Hong Kong Telecom Group (HKT) chief technical officer Paul Berriman believes copper phone wiring is a thing of the past and is nonplussed by efforts to wring a few more years of life out of infrastructure that cannot reliably support high-speed Internet and is costly to maintain. The only solution that makes sense is to get rid of the copper and replace it with fiber optic wiring.

While America talks about 1Gbps limited rollouts, he is thinking about speeds ten times faster with his announcement Hong Kong Telecom is preparing to launch 10 gigabit service across the territory and was continuing its efforts to tear out obsolete copper wiring.

The man partly responsible for ensuring Hong Kong’s broadband future is a fast and reliable one says HKT has 1.6 million broadband customers — 530,000 on fiber to the home service and 200,000 on less-desirable VDSL2 with vectoring, which still relies in part on copper wiring. He is not happy with copper wiring’s performance and support costs and wants it out of his network. His minimum target speed is 100Mbps and if he finds a building that for any reason does not deliver more than 30Mbps at all times, he instructs engineers to immediately tear out the copper and replace it with fiber.

Berriman

Overall, Hong Kong has an average Internet speed of 87 megabits per second, according to figures by Akamai. “Our (HKT) average is about 116Mbps,” he said. It is about to get much faster. The two major wired fiber competitors are HKT and HKBN and both compete fiercely for broadband customers.

HKT has three tiers of unlimited use fiber broadband (regular prices shown in U.S. dollars, prices lower for certain bundles and promotions):

• 300/300Mbps for $64.21/mo;
• 500/500Mbps for $77.10/mo;
• 1000/1000Mbps for $90/mo.

When the 10Gbps upgrade is complete, HKT is likely to further boost speeds and/or cut prices.

Berriman acknowledges that the densely packed multi-dwelling apartments and condos common across Hong Kong makes large fiber projects less expensive than elsewhere in the world, but believes costs can be managed by deploying incremental upgrades. For example, HKT today has fiber extending into 85 percent of Hong Kong’s buildings and can connect fiber to 79 percent of homes in Hong Kong within three days of receiving an order.

Depending on a customer’s requirements, HKT can save money by serving DSL over short lengths of existing in-building copper wiring for customers not subscribed to ultra-fast broadband speed tiers. The length of wiring is short enough to guarantee speed is not affected for these customers. When customers do need the fastest speeds, fiber is strung directly to their apartment. Despite this, HKT is progressively migrating away from “fiber to the basement” to an all-fiber network to simplify its facilities and increase reliability, especially as the demand for faster speeds continues to grow.

“Once we get to 50 or 60 percent usage of the fiber in the building we start to look at converting the rest to get rid of the [older DSL] electronics,” Berriman said.

HKT also operates a mobile network it acquired from “Sunday” in 2006 and has also bought out Telstra’s share of the formerly joint owned CSL. The wireless company has a 31 percent market share and 4.6 million customers on two different networks — one supplied by ZTE and the other from Huawei. To supplement its wireless mobile network and offload traffic, HKT also operates 14,000 Wi-Fi hotspots across Hong Kong and is a leader in the use of EAP-SIM, which makes it easy for connections to be handed off between its mobile and Wi-Fi networks without interruption.

China Mobile, China United Network Communications and China Telecom will invest $177 billion to expand fiber optic service and mobile telecommunications infrastructure in China between 2015 to 2017, according to China’s Ministry of Industry and Information Technology.

At least $70 billion will be spent this year alone to add another 80 million fiber to the home connections and expand the latest generation of LTE 4G wireless Internet to more than 1.3 million cell towers and small cells that will cover almost every city in China. In contrast, providers in the United States only spend an average of $30 billion annually on all broadband technologies, only a fraction of that for fiber optic Internet services for residential customers.

By the end of 2017, every household in a significant-sized Chinese city will be equipped with a minimum of 10Mbps fiber to the home broadband for around $16/mo. First tier cities will get a minimum of 30Mbps Internet speed and second tier cities will receive broadband at a guaranteed speed of at least 20Mbps. Most customers served by China Telecom in Shanghai can already buy speeds up to 200Mbps for about $43 a month.

Chinese providers intend to upgrade their wireless networks to make sure that 4G networks completely cover every urban area as well as even the most rural communities.

Italy’s power utility Enel has offered to help the country build a massive fiber to the home broadband network capable of bringing ultrafast Internet speeds to 85% of the country within six years if it can sort out a potential conflict with Telecom Italia, the country’s largest telecom company.

Enel, still controlled by the Italian government, volunteered its domestic network infrastructure to help install fiber optics more cheaply than Telecom Italia could manage on its own, especially in rural and industrial areas.

The offer is controversial because it could put the new fiber network under public control by using Enel, whereas Telecom Italia is a publicly traded company now majority controlled by Spain’s Telefónica and several Italian banks.

Enel, which is focusing much of its domestic strategy on developing its power distribution grid and smart digital technology, has about 1.2 million kilometers of power lines and 450,000 power distribution cabinets across Italy. Smart grid technology is often dependent on fiber optic communications, so making room for Italy’s Metroweb fiber network seemed easy enough.

Prime Minister Matteo Renzi is backing the $13.35 billion project under the Metroweb brand, a company partly owned by state lender Cassa Depositi e Prestiti (CDP).

Such a deal could potentially lock out Telecom Italia, which is already upset with the government over ownership issues, technology and its inability to buy into the Metroweb project.

Enel insists their involvement would be “synergistic with what the telecom operators have done and planned,” not in competition with those efforts. But Telecom Italia remains concerned it could be left behind by a project that would likely dominate Italian telecommunications for decades.

This isn’t the first venture into telecommunications Enel has made. The power company earlier launched Wind, the third biggest of Italy’s four mobile network operators, which is today owned by Vimpelcom.

Telecom Italia is widely blamed for Italy’s lagging broadband rankings, having failed to invest in up-to-date network technology because of the company’s high debt and falling revenues. Fewer than 1 percent of Italians with an Internet subscription receive connection speeds of at least 30 megabits per second, according to the Agcom communications authority. That compares with the European average of 21 percent. The Italian government considers anything short of a modern fiber optic network a drag on the country’s competitiveness and wants the network built as fast as possible.

Although Verizon FiOS retained top honors as the speediest major U.S. ISP according to performance tests conducted by Netflix, Canada’s Bell (BCE) Fibe Internet squeezed past Google Fiber as North America’s top performing ISP for the streaming video provider.

Bell’s fiber optic network delivered an average Netflix stream at 3.64Mbps, compared with 3.63Mbps for Google Fiber. Also performing exceptionally well, Grande Communications, EPB Fiber, CDE Lightband, and Midcontinent Communications. Cox turned in a significant improvement, up from 3.11Mbps last November. But many of Canada’s ISPs outperformed their American counterparts, particularly Bell Aliant, MTS, and Quebec’s Vidéotron.

Globally, both Canada and the United States were embarrassed by better average speeds in the United Kingdom (3.42Mbps) and Switzerland (4.04Mbps). Dragging down the U.S. and Canada are underperforming cable companies, DSL, and slow wireless. Clearwire was the worst performer overall, but telephone company DSL services from AT&T, Verizon, Frontier, Windstream, CenturyLink and FairPoint were also dismal performers.

A complete listing of ISPs rated by Netflix for the month of April in the United States and Canada follows:

CANADA

The Cable Show (now known as INTX) is often used by the cable industry to announce and preview new products and services, and at this year’s convention in Chicago, Comcast CEO Brian Roberts used the occasion to introduce the company’s new DOCSIS 3.1 multi-purpose Home Gateway capable of delivering gigabit speeds over its existing hybrid fiber-coax network.

Apart from Comcast’s intentions to deliver 2Gbps broadband over a new fiber to the home network the company is planning for customers in near its local fiber backbone, the new Gigabit Home Gateway was designed by Comcast engineers in Philadelphia and vendors in Silicon Valley to work on Comcast’s existing coaxial cable network.

Comcast will first need to deploy the next generation standard for delivering broadband over cable networks – DOCSIS 3.1, which can combine several “channels” devoted to broadband service to create a super high-speed online experience. Comcast has spent the past several years moving analog TV channels to digital service, freeing up bandwidth it can devote to faster Internet speeds.

Although Comcast’s 2Gbps fiber service will be a limited offering, its 1Gbps cable broadband service should be available “to virtually all Xfinity customers once the DOCSIS 3.1 networking standard is deployed nationally,” according to Tony Werner, Comcast’s chief technology officer.

In addition to supporting gigabit Internet, the new gateway will support gigabit Wi-Fi, IP video, and integrate Comcast’s existing home security and automation services.

The device will go into production this year with plans to introduce it to consumers sometime in 2016. No pricing details were available.