Wireless

Agriculture At High-Speed: Project Updates on Bridging California’s Rural/Urban Digital Divide

When farms are connected to the Internet, we all benefit. Agriculture that gains real-time information about plants, soil, atmosphere, and irrigation, dubbed "precision agriculture", can save farmers 20-30% of their water consumption while increasing productivity by 20-70%, according to Valley Vision. The San Francisco-Bay Area Internet Society Chapter is pleased to announce that we have started phase one of our collaborative project, "Bridging California's Rural/Urban Digital Divide with Mobile Broadband"... more

FCC Gives Approval to LTE-U Devices

Ericsson, Nokia get go-ahead for LTE-U base stations despite early fears they might interfere with Wi-Fi. more

FCC Ends Inquires Into “Zero Rating” Programs

"AT&T and Verizon just got a free pass from the FCC to divide up the internet," Colin Lecher reporting in The Verge. more

Bridging California’s Rural Digital Divide

A shift has occurred in agriculture: farmers are not only relying on clouds but increasingly, on the cloud. With the click of a mouse, farmers can find out which fields need water and chemical inputs in real time. The use of this technology, called precision agriculture, is helping farming become more productive, environmentally friendly and is revolutionizing how our food is cultivated. more

For the First Time Wireless Carriers and Auto Makers Seek Common Ground on Wireless Standards

For the first time auto makers and wireless carriers are actually seeking common ground around the creation of the wireless new standard, writes Roger Lanctot, Associate Director in the Global Automotive Practice at Strategy Analytics. more

China’s QUESS and Quantum Communications

In mid-August China launched "QUESS" (Quantum Experiments at Space Scale), a new type of satellite that it hopes will be capable of "quantum communications" which is supposed to be hack-proof, through the use of "quantum entanglement". This allows the operator to ensure that no one else is listening to your communications by reliably distributing keys that are then used for encryption in order to be absolutely sure that there is no one in the middle intercepting that information. more

Google Shows Signs of Agressive Plan for Nationwide Wireless Broadband

Google Fiber is planning a move from the expensive and slow-moving physical pipes strategy to deployment of wireless network, according to an FCC filing. more

WiFi QoE Assurance with TR-069 - Part 3: From Single AP to Large AP Deployments

Last week we investigated how rich data derived from TR-069 can be used to optimize the service quality of a single access point (AP) within the subscriber premises. Often a service provider will control multiple APs within a multi-dwelling unit, university campus, or other public space. This opens up new doors for optimizing service quality - instead of simply optimizing a single AP, you are now able to control other APs in the vicinity as well. more

WiFi QoE Assurance with TR-069 - Part 2: Optimizing a Single Access Point

As we have seen in the first installment of this series, TR-069 offers unprecedented visibility into the customer premises network to highlight devices beyond the gateway, and in the case of WiFi, the issues affecting service quality. Insights into the surrounding WIFI landscape alone provide ample data to provision the access point (AP) to operate in a part of the spectrum with the least amount of interference. more

WiFi QoE Assurance with TR-069 - Part 1: The Toolbox

Subscribers today expect to be connected at all times with exceptional service quality. For communication service providers operating in urban environments, multi-dwelling units (MDUs) are a big cause for concern. Delivering consistently high WiFi service quality in high-density environments is a challenge. The sheer number of nearby access points, electronics, and outside influences can result in a host of WiFi service quality issues... more

The Next Development in Wireless Broadband

In the USA the FCC has started the discussion on the next level of telecoms in the wireless market, aimed at making spectrum in bands above 24GHz available for flexible-use of wireless services, including next-generation, or 5G networks and technologies. New technologies such as massive-MIMO are going to make it possible to deliver 'fibre-like' speeds over short distance wireless networks operating in the 24+GHz bands. This will make the technology especially useful for high-speed broadband services in densely populated areas. more

Facebook Proposes New Optical Detector to Enable Free-Space Laser Communication

Published today in a scientific journal, Facebook has proposed a new type of optical detector that could simplify the technology behind free-space laser communication and enable high-speed connectivity in areas where traditional infrastructure is difficult to build. more

Obama Administration Announces $400 Million Advanced Wireless Research Initiative

Obama Administration announced today a $400 million Advanced Wireless Research Initiative led by the National Science Foundation (NSF). more

FCC Adopts New Rules for 5G Networks, US First Nation to Make the Move

U.S. Federal Communications Commission (FCC) adopts new rules to enable rapid development and deployment of next generation 5G technologies and services. more

The Netherlands First Country to Implement Long Range (LoRa) Network for IoT

Dutch telecoms group KPN reports that The Netherlands has become the first country in the world to implement a nationwide long range (LoRa) network for the Internet of Things. more