Any 5G deployment will need low- and mid-band spectrum allocations plus high band to enable such applications as IoT, and sizably different infrastructure from 4G, with many more small cell sites, said CTIA Chief Technology Officer Tom Sawanobori Wednesday at an FCBA telecom and wireless committees event. Unlike the traditional spectrum evolution where a technology came first, followed by technical requirements and regulations, 5G represents "a slightly different equation," said Michael Ha, FCC Office of Engineering and Technology Policy and Rules Division deputy chief. The increasing demand for bandwidth for data transmission and the relative lack of unassigned spectrum is pushing the move into the millimeter wave bandwidths to support 5G, Ha said. The spectrum frontiers rulemaking (see 1510230050) is looking at bands above 24 GHz for 5G, and the 2015 World Radiocommunication Conference identified some bands for 5G -- though 28 GHz, a subject of the FCC proceeding, wasn't included in the WRC work, Ha said. While numerous incumbent satellite operations already use that spectrum, Ha said, sharing is inevitable: "We know it's not going to be exclusive use." The satellite industry wants to be part of 5G -- such as in potential applications like driverless vehicles -- but also wants assurances and safeguards against harmful interference, said Satellite Industry Association President Tom Stroup. "We certainly are advocates of sharing, where it works." 4G has become ubiquitous in the U.S., with roughly 98.5 percent of the nation covered and traffic on the 4G network expected to sextuple over the next five years, Sawanobori said. Such applications as Voice over LTE are expected to become commonplace as soon as more products offer "high-definition voice," he said. 5G, by contrast, probably won't be deployed ubiquitously across the U.S. due to different business models, Sawanobori said.
Some parties are raising red flags about Altice's planned $17.7 billion takeover of Cablevision. Monday was the deadline for comments on the transaction, and critics in docket 15-257 voiced concerns about Cablevision corporate debt and Altice's lack of clarity on its broadband interconnection policies. The deadline for responses is Dec. 22.
A legal and regulatory settlement this week between John Deere and LightSquared includes ending legal claims against Deere by a former LightSquared investor and specific handset and base station power and out-of-band-emission (OOBE) limits. An ex parte filing posted Wednesday in FCC docket 12-340 includes a copy of the 15-page settlement agreement and mutual release announced by the two companies Tuesday (see 1512080022). Deere said in a statement Wednesday that it "looks forward to working with LightSquared and other spectrum users on the important dual goals of expanding mobile broadband networks while protecting GPS and other navigation technologies."
Any 5G deployment will need low- and mid-band spectrum allocations plus high band to enable such applications as IoT, and sizably different infrastructure from 4G, with many more small cell sites, said CTIA Chief Technology Officer Tom Sawanobori Wednesday at an FCBA telecom and wireless committees event. Unlike the traditional spectrum evolution where a technology came first, followed by technical requirements and regulations, 5G represents "a slightly different equation," said Michael Ha, FCC Office of Engineering and Technology Policy and Rules Division deputy chief. The increasing demand for bandwidth for data transmission and the relative lack of unassigned spectrum is pushing the move into the millimeter wave bandwidths to support 5G, Ha said. The spectrum frontiers rulemaking (see 1510230050) is looking at bands above 24 GHz for 5G, and the 2015 World Radiocommunication Conference identified some bands for 5G -- though 28 GHz, a subject of the FCC proceeding, wasn't included in the WRC work, Ha said. While numerous incumbent satellite operations already use that spectrum, Ha said, sharing is inevitable: "We know it's not going to be exclusive use." The satellite industry wants to be part of 5G -- such as in potential applications like driverless vehicles -- but also wants assurances and safeguards against harmful interference, said Satellite Industry Association President Tom Stroup. "We certainly are advocates of sharing, where it works." 4G has become ubiquitous in the U.S., with roughly 98.5 percent of the nation covered and traffic on the 4G network expected to sextuple over the next five years, Sawanobori said. Such applications as Voice over LTE are expected to become commonplace as soon as more products offer "high-definition voice," he said. 5G, by contrast, probably won't be deployed ubiquitously across the U.S. due to different business models, Sawanobori said.
Any 5G deployment will need low- and mid-band spectrum allocations plus high band to enable such applications as IoT, and sizably different infrastructure from 4G, with many more small cell sites, said CTIA Chief Technology Officer Tom Sawanobori Wednesday at an FCBA telecom and wireless committees event. Unlike the traditional spectrum evolution where a technology came first, followed by technical requirements and regulations, 5G represents "a slightly different equation," said Michael Ha, FCC Office of Engineering and Technology Policy and Rules Division deputy chief. The increasing demand for bandwidth for data transmission and the relative lack of unassigned spectrum is pushing the move into the millimeter wave bandwidths to support 5G, Ha said. The spectrum frontiers rulemaking (see 1510230050) is looking at bands above 24 GHz for 5G, and the 2015 World Radiocommunication Conference identified some bands for 5G -- though 28 GHz, a subject of the FCC proceeding, wasn't included in the WRC work, Ha said. While numerous incumbent satellite operations already use that spectrum, Ha said, sharing is inevitable: "We know it's not going to be exclusive use." The satellite industry wants to be part of 5G -- such as in potential applications like driverless vehicles -- but also wants assurances and safeguards against harmful interference, said Satellite Industry Association President Tom Stroup. "We certainly are advocates of sharing, where it works." 4G has become ubiquitous in the U.S., with roughly 98.5 percent of the nation covered and traffic on the 4G network expected to sextuple over the next five years, Sawanobori said. Such applications as Voice over LTE are expected to become commonplace as soon as more products offer "high-definition voice," he said. 5G, by contrast, probably won't be deployed ubiquitously across the U.S. due to different business models, Sawanobori said.
Some parties are raising red flags about Altice's planned $17.7 billion takeover of Cablevision. Monday was the deadline for comments on the transaction, and critics in docket 15-257 voiced concerns about Cablevision corporate debt and Altice's lack of clarity on its broadband interconnection policies. The deadline for responses is Dec. 22.
Half of the World Radiocommunication Conference-19 agenda is made up of items suggested by the Inter-American Telecommunication Commission (CITEL), including proposals on use of bands below 6 GHz for international mobile telecom (IMT) and bandwidth for high-altitude platform stations, said Julie Zoller, deputy head of the U.S. delegation to WRC-15. The tentative WRC-19 agenda -- still to be finalized by the ITU Council -- also includes CITEL-sponsored proposals on spectrum needs for a global aeronautical distress and safety system, 5 GHz radio local area networks, development of regulations for non-nongeostationary orbit fixed satellite service (FSS) systems in the V-band, a possible allocation of Earth exploration-satellite service in the 460-470 MHz band, and orbital position limits rules, Zoller said. She spoke Tuesday at the U.S. ITU Association (USITUA) annual meeting.
John Deere and LightSquared came to agreement on their mutual L-band use. LightSquared said Tuesday it will forego use of 1545-1555 MHz to end some disputes with Deere over its planned ground-and-satellite-based LTE broadband network. The Deere agreement "sets the framework for broadband/GPS compatibility," LightSquared President Doug Smith told us Tuesday. "The two services can coexist peacefully. This will be a good step forward." The CEO had set out to reach such deals (see 1512040039).
Half of the World Radiocommunication Conference-19 agenda is made up of items suggested by the Inter-American Telecommunication Commission (CITEL), including proposals on use of bands below 6 GHz for international mobile telecom (IMT) and bandwidth for high-altitude platform stations, said Julie Zoller, deputy head of the U.S. delegation to WRC-15. The tentative WRC-19 agenda -- still to be finalized by the ITU Council -- also includes CITEL-sponsored proposals on spectrum needs for a global aeronautical distress and safety system, 5 GHz radio local area networks, development of regulations for non-nongeostationary orbit fixed satellite service (FSS) systems in the V-band, a possible allocation of Earth exploration-satellite service in the 460-470 MHz band, and orbital position limits rules, Zoller said. She spoke Tuesday at the U.S. ITU Association (USITUA) annual meeting.
Pointing to entry into the mobile services market and better services for small and mid-sized businesses, Charter Communications is trying to shore up its public interest argument for its proposed purchases of Bright House Network and Time Warner Cable. But critics of the $89.1 billion pair of transactions continue to issue broadsides.