JDSU, Beijing University of Posts and Telecommunications partner for optical network test lab

JDSU (NASDAQ: JDSU) (TSX: JDU) says it has established an optical network test lab and scholarship program at Beijing University of Posts and Telecommunications (BUPT). 

JDSU has provided a range of instruments for the BUPT lab that will enable live network testing for all stages of optical network development. JDSU is also funding an annual scholarship program for BUPT students pursuing advanced telecommunications and engineering degrees. 

Said JDSU President and CEO, Tom Waechter, "High-speed networks are driving economic growth and favorably changing the way people experience the world. We are pleased to partner with one of the world's leading research institutions as we prepare for the communications network of the future — and help train the future generations of engineers who will design them."

"The instruments and equipment donated by JDSU are of great value to experimental studies and teaching in universities — both teachers and students at BUPT will benefit," said Dr. Wang Yajie Chairman of the University Board, BUPT. "Establishing this lab serves as a good example of collaboration between an internationally renowned company and a university famous in China's telecommunications sector. It represents the satisfactory outcome of the efforts by both parties in bringing the role of businesses into play to support the research and teaching work of universities. I'm convinced that the cooperation between JDSU and BUPT will be mutually beneficial."

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Entropic, BroadLight partner for FTTH MoCA 2.0

Entropic Communications, Inc. (Nasdaq:ENTR) and BroadLight have partnered to offer Multimedia over Coax (MoCA) technology to designers of GPON optical network terminals (ONTs) for fiber to the home (FTTH) applications.

The partnership will leverage Entropic's MoCA 2.0 silicon and BroadLight's GPON expertise to create a silicon and software package for optimized MoCA 2.0 enabled ONTs.

The combined offering will provide 500 Mbps of MAC throughput between two nodes on a single channel or 1 Gbps of MAC throughput between channel bonded nodes, the companies say.

"Service providers are leveraging their FTTH model to offer innovative subscriber services, many of which have high bandwidth requirements that the typical home cannot handle," said Doron Tal, vice president, business development and product marketing, at BroadLight. "The pairing of the BroadLight BL23500 third-generation GPON processor with Entropic's newest silicon allows for unconstrained GPON bandwidth throughout the home, ensuring the capacity delivered to the home is carried throughout the entire home network."

Entropic and BroadLight have previously worked together to enable MoCA 1.1 GPON ONTs using Entropic's EN2210 and EN2510 MoCA ICs paired with BroadLight's BL2348 GPON Processor. This combination is widely deployed within Verizon's FiOS network, according to the companies.

Finland’s SSP Yhtiöt Oy buys GPON gear from Alcatel-Lucent

SSP Yhtiöt Oy, part of the Finnet Group, has selected Alcatel-Lucent’s GPON technology as part of its effort to fulfill the Finnish government’s goal of providing 100-Mbps services to 98% of Finland’s households by the end of 2015.

The Finnet Group comprises 28 small and mid-sized telecom service providers across Finland.

Under a three-year frame agreement, Alcatel-Lucent will provide its GPON-based IP access platform, and its portfolio of customer premises equipment. According to Alcatel-Lucent, SSP chose GPON because of its operational cost savings due to its passive (maintenance-free) outside plant, shorter repair times when fiber cables are damaged, easier network design, and redundancy closer to the end-customer.

Said Pekka Granlund, planning manager at SSP, “Following a thorough study of the technologies and solutions that are available on the market today, we selected Alcatel-Lucent — as it clearly has the most future-safe GPON platform. Alcatel- Lucent’s products and services provide us with the flexibility we need, giving us the competitive edge we require to be successful in this market.”

Some FTTH opportunities will emerge in India

Yet another National Broadband Plan announced by the government of India raises the question of whether vendors will and should compete for FTTH in India's currently limited market.

Despite a billion-strong population, slow growth in wireline broadband subscribers (just over 10 million) remains a disincentive, particularly in comparison with the 120 million in China.

The number of FTTH subscribers remains around 50,000, compared with several million in China. Wireless broadband is considered to be a better opportunity than wireline broadband in India.

FTTH opportunities to this point have been unprofitable for western vendors due to the demand for rock-bottom equipment prices. The broader question is if there will be profitable opportunities for western vendors in India. Specific opportunities will exist but the incumbents BSNL and MTNL will not make it easy.

Low ARPUs have been cited as a primary cause for the lack of interest in rolling out FTTH. India, like many developing countries, has growing levels of income inequality. Not a good thing in itself, but a growing wealthy elite provides a small group of early adopters of new technologies with spending power.

MTNL is the wireline incumbent of two of the wealthiest Indian cities – Mumbai and Delhi. Both cities may have plenty of low-income residents in slums, but they also have a sizable population, possibly up to a few million, who live in houses whose market value now ranges up to a half-million dollars.
Monthly rentals are $1,000 and above and many upwardly mobile professional residents will spend $40-$50 per month and upwards on a combination of wireline broadband and telephony, mobile broadband and telephony, and movies in premium theaters, all of which are services that can be delivered by FTTH.

MTNL should be able to cherry-pick its customers to justify a business plan. Indeed, low ARPU may be less of a reason for the low FTTH rollout than mismanagement of targets and disorganization within BSNL and MTNL.

Between the two, they own the majority of fixed lines in India and are protected by regulation from unbundling those lines.

Being fully (BSNL) or partially (MTNL) government owned, BSNL and MTNL hardly face any negative shareholder feedback on missing broadband rollout targets. It’s close to impossible to fire government employees.

In India, what is clear is that unlike China, there is no magic formula of government-funding support and influential vendors. Without any political backing for unbundling, FTTH rollouts in India have the government as a hurdle, not a source of support.

Banking on BSNL or MTNL should not be the only option. BSNL’s initial rollout is completed but subscriber growth remains substantially low. Despite the bluster about a second round of FTTH equipment procurement, when BSNL will embark upon that round remains anyone’s guess.

Some vendors are citing high-end residential housing developers and property managers as customers. Alphion has been working with a group of developers of such housing. Ericsson recently announced a win with Radius Corporation, a systems integrator for real-estate companies. Comparable to the BSNL rollout so far, the contract includes GPON FTTH connections to 600,000 households.
Other opportunities center on high-profile events. The Radius win included new housing for athletes participating in the Commonwealth Games, the largest sporting event to be held in India in many years.

A similar spending binge was noticed just before the Olympics were held in China (although not so much fiber, but it was early days for PON in 2008).

No doubt there was an infrastructure spending bump in South Africa for the World Cup 2010, which will be repeated in Brazil for the World Cup 2014, Russia in 2018, and Qatar in 2022. For many developing countries, such events are an opportunity to showcase the economic rise of their country.

As with high-end residential builds, there will be demand for higher-quality telecom infrastructure, which will increasingly involve some combination of fiber. Such specific opportunities will exist and should grow into more mass-market opportunities as incomes rise.

Partnership with local vendors is an option. UTStarcom in partnership with local vendor Aksh Optifibre rolled out EPON FTTH a couple of years ago. Local partners have several advantages here in growing their infrastructure business. Knowing a minister or two can help win a wireless spectrum auction. Alphion has developed specific FTTH passive infrastructure due to knowledge of local conditions.

Tracking regional variations can be difficult when dealing with local high-end projects. From the latest statistical figures, it appears a change in the economic fortunes of the various Indian states may be under way.

Richer, economically developed states are stagnating where there is unexpected economic and infrastructure growth among the poorest states. Having a base only in Bangalore or Hyderabad without having a system of tracking growth elsewhere in the country may not be helpful beyond picking low-hanging fruit.

Point Topic: 600,000 UK broadband homes by year end

Suggesting that it’s “sticking our neck out a bit with this,” UK broadband market research and analysis firm Point Topic predicts that the number of UK telephone lines carrying superfast broadband will grow from its current number of about 45,000 today to more than 600,000 by the end of 2011. 

“BT has to reach numbers like this to show that their investment in superfast broadband is credible,” explains Tim Johnson, chief analyst at Point Topic. “They have to show both that the demand is there and that they have the technology to supply it. It’s going to be very exciting to see if they manage it.” 

BT has announced ambitious roll out plans for its “superfast” broadband service (see "BT to trial gigabit FTTP broadband"), which Point Topic defines as supplying 25 Mbps or more. Meanwhile, the Government has announced its own strategy to spur superfast broadband deployment (see "Digital hubs central to next phase of UK broadband strategy").

Point Topic predicts that BT will supply approximately 3% of the UK’s superfast broadband lines via a combination of fiber-to-the-cabinet (FTTC) and fiber-to-the-premises (FTTP) technology. Virgin Media will supply 50 Mbps to a further 200,000 homes via its cable network, Point Topic predicts. 

However, BT will have to increase its deployment rate to make Point Topic look good. BT Infinity will have to triple its October 2010 deployment rate of 3,000 connections per week in the first half of 2011 and then raise it again to 14,000 a week in the second half of the year to hit Point Topic’s numbers. 

Point Topic bases its cheery estimates on several factors:

  • The number of homes to which BT Infinity can market its services will grow from approximately 600,000 in mid-2010 to more than 6 million by the end of 2011.
  • BT Openreach has “largely cracked” the broadband deployment process.
  • Other broadband technologies, such as DSL and local loop unbundling, have achieved similar deployment figures in the past.