The US Department of Justice (DoJ) has objected to the completion of the 12,971km Pacific Light Cable Network (PLCN), according to the Wall Street Journal. Once commercially launched in Q3 2019, the roughly $400 million PLCN system will plug El Segundo (California) with multiple Asian destinations: Aurora and San Fernando City (both in Philippines), Deep Water Bay (Hong Kong) and Toucheng (Taiwan). GU Holdings (a subsidiary of Google), Edge Cable Holdings (a subsidiary of Facebook) and Pacific Light Data Communication (PLDC) have teamed up to build this 144 Tbps capacity of transpacific cable, which is composed of six fiber pairs. It will be the first cable connecting Hong Kong and the U.S.
We generally credit smartphones for making camera and audiovisual players irrelevant. But we often forget that every smartphone is also, by default, a GPS receiver. Quite correct, if not precise, latitude and longitude of the device is being instantaneously updated and displayed. This standard feature is embedded in every smartphone regardless being Android or iOS. It has prompted Battalgazi Yildirim, a (literally young Turk) geophysicist from Stanford, developing a mobile-based IoT application named Zizmos for earthquake’s early warning system.
My respect for Huawei goes back to 2002-04 when I was responsible for telecom reforms in government. They never approached me to lobby for anything. But I asked them what the per-line costs they could offer on CDMA. Their response knocked my socks off. One of the two companies that got the first blocks of spectrum for CDMA went for Huawei.
The British government has allocated nearly £1bn to accelerate the development of superfast network. It is expected to boost national broadband speeds to more than 24 megabits per second – nearly three times today’s average – by 2015. This initiative is an essential part of the UK government’s policy, which believes that rapid internet access will boost productivity, create new industries and link distant areas. The Economist Intelligence Unit, however, argues that existing networks are capable of delivering many of the anticipated new services over the next few years. It also warned that there were obstacles to even using the existing technology capabilities, including a shortage of digital skills and ingrained resistance to change, although it predicts that there will be some short-term stimulus to jobs and economic activity.
Apparently a gap that cannot be bridged has opened up in smartphone sales thanks to sub USD200 smartphones from Huawei and others. let us be thankful the gap is only in smartphones. Smartphones are so popular here that it’s difficult to avoid seeing one, and in China, these devices are poised to become even more widespread. This year, China will account for 26.5 percent of all smartphone shipments, compared to 17.
Increasingly, there is talk that permitting Huawei to bid on telecom network contracts makes a country vulnerable to espionage and worse. The Economist has a well argued ripost. Well worth a read. The other reason for not banning Huawei is the dirty little secret that its foreign rivals strangely neglect to mention: just about everybody makes telecoms equipment in China these days. Chinese manufacturers and designers have become an integral part of the global telecoms supply chain.
The story now is about Samsung’s rise and HTC’s decline. But the silence is more interesting: no talk about Chinese manufacturers. The US 100 computer handset is Huawei’s. Let’s see how this story gets written next year. HTC was the first company to make a big bet on Android.
The first phase in a trial of an evolved version of today’s mobile phone radio access technology designed to deliver much higher wireless data rates has proven a success. The LTE / SAE (Long Term Evolution/System Architecture Evolution) Trial Initiative (LSTI) launched in May this year has reported the successful delivery of the first in a series of test results aimed at proving the potential and benefits of LTE, which is being standardized by the Third Generation Partnership Project (3GPP) as a next generation mobile broadband technology. The Initiative was founded by leading telecommunications companies Alcatel-Lucent, Ericsson, France Telecom/Orange, Nokia, Nokia Siemens Networks, Nortel, T-Mobile and Vodafone, and was recently expanded with China Mobile, Huawei, LG Electronics, NTT DoCoMo, Samsung, Signalion, Telecom Italia and ZTE joining as new members. As mobile devices become increasingly sophisticated and handle more and more complex multimedia applications, the LTE/SAE technology is designed to give end users wireless access to growing levels of data throughput on the move.3GPP LTE is specified to enable downlink/uplink peak data rates above 100/50 Mbps in initial deployment configurations.