Tag Archive for Freescale Semiconductor

Wi-Fi Charges Up Ethernet

Wi-Fi Charges Up EthernetInformation Technology prognosticators Gartner (IT) predicts that 40% of enterprises will use Wi-Fi as the default connection for mobile and non-mobile devices by 2018 according to Fred Donovan at FierceMobileIT. The prediction says that typically fixed location devices like; desktops, desk phones, projectors, and conference rooms will use Wi-Fi as their primary connection replacing Ethernet.

Wi-FI logoGartner says Wi-Fi is facilitating BYOD. The enterprise Wi-Fi network now allows workers to choose any device and move anywhere in the workplace. Gartner argues that the introduction of security measures like 802.1X augmented with Advanced Encryption Standard (AES) encryption has lessened IT’s worry about security breaches involving the Wi-Fi infrastructure. Ken Dulaney, V.P. and distinguished analyst at Gartner said;

Ethernet cabling has been the mainstay of business workspace connectivity since the beginning of networking. However, as smartphones, laptops, tablets, and other consumer devices have multiplied, the consumer space has largely converted to a wireless-first world

Facilitating BYOD

As the first connection to the enterprise infrastructure, Wi-Fi brings workers the ability to choose any device and move anywhere without worry. VP Dulaney continued;

WI-FI certifiedAs bring your own device (BYOD) has increased in many organizations, the collision of the business and consumer worlds has changed workers’ demands

Furthermore, cabling systems or even peer-to-peer (P2P) wireless solutions using technologies that offer cable replacement have had to deal with a variety of connectors challenges, such as USB and micro-USB, as video systems move beyond Video Graphics Array (VGA). The market research firm also argues that MACD costs will decrease.

MACD costsAdditions, moves, and changes are costly inconveniences that waste time for enterprise IT organizations. A move can sometimes involve cabling changes that can cost as much as $1,000 … With Wi-Fi printers, desktops, and other devices, all that is required is a cable to the power source, leaving workers free to move themselves making reconfigurations of offices easier.

Because of the many benefits of Wi-FI, Gartner VP Dulaney predicts firms are going to change how they connect;

we expect many organizations to shift to a wireless-by-default and a wired-by-exception model.

New Ethernet specifications

In order to deal with the new wireless-by-default reality, changes are needed on the wired network.  at FierceCIO reports that the vendor community is working to address the Wi-Fi first world. Unfortunately, there are two industry groups pushing their own new Ethernet specifications. Mr. Mah says that new Ethernet standards are needed to work with Wave 2 of 802.11ac wireless access points (AP) with a theoretical maximum throughput of up to 3.5Gbps.

NCaptain Ethernetew standards are needed because the existing Gigabit Ethernet is a bottleneck and current alternatives are not attractive. First, link-aggregating two Gigabit Ethernet connections for each Wi-Fi AP would need additional cabling and more expensive managed switches to support it. Using 10GbE would be overkill. Upgrading to 10GbE is a significant investment that includes new Category 6a or Category 7 cables, more power, and more cabling.

One faction, the MGBase-T Alliance, was formed in June 2014 and includes; Avaya, Aruba Networks (ARUN), and Brocade (BRCD) as well as component vendors Broadcom (BRCM) and Freescale Semiconductor. The other group known as the NBase-T Alliance was formed in October 2014. This faction consists of Cisco (CSCO), Intel, Xilinx (XLNX), Freescale, and Aquantia, a company that’s already making 2.5G/5G components.

Little agreement on standards

At the moment, the only agreement between the two factions is that 2.5Gbps and 5Gbps speeds are needed. The IEEE 802 LAN/MAN Standards Committee has set up the P802.3bz 2.5/5GBase-T Task Force to address this issue. The 2015 Q1 CommScope Standards Advisor reports that the 802.3bz Ethernet cablescommittee has decided so far that:

  • 2.5 GBase-T option will run on Cat 5e (Class D) 4 pair UTP up to 100M, and
  • 5 GBase-T option will run on Cat 6 (Class E) 4 pair UTP up to 100M.
  • There is no release date yet

The concern, however, is that vendors could jump the gun by shipping pre-standard products ahead of standards rectification, complicating matters and slowing down the development of the pertinent standards.

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Remember 802.11n? Pre-standard products? Given that there is no guarantee that systems built with components from the two groups will work together. Don’t jump the gun – waiting for the standard to solidify before buying into new 2.5G/5G Ethernet networking hardware.

For now, Dell’Oro Group analyst Alan Weckel told FierceCIO is that enterprises will probably be able to buy 2.5G/5G equipment starting in Q2 of 2015. 

 

Ralph Bach has been in IT long enough to know better and has blogged from his Bach Seat about IT, careers, and anything else that catches his attention since 2005. You can follow him on LinkedInFacebook, and Twitter. Email the Bach Seat here.

Internet of Things

Internet of ThingsThe Internet of Things is a world where everything can be both analog and digitally approached. It reformulates our relationship with objects – things- as well as the objects themselves.  Any object that carries an RFID tag relates not only to you but also through being read by an RFID reader nearby, to other objects, relations or values in a database. In this world, you are no longer alone, anywhere.

The Machines Are Talking a Lot

The Machines Are Talking a LotCisco’s Visual Networking Index Global Mobile Data Traffic Forecast Update, 2011-2016 reports that Internet traffic continues to grow at unprecedented rates. Cisco says that the second leading source of internet traffic will be the Internet of Things devices.

The networking giant says the source will be from machine-to-machine communications, or “M2M.” Brian Bergstein at MIT‘s Technology Review says to think of sensors in cars and in appliances, surveillance cameras, smart electric meters, and devices still to come, monitoring the world and reporting to each other and to centralized computers what they’re detecting. The chart below, reprinted from the Cisco report, shows just how extreme the jump in machine-to-machine communications could be. Cisco says M2M will grow, on average, 86 percent a year, reaching 508 petabytes a month, or half a billion gigabytes by 2016.

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New ARM chip for Internet of Things

ARM logoARM (ARMH), the semiconductor company whose chip technology powers most modern smartphones, has come up with a chip for the Internet of things (IoT). Om Malik at GigaOM reports that the Cortex-M0+ is an energy-efficient chip, optimized for use in everything from connected lighting to power controls to other home appliances. In a press release, the company explains:

The 32-bit Cortex-M0+ processor … consumes just 9µA/MHz … around one-third of the energy of any 8 or 16-bit processor available today, while delivering much higher performance …[to] enable the creation of smart, low-power microcontrollers to provide … wirelessly connected devices, a concept known as the ‘Internet of Things.’

At GigaOM’s Mobilize 2011 event ThingM CEO Mike Kuniavsky said that “ubiquitous network connectivity, cloud-based services, cheap assembly of electronics, social design, open collaboration tools, and low-volume sales channels create an innovation ecosystem that is the foundation for an Internet of things.”

GigaOM says Freescale and NXP (NXPI), both are major suppliers to the automotive and home automation industries have signed up for the new ARM Internet of Things chip technology. Freescale and NXP have locations in the Farmington Hills, MI area.

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A new chip for the Internet of Things

Atheros logoOm Malik at GigaOm recently noted that Atheros, a division of Qualcomm (QCOM) launched a new very low power consuming Wi-Fi chip. The AR4100P, is focused on the “Internet of Things.” He predicts that soon, there might be Wi-Fi in everything around us, including Samsung’s (005930) Wi-Fi-enabled washing machines, which Malik wrote about earlier.

According to the blog, the new “highly integrated 802.11n single-stream Wi-Fi system-in-package with integrated dual IPv4 IPv6 networking stack” is focused on smart home and building controls and appliances. Atheros and other chip companies such as ARM are betting that the Internet of Things will prove to be a new giant market opportunity.

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The new Atheros chip also includes an IPv6 stack as well as 802.11n to give end-to-end control of your home appliances.

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  • Marvell chip makes appliances and LED lights ‘smart’ (ces.cnet.com)

The Web Connected Smelly Robot

olly logoThe Internet of Things now has smell-o-vision from Olly. Olly takes services on the Internet and delivers their pings as smell according to his website. Whether it’s a tweet or a like on Instagram, Olly will be sure to let your nose know about it. Mint Foundry, a graduate design lab at Mint Digital dedicated to exploring the potential of web-connected objects developed Olly.

It is possible to change Olly’s smells in an instant. It has a removable section in the back which can be filled with any smell you like. It could be essential oils, a slice of fruit, your partner’s perfume, or even a drop of gin.

Olly is stackable, so if you have more than one, you can assign each one to a different service with a different smell. Connect one to Twitter and another to your calendar. Before you know it, you’ll have a networked Internet smell center claims the website.

Olly is not yet in production, but Mint is glad to offer the source files to anyone who’s got a 3D printer and a nose for adventure.

 

Ralph Bach has been in IT long enough to know better and has blogged from his Bach Seat about IT, careers, and anything else that catches his attention since 2005. You can follow him on LinkedInFacebook, and Twitter. Email the Bach Seat here.

A BIG Broadband Alternative

A BIG Broadband AlternativeA San Diego firm believes it has come up with a high-speed alternative to cable and phone company Internet access services. Nethercomm claims it can send broadband via wireless signals through the gas pipes that deliver the natural gas used to heat homes.

The firm sees opportunities for Broadband in Gas (BIG) with pay-TV providers to compete with cable and satellite, cable companies looking for extra bandwidth to feed their high-definition TV channels, phone companies looking to reduce their fiber to the home (FTTH) investments, and gas companies, could use the broadband service to remotely monitor the integrity of their lines and read gas meters.

The firm’s broadband technology is based on ultrawideband wireless. Ultrawideband is a new unlicensed wireless technology, which broadcasts across a very wide range of frequencies that if some data packets are lost through the gas pipes, the rest will make it enough to work.

According to Nethercomm founder and CEO Patrick Nunally, BIG works because federal rules which limit the strength of ultrawideband signals don’t apply in underground pipes. BIG power levels can be increased to provide each household with bandwidth of up to 6 gigabits per second, while the power is low enough so that signals can share the pipes with natural gas without starting a fire, according to Nunally.

BIG requires the installation of an ultrawideband transmitter that’s linked to an ISP at a gas company’s network hub. A receiver would be placed at a customer’s gas meter. Nethercomm estimates BIG build-out costs are about $200 per household. By contrast, broadband over power lines costs about $600 per household, while phone and cable TV networks each cost well over $1,000 per home to build, says West Technology Research Solutions.

Freescale Semiconductor, the chip manufacturer that was working with Nethercomm, recently shifted course to focus on its handset business. “It would be hard for anybody to say (BIG) doesn’t have tremendous potential,” says Freescale’s Jon Adams.

news.yahoo.com/s/usatoday/20060911/tc_usatoday/gaslinebroadbandapipedream

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Ralph Bach has been in IT long enough to know better and has blogged from his Bach Seat about IT, careers, and anything else that catches his attention since 2005. You can follow him on LinkedInFacebook, and Twitter. Email the Bach Seat here.