policies for future uses of both licensed and unlicensed devices and services. The Notice of Inquiry specifically seeks feedback on the usefulness of the model recently adopted for
television white spaces devices for providing access to other spectrum bands. The Commission also asks
whether spectrum sensing is, or could become, a viable technology for providing dynamic access in
certain frequency bands. The NOI seeks comment on whether dynamic access technologies and
techniques can be used in conjunction with current FCC secondary market policies to increase spectrum
2
use. Finally, the NOI asks whether the Commission's "Spectrum Dashboard" could be enhanced to better
utilize the potential of dynamic access technologies. The Spectrum Dashboard tracks how spectrum
licenses are used around the country and the availability of spectrum locally.
http://www.fcc.gov

360networks Selects Juniper Networks

360 networks -- a facilities-based wholesaler of communications services -- has selected Juniper Networks' Junos Space, Ethernet routers and switches. Specifically, 360networks deployed Juniper Networks MX480 3D Universal Edge Routers, powered by the Junos operating system, at multiple POPs in its next-generation IP network for dense dedicated access aggregation and provider edge services. 360networks also selected Juniper Networks EX4200 Ethernet Switches with virtual chassis fabric technology for low-speed aggregation to the MX480 routers, to deliver a scalable high-performance next-generation network.


In addition, 360networks is using Space is an open, programmable network application platform that includes a portfolio of network infrastructure automation applications, including Junos Space Route Insight Manager, J-Care Agility Services and Junos Space Service Now. Route Insight Manager enables network-wide visualization and monitoring to help 360networks manage rapid planning, troubleshooting and change simulation for its L3 IP/MPLS networks. Route Insight Manager also records all routing changes network-wide and allows historical replay for condition analysis. 360networks uses Service Now to reduce mean time between failures and mean time to repair. Additionally, Juniper's J-Care Agility Services are customized network analysis services that help 360networks evolve its network efficiently and effectively as its business changes.
http://www.juniper.net

Ralink Launches Mobile Wi-Fi Chips

Ralink Technology announced its entry into the mobile Wi-Fi market with the introduction of the RT8180 for cellular phones and the RT3180 and RT3680 for portable consumer electronics products. The RT3180 and RT3680, which are highly integrated 2.4GHz and dual-band 802.11n WLAN chips for high performance portable consumer electronics, integrate a host of mobile specific functionality including high-performance power amplifiers, low noise amplifiers, and various other front-end components. The RT8180 is a low cost, single chip Wi-Fi solution architected specifically for mobile phone applications. This device contains a 150Mbps 802.11n media access controller (MAC) and baseband, a high-performance 19dBm 2.4GHz radio and power amplifier, a low noise amplifier, an integrated transmit/receive switch with support for 2-antenna diversity that improves range and reliability, a mobile-centric SDIO 2.0 interface, integrated RAM and ROM memory, and an embedded power management unit. It also features 100 percent host CPU offload capability, per-packet antenna diversity technology, power management optimizations, support for Wake on Wireless LAN, and other radio/baseband enhancements for Wi-Fi in mobile phones.
http://www.ralinktech.com

Qualcomm and Ericsson Demo 2.3 GHz LTE TDD in India

Wireless Broadband Business Services Private Limited, one of Qualcomm India LTE Venture entities, and Ericsson have demonstrated LTE TDD mobility at 2.3 GHz in an outdoor environment in India. This demonstration is part of Qualcomm's previously stated plan for its LTE Venture to accelerate the deployment of LTE in concert with 3G to drive the growth of mobile broadband in India.


The demonstration live streamed multiple high-definition video feeds to a mobile van in the Gurgaon area, showing a seamless hand off between base stations while maintaining session continuity. The demonstration was carried out by using Radio Access Network (RAN) and Evolved Packet Core (EPC) solutions from Ericsson, and USB dongles based on Qualcomm's MDM9x00 multimode chipset that supports both LTE and 3G.


Qualcomm won one slot of 20 MHz TDD spectrum in India's 2.3 GHz band covering the key telecom circles of Delhi, Mumbai, Haryana and Kerala in the BWA auction earlier this year. In July 2010, Qualcomm announced Global Holding Corporation and Tulip Telecom as initial shareholders for its India LTE Venture.

http://www.qualcomm.com
http://www.ericsson.com

SingTel Deploys Amdocs for its exPress Portal

SingTel has deployed Amdocs software for its new exPress Portal, which provides fiber broadband subscribers with direct access to all their email accounts and social networks, enabling them to update their status or upload a photo to multiple social networks at once. The portal also stores and shares subscribers' photos, offers video chat and access to SingTel's multi-media video, music and other assets. Amdocs deployed the portal's software system, designed its universal interface and integrated it with external third parties.
http://www.amdocs.com

AT&T Enhances Stadium Coverage with DAS

AT&T has installed a new Distributed Antenna System (DAS) to expand its mobile broadband coverage at Turner Field in Atlanta. DAS has the ability to provide enhanced wireless coverage to customers in indoor or outdoor spaces where geographical limitations -- terrain, building construction, etc. -- or crowd density might otherwise prevent an optimal wireless experience.


AT&T noted that it has invested nearly $7.3 million in DAS projects in Georgia through the first three quarters of 2010.
http://www.att.com/networknews

Dell'Oro: Wireless Packet Core Market Expands in Q3

The Wireless Packet Core market grew 27 percent in the third quarter of this year versus the same quarter last year, marking the first year-over-year revenue increase for the market in 2010, according to a new report from Dell'Oro Group. The growth was due in large part to Chinese operators beginning to aggressively invest in their packet core networks after exhausting initial capacity, and, in the case of China Unicom, also preparing for the introduction of a highly popular smartphone, the iPhone 4.


According to the report, Huawei and ZTE achieved strong market share gains in the third quarter. Specifically, Huawei ended the third quarter with 31 percent of the market, up from 23 percent in the second quarter, while ZTE grew from 9 percent in the second quarter to 12 percent in the third quarter.


"We expect continued volatility in quarterly vendor share results," said Greg Collins, Vice President at Dell'Oro Group. "Although Huawei and ZTE benefited in the third quarter because of the growth in China, we expect Ericsson, Nokia Siemens and Cisco will benefit in the fourth quarter as the market shifts towards North America. We anticipate that North American operators will be preparing for greater uptake of smartphones and tablet devices during the holiday season, and as the operators exhaust their annual capital budgets," added Collins.
http://www.delloro.com

AT&T's Green Fleet Deploys 2,000th CNG Vehicle

AT&T announced the deployment of the 2,000th compressed natural gas (CNG) vehicle in its corporate vehicle fleet -- a Ford E250 van deployed in San Leandro, California. This milestone is part of a $565 million planned investment announced in March 2009 to replace approximately 15,000 fleet vehicles with alternative-fuel models through 2018. Currently, the AT&T corporate fleet includes more than 75,900 vehicles.
http://www.att.com/sustainability

Huawei to Build 80 X 40G National Backbone for China Mobile

Huawei confirmed a contract to build an 80×40G WDM national backbone network for China Mobile. Upon its completion, the network wavelength capacity will be upgraded from 10G to 40G, which will enable China Mobile to offer more ultra-broadband services and bring an enriched service experience to its subscribers. Financial terms were not disclosed.


In June 2010, China Mobile issued a call for bids for its Shanghai-Nanjing-Hangzhou 40G national backbone network project. This project is the first trial of an OTN (optical transport network) national backbone in China and it covers core areas in the Yangtze River delta, including Shanghai, Nanjing, and Hangzhou.
http://www.huawei.com

Ericsson Shows Advanced Modulation Approach for 100G

A research team at Ericsson, in cooperation with a Swedish ICT research company, has now completed a field trial of 100G using advanced modulation and detection techniques. The trial achieved 112 Gbps on a single optical wavelength over an 824 km installed fiber route between Stockholm and Hudiksvall without touching any equipment on the path. The used fiber link was looped back for a total of 12 spans.


Ericsson said the trial demonstrated advanced techniques such as dual-polarization 16-QAM modulation and coherent detection combined with sub-carrier multiplexing in the electronic domain. The tests involved broadband radio technology that enabled a substantial increase in utilization of the inherent capacity potential of the fiber. Moreover, thanks to the leveraging on electronics integration, the number and complexity of optical components can be reduced and thereby saving cost.


Vinai Sirkay, Head of Ericsson's Product Line Metro/Optical says: "This trial is proving our commitment to the optical space, showing our continuous development of our flexible and resilient DWDM solutions. We see big operator interest in upgrading existing 10Gbps solutions to 40Gbps and find this type of upgrade vital to support the massive broadband expansion right now."http://www.ericsson.com

India's Reliance and Ericsson Showcase LTE-TDD

Reliance has conducted a trial of LTE-TDD with Ericsson using the 2.3 GHz (Indian BWA) band. The trial was conducted at the Reliance Corporate Park, Navi Mumbai. The group is developing its iconic campus which is on course of becoming the nerve center for RIL's ambitious growth plan in promoting next generation mobile broadband service on Pan-India basis.


The companies said the trial achieved balanced peak rates of 80 Mbps in the downlink and 20 Mbps in the uplink.for the specified configuration/setup. The eco system capabilities were also showcased using ST-Ericsson dongles connected over the air to the base station. Full mobility with flawless delivery of applications such as HD Multimedia Streaming, LIVE TV was demonstrated with on-the-move speeds of 50 and 70 kilometers per hour as well as a seamless handover among the number of LTE Base Station Sectors.


Reliance said it looks forward to leveraging on the pilot to set up a commercial network that will build on a globally standardized eco-system and technology that offers immense potential for a wide spectrum of end-user offerings.
http://www.ericsson.com