Home Connectivity Reimagined

The need to be “connected” at all times and have a “smarter” home is putting a huge stress on our home networks. Think about the typical house today, which has 10 or more connected devices such as tablets, laptops, smartphones, gaming systems, appliances and so on. Forecasts expect this number to grow over the next few years with 35 to 50 or more connected devices in the average home.

Today’s home network infrastructure is struggling to keep pace with the increasing demands for bandwidth. To create the best possible experience for consumers, we must deliver faster broadband connections along with more consistent connectivity that extends to all corners of the home.

Faster Broadband Access

Networks need to be faster, smarter and flexible enough to be upgraded without disrupting existing infrastructure. This is why we are expanding the Intel AnyWAN product family with a new G.fast solution. The Intel AnyWAN SoCs, in combination with the new Intel AnyWAN transceiver VRX618, will give telco service providers the ability to harness the speed of the new G.fast standard to bring gigabit access to the home while still maintaining backward compatibility with legacy copper access technologies for smooth migration.

Home Connectivity Hubs

Once we have faster connectivity to the home, the goal is to carry that connectivity to the various devices within the home, with gateways serving as a “hub” or controller. I’m excited about the number of leading OEMs and service providers who are introducing new gateways and routers, including ASUS, Deutsche Telekom, Netgear and Phicomm. These new gateways are using Intel’s unique Wi-Fi offering that allows up to 128 clients — seriously, up to 128 clients — to share the same bandwidth simultaneously and still maintain high-speed connections. As a result, they can scale to accommodate the growing number of connected devices we are bringing into our homes.

For cable networks, we have been investing and leading innovations for many years, including a leading role in the specification and development of the DOCSIS 3.1 standard and, now, Full Duplex DOCSIS. This week during ANGA COM, we showcased with Cisco the first live industry demonstration of Full Duplex DOCSIS 3.1, from cloud to client. Full Duplex DOCSIS 3.1 enables cable providers to offer higher speed connections at lower capex and also faster time to market of more sophisticated services and applications to their customers.

Whole Home Coverage

The challenge with many of today’s home networks is that using a singular connectivity hub doesn’t always provide consistent, reliable connectivity to every corner of a home. As you have probably seen in your own house, Wi-Fi throughput degrades as a connected device gets farther away from that central home gateway. Even with repeaters and extenders, the increased pressure on the infrastructure from more devices and connected activities results in inefficiencies and inconsistent throughput.

To address this challenge, Intel is introducing the Intel Home Wi-Fi Development Kit. Our partners can use this to develop a dynamic, adaptable network of gateways and intelligent range extenders. In addition to providing “coverage,” this type of intelligent network anticipates and adjusts dynamically, ensuring that consistent connectivity is delivered to each client device, regardless of the number of devices or bandwidth demands.

Connectivity is the electricity of the domestic revolution, and it needs to be just as reliable as any utility service in a home. As we embark on our path to a well-connected home, we can start to deliver on the promise of a truly smart home.

Dan Artusi

About Dan Artusi

Daniel A. (Dan) Artusi is vice president in the Client Computing Group and general manager of the Connected Home division at Intel Corporation. Based in Munich, he is responsible for all aspects of the division’s business, including engineering, marketing, business operations and revenue. A 30-year veteran of the semiconductor and communications industries, Artusi joined Intel in 2015 with the acquisition of Lantiq Deutschland GmbH, where he had been chief executive officer since 2012. He also spent six years as an operating executive at Golden Gate Capital, focusing on semiconductor and communications investment opportunities. Earlier in his career, Artusi served as president and CEO of Conextant Systems Inc.; as chairman and CEO of Coldwatt Inc.; and as CEO, president and chief operating officer at Silicon Laboratories Inc. He was also a member of the board of directors at all four technology companies. Artusi started his career in 1977 at Motorola Inc. and subsequently spent 24 years with the company, culminating in his role as corporate vice president and general manager of the Networking and Computing Systems Group. Artusi attended the Instituto Tecnológico de Buenos Aires in Argentina. He sits on the Engineering Advisory Board of the Cockrell School of Engineering at the University of Texas at Austin. He has been granted multiple U.S. patents in the field of power conversion and has published more than 50 articles and papers on topics related to power semiconductors, microcontrollers, radio frequency technology and mixed-signal integrated circuits. He is a former member of the boards of directors at Atheros Communications Inc. (later acquired by Qualcomm Inc.), Energy Micro AS, Micrel Inc., Powerwave Technologies Inc., Scintera Networks Inc. and Ubiquiti Networks.

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