Alcatel-Lucent is launching a global initiative that aims to cut the power consumption of new telecoms equipment by a factor of 1,000.
Ben Verwaayen, CEO, of Alcatel-Lucent and Dr. Jeong Kim, President of Bell Labs, were due to unveil the initiative today in London.
The company is planning a global research and development consortium that will tap brainpower from Samsung, China Mobile, the Massachusetts Institute of Technology and other participants.
The goal of the consortium, called Green Touch, will be to demonstrate dramatically more efficient wired and wireless network gear within five years.
Recognizing that networks, like data centers, don't run on good intentions alone, the head of research at Alcatel's Bell Labs wants telecom's top scientists to start with a blank slate and reinvent telecommunications infrastructure to use less power.
If Green Touch hits its targets, the new equipment will run for three years on the power that current systems use up in just one day, said Gee Rittenhouse, vice president of research at Bell Labs and the head of Green Touch.
"What we're trying to do is really think about it afresh," said Rittenhouse, a longtime researcher at the lab. Whereas vendors today design products for high performance while also considering power requirements, Green Touch is going to design them for efficiency first while also keeping performance in mind.
"Normally, the research done today is about taking today's network and refining it ... instead of erasing the board, starting from an open mind, and building up from there," Rittenhouse said. The power-saving technology available today, even if it were applied throughout all networks, would only keep power consumption flat over the coming years, he said.
"We've never said, 'Stop. If we were to design a network that was optimized for energy, what would it look like?'"
In addition to Samsung, China Mobile and MIT, the consortium will include Freescale Semiconductor, SwissCom, Telefonica, Stanford University, the French National Institute for Research in Computer Science and Control, and other entities. But many other key players, such as Ericsson, Cisco and any major global carrier, were not listed as members.
The most efficient parts of the global infrastructure are fibre-optic networks, which transmit streams of data as wavelengths, or colours, of light. They are nearly 100 percent efficient, according to Rittenhouse. But at the ends of those fibre networks are usually older copper wires or wireless systems that don't work as efficiently. The most waste comes from cellular systems, because they have to send a signal out over a wide area just to reach the one subscriber it is meant for, Rittenhouse said.
Though a clean-slate approach may deliver fresh ideas, it's likely to take a long time for the revolutionary products that come from Green Touch to start saving energy. Between standardization, product development and trials, it typically takes between five and 10 years after the first lab demonstrations for a totally new technology to be deployed, Rittenhouse said.
The Green Touch initiative is critical for the long-term future of communications, though it faces some challenges, according to analyst Kneko Burney of Compass Intelligence.
"There is no other objective more pressing than to ensure that the demand for energy does not exceed the limitations of our ability to generate it," Burney said in an e-mail interview.
"There does not seem to be a clear plan for Alcatel in this consortium, and the list of members is still quite modest. But, this is to be expected. It will take time for Alcatel to pull in more members and really make some scientific and technical breakthroughs," she said.
"The big question is, how long can the scientists in Alcatel do their science thing in this highly competitive market without the wolves of capitalism requiring profit-generating activities from them," Burney added.
For Rittenhouse and Alcatel, Green Touch is an aspirational as much as a practical effort.
"This allows us to set an ambitious goal, a very high bar, with an exciting possibility at the end," he said.