Archive for the ‘Industry News’ Category

GPI to Showcase Its Most Extensive Range of New Products Ever at G2E

Monday, November 9th, 2009

LAS VEGAS, Nov. 9 /PRNewswire-FirstCall/ — Gaming Partners International Corporation (Nasdaq: GPIC) announced today that it will showcase its most extensive range of new products at the upcoming Global Gaming Expo in Las Vegas on November 17 – 19. In addition to its core products such as gaming tables, casino currency, precision dice, playing cards, table layouts and accessories, the GPI exhibition will feature the latest advances in furniture design, new currency and playing card product lines, roulette reader displays and RFID technology.

GPI will be showcasing its eReady(TM) gaming tables, designed and built especially to accommodate the electronic equipment that is increasingly required on gaming tables. The eReady table design allows for ventilation and cooling of electronic equipment, elimination of signal interference of RFID transmitters and specially-built areas for shufflers and bill validators that are ergonomically placed for dealer convenience and comfort.

GPI’s Themed Products help extend casino marketing efforts all the way to the gaming table. Utilizing chips, layouts and dice, casinos can market directly to a captive audience – the table game player. GPI’s highly-customizable themed products are the same high-quality products casinos use every day – just customized for a specific event or milestone. Whether used to commemorate holidays, promote concerts or sporting events or celebrate casino anniversaries, players will love the uniqueness of these products and casino marketing will love the impact they make.

In addition to its popular lines of casino currency, GPI is introducing the Paulson庐 American Plaques. Created exclusively for the American casino market, the state-of-the-art Paulson American Plaques feature fully custom digital hi-resolution images, photographs or designed artwork. Available in two sizes, these custom plaques are available with or without RFID technology and can fully integrate with a casino’s existing chip inventory. GPI’s proprietary manufacturing process gives Paulson American Plaques unsurpassed durability and playability.

Also being featured at G2E is GPI’s newest line of playing cards, called the PSV Series(TM). This new line features a unique paper formulation produced exclusively for GPI and designed to provide an economical yet quality addition to its existing line of premium playing cards, the Paulson series. The PSV Series of playing cards are available in single decks, as well as pre-shuffled blocks of 6 and 8 decks.

To complement its line of precision roulette wheels, GPI is showcasing roulette reader displays that come in three sizes and feature real-time instant reading of the action on the roulette wheel. With an integrated camera, a slim design and easy installation, GPI roulette reader displays offer features such as display of statistics such as the 16 last winning numbers, simple bets, and hot and cool numbers, display of minimum and maximum table bets, and an area for commercial messages.

Another product enhancement being highlighted at G2E is GPI’s FX庐 layouts with digital graphics. These new layouts offer the best of the digital full-graphic capabilities with GPI’s patented FX synthetic process and exclusive material, popular for its durability and wearability.

GPI will also be demonstrating its newest developments in RFID readers and application software for casinos. Complementing GPI’s existing line of RFID technology available in both 125 KHz and 13.56 MHz frequencies, the new readers and application software facilitate improved security of casino currency, increased speed of play at gaming tables and the elimination of error in chip counts and calculations. GPI will feature live demonstrations of its RFID technologies at work, highlighting the benefits for chip authenticity verification, tracking and inventorying.

Also being presented is GPI’s RFIDPoker, developed to improve accuracy and increase the speed of various actions on the poker table. Easily fitted on any poker table, GPI’s RFIDPoker works with RFID chips to provide error-free, automatic and constant reading of the poker pot, calculates charges and rakes, and provides essential data and statistics such as game analysis, table performances, round-ups lists, and daily totals.

RFIDPoker also helps to speed up the game and has proven to increase hands per hour by as much as 30%, improving revenues for casinos, and reducing wait times for players both at the game and waiting for a table.

To enhance its RFIDPoker offering, GPI’s new Progressive Poker system features three incrementing jackpots that can be won at any RFIDPoker Texas Hold ’Em table. The Progressive Poker system can link all poker tables in the casino and draws an extra rake from each pot to feed the progressive jackpots, which are displayed on the main LCD display.

GPI will also be hosting private showings of other new technology innovations, as well as the latest advancements in product development.

Hi-tech check-in makes for tighter ship

Sunday, October 25th, 2009

Interislander says a $200,000 hi-tech check-in system has allowed it to tighten security at cargo terminals in Wellington and Picton without putting truck drivers offside.

The ferry operator could next year build on its investment by using radio-frequency identification (RFID) technology to let Nautical Miles club frequent travellers automatically check in private cars for sailings.

Information manager Craig Anderson says a new International Ship and Port Facility Security code approved in the wake of the September 11 terrorist attacks meant Interislander had to identify trucks checking in to its terminals before they dropped off their trailer units. It also needed to be prepared to bar access to the port facility if necessary.

A manual system could have caused problems at its cramped terminal in Wellington, where traffic risked backing up on to State Highway 1. Interislander has instead issued Pins and swipe cards to truck drivers who can check their loads in and out of the terminal at automated barriers, linked to its reservations system, where their vehicles are now also weighed.

Terminal services manager David Shepherd says Interislander has begun further automating the process, issuing RFID tags so that truck drivers no longer need to stop to wind down their windows at the barriers – doubling throughput.

RFID tags could be mailed to Nautical Miles members, replacing manual ticket checks, though this would probably only speed loading times if RFID and non-RFID traffic streams could be separated at the terminal.

Visual checks would still be required on private vehicles to ensure they were carrying the ticketed number of passengers.

Mainfreight port operations manager Ken Harris confirms the system has gone down well with truckies. “Everyone is happy with the system.”

Interislander says it has had numerous spin-offs.

The weighing of all trailer units on entry to the terminal avoids problems during loading, and the system produces records that allow Interislander to chase up truck drivers who arrive late, holding up sailings.

Mr Shepherd says trailers carrying livestock and hazardous goods need to be specially located in ships’ holds, meaning a single late arrival can hold up a sailing.

Big Telecom Foments Hill’s Net Neutrality Hysteria

Monday, October 19th, 2009

Mount Indignant has erupted, spewing torrents of molten lava off of Capitol Hill, flowing down in angry, boiling rivers to the doorstep of the nondescript office building housing the Federal Communications Commission (FCC). Congressional Republicans and Democrats, conservatives and progressives are sending hostile letters to the FCC all in the cause of – making sure that AT&T, Verizon, Comcast and the rest can run the Internet the way they want to and to hell with the way the Internet has developed for the past 10 years. That’s worth spending millions of lobbying, campaign and ad dollars on, don’t you think? And the FCC hasn’t even issued its proposed rules yet, much less taken public comment, nor made a final decision. Surely this is something of which Big Telecom is very, very afraid.

You can see a sampling of the letters here and here. Those are from Republicans. This one is from Democrats.

With all the mass hysteria ginned up by AT&T, Verizon, the Communications Workers of America and their lackeys in Congress and around the country, casual observers might be excused for thinking that the FCC had actually done something harmful to those fine organizations and their allies.

Who is more worthy of our elected representatives advocacy? Big telecom companies which want to exercise control over something they never controlled? Or the millions of people who are used to an Internet in which they, not big media, make decisions about how to go about their online lives, whether investing millions of dollars, uploading a video or just listening to music.

So far, it’s the first batch. And unfortunately, the misguided members of Congress aren’t alone in their campaign to destroy today’s Internet. Telecom industry organizations, labor and even some state governors and civil rights groups, are getting in on the act, urging the FCC, when it proposes rules on Thursday, to allow AT&T, Comcast and Verizon to have unlimited power to do what they want to online.

Bullying, Whining and Irrelevance Are Main Tactics

The arguments follow the same pattern as any powerful industry that wants to get its way in Washington. Look at the health care debate. Commit any reform and premiums will go up. Death panels will ensue. Care will be rationed. It’s all the same threats and bullying that industry, any industry, does to influence weak-willed legislators or timid regulators.

It’s also all the same throwing spaghetti to the wall and see what sticks. The indignant representatives of Big Business love to cloud the issue with all sorts of distractions. Instead of sticking to the core issue of how Big Telecom will interfere with someone’s personal use of the Internet, they throw in all sorts of irrelevancies. What about Google? What about consumer electronics? How can you contemplate a “major shift” in policy during a recession? Net Neutrality rules will “thwart broadband investment and availability,” the House Republican leaders say, parroting the industry talking points. “Burdensome regulations will have a chilling effect on private sector investment, at a time when the U.S. economy can least afford such an impact,” GOP senators tell the Commission.

Let’s start with the basics. First, it was the change from a non-discriminatory network to the morass we have today that was the radical shift in policy. Those who want a non-discrimination policy are the conservatives, who want to bring back the policy that allowed the Internet to be created and to grow. The concept is ridiculously simple. Those who control the networks shouldn’t play favorites. Or, in the vernacular of some Republican legislators, those who control the networks shouldn’t “pick winners and losers” through their policies.

The Internet (and the online networks that preceded it) started over the telephone network, back in the days when telephone service was regulated and “unreasonable discrimination” was banned by law. Most of the culture and innovation that we have today come from that era of innovation without permission. The telephone companies had nothing to do with the content. The term of art was that the Internet operated on the “end to end” principle. Most than a technical standard, it was a philosophy that the users at each end of an Internet session controlled what happened. Customers, not carriers, decided where they would go, what they would see, and, later, how fast they would see it. When cable first entered the broadband era, it followed these rules, if for no other reason than the industry didn’t know what it had in the ground.

Some good economist could probably calculate the value the neutral Internet has produced. Think of all the jobs of Web developers, and network engineers and artists and marketers and construction workers. Think of the value of untold number of companies, some big, some tiny, some successful, some not. It’s truly amazing that Google is the number one target of the telephone and cable companies these days (more about that later). Google was created as a Web company. It’s an American success story and yet the telephone companies, which blew their online opportunities several times over, have made it into an enemy of the state – or at least an enemy of their state.

U.S. ‘Middle of the Pack’ in Internet

Of course, as use of the Internet grew, so did demand for telecommunications services, and so the telephone and cable companies responded, to varying degrees, by improving their networks, even at a time when their competition was being driven out of business and the big companies were allowed by Federal regulators to consolidate their stranglehold on access to the Internet. Ten years ago, there were 5,000 or so Internet Service Providers. Consumers had choices. Today, a customer is lucky to have two – a cable or a telephone company. Wireless doesn’t count because it doesn’t get to broadband speeds and because the telephone companies own most of the wireless customers. Even so, the case for non-discrimination in wireless is as strong as for the wired world.

Some lucky Verizon customers have a fiber service. Most of the country doesn’t. That data is unassailable. Consumers have little, if any choice, which means that they have no recourse if their Internet Service Provider messes around with their Internet experience.

This threat not to invest is similarly without merit. Preventing the Big Telecom companies from playing favorites has nothing to do with investment, or deployment. They will invest and deploy, or not, as they wish. That’s part of the problem.

The fact is that Verizon and AT&T lived under Net Neutrality-like principles since 2005 when Southwestern Bell first bought the old AT&T and then when the new AT&T bought out BellSouth. The AT&T/BellSouth conditions were the toughest, specifically banning the new entity for two years from prioritizing traffic based on source, ownership or destination of the data traffic. Verizon had to follow the same conditions when it bought MCI. But merger conditions expire, and the FCC’s open Internet principles, which don’t cover discrimination, aren’t as good as permanent rules, which might have discrimination against services enshrined.

Still, the telecom companies have invested since, to varying degrees. It couldn’t have been very encouraging for our elected representatives to see that a comprehensive report concluded that “The United States is a middle-of-the-pack performer on most first generation broadband measures.”

They similarly couldn’t have been gratified to read that the policies we ditched – like non-discrimination and allowing competitors access to telecom networks that the FCC took away – helped our international competitors leapfrog us: “Our most surprising and significant finding is that ‘open access’ policies—unbundling, bitstream access, collocation requirements, wholesaling, and/or functional separation—are almost universally understood as having played a core role in the first generation transition to broadband in most of the high performing countries; that they now play a core role in planning for the next generation transition; and that the positive impact of such policies is strongly supported by the evidence of the first generation broadband transition.”

The common thread here is that Net Neutrality deals with the Network – that complicated transmission medium over which consumers have no control and little knowledge. Whatever issues legislators have with Google or any other Web company are irrelevant to this debate. This is about Network Neutrality – the ability of a big Telecom Provider to render an advantage of one service over another, with consumers having no say in the matter.

Taking Advantage of Disadvantaged Constituents

Perhaps the saddest part of the whole affair to date is the role of groups representing minority populations. For whatever reason – whether they believe what the Big Telecom companies tell them or not – many organizations seem to land on policies that hurt their constituencies and fall into ludicrous traps one suspects are not of their making.

An ad scheduled to run in the inside Congressional newspapers, signed by Hispanic and Black groups, uses the language of horror: “Transforming the FCC into the Internet Police would cause big problems. Less Investment. Fewer Jobs. Even less, not more, speech.” It raises the 2005-era question of what would happen if someone was blocked from a Web site and concluded that, if a customer were blocked, “the FCC would stop it.”

Even for a simple propaganda ad, this one makes no sense at all. How would making sure that Big Telecom doesn’t play favorites lead to this parade of horribles? How can there be less speech if Big Telecom is prevented from bestowing advantages? And how could the FCC stop any problems if it didn’t have the authority – to be the “Internet police,” to borrow a phrase? No idea. And, by the way, aren’t some companies in court challenging the FCC’s authority?

What’s worse, these are the constituencies that are most hurt by the lack of competition and the lack of good network deployment. These are the businesses most at risk for being on the short end of a non-neutral Internet. So why are the groups taking part? Is FCC Commissioner Mignon Clyburn, the African-American woman who is one of the newest appointees, the target of these minority ads? Good questions. No answers yet.

By all means, let the irrelevancies and indignation flow from the highest points. Let Big Telecom be protected from the insult of having to step aside and let consumers and other businesses have control over their Internet experiences. But don’t pretend that the irrelevancies and indignation are anything more than shilling. Because in most cases, they aren’t. And don’t pretend that today’s open Internet will survive if Big Telecom gets its way

Universal Postal Union to upgrade RFID system with Alien tags

Wednesday, October 14th, 2009

The Universal Postal Union (UPU) has announced that it will upgrade its 21 country quality efficiency program with new RFID tags provided by Alien.

The program involves placement of UHF RFID tags within thousands of test-delivery envelopes which are subsequently circulated throughout various post offices in the 21 participating countries, ranging from Mexico to Malaysia. The tagged envelopes are then read at distinct locations and the efficiency of the postal network is then measured and quantified.


The main objective of the program is to identify potentially slow mail routes and bottlenecks in order to streamline the delivery processes. In order to ensure accurate reads, the UPU selected Alien’s tags, which were recently lauded as “top ranking” by the European EPC Competence Center (EECC).

The AIDA Center, commissioned by the UPU to help decide which tags to choose, agreed with the EECC after conducting comparative inlay analysis, finding that the Alien tags provided the best read range as well as the most consistent read performance.  

Xcode 3.2 Daily Tip: Analyzing Your Code

Thursday, September 10th, 2009

The LLVM/Clang static analyzer bundled with the Snow Leopard developer tools automatically detects a variety of memory management bugs in Objective-C programs. It’s a terrific tool for finding memory leaks and other issues and it is now easily available to all developers, both for the Macintosh and iPhone platforms.

I first learned about using the analyzer with iPhone projects from a blog post by Joe Heck of rhonabwy.com. Heck pointed out that the Intel-only analyzer worked with the Intel-based Simulator code generated by the iPhone SDK, letting you use the analyzer with your iPhone projects.
At that time, you had to download a copy of the analyzer, install it by hand, and run it from the command line. It was amazingly helpful but a bit of a pain to use.

No more. Xcode 3.2 incorporates the static analyzer tool directly into its IDE. Choose Build > Build and Analyze (Command-Shift-A) and the analyzer automatically checks your code. and presents any bugs detected by the analyzer. Static analysis evaluates source code to automatically find bugs, issuing hints that are similar in nature to compiler warnings but targeted at Foundation (Cocoa) and Core Foundation memory management.

Each bug is marked with a blue icon and a description. I do wish that the text didn’t seem to “cut off” so abruptly. Resizing the Xcode editor window does not affect the hard right alignment of the bug reports. This bug refers to the local watcher variable, which is allocated and initialized but not released.

The tool is not perfect. It may flag nonexistent “bugs” in programs, so there are definitely false positive results that will show up as well as gray areas. In this example, the watcher is used until the application teardown, so the fact that it’s leaking is not really a problem. That having been said, the analysis is amazingly helpful and if you do find real bugs, the Clang Static Analyzer team solicits bug reports.

To learn more about your bug, click the blue branch icon in the code itself. The analyzer offers a detailed view of the bug and its issues. This presentation provides more information about the specifics of the issue at hand.

In this detail view, clicking any single blue arrow opens the Build Results pane, showing the analyzer result list. Hide or show analyzer information by clicking the blue branch icon in the left gutter.

It’s easy to overlook the new built-in static analysis feature of Xcode 3.2, but you’d be missing out on a great feature if you didn’t explore it further.

pagesource:http://www.tuaw.com/

Embedded designers face changes in debug tools

Thursday, September 3rd, 2009

Embedded systems designers are facing both gradual and abrupt changes in their debugging tools. On the gradual side, tools are following general design trends and moving toward standardised, open systems. But a left turn may be in the works as tool developers add wireless connections to embedded debug.

Two forms of debugging are needed for embedded systems. One is software-based, the other is hardware-centric. There has been a good deal of standardisation in both arenas.

Software-based debug has been moving to an open systems approach based on the Eclipse framework. Most software development tool companies now have plug-ins that allow their debugging tools to be part of an Eclipse-based IDE. The Tasking VX-toolset from Altium Ltd, for instance, allows integration within Eclipse as extended by Altium to support configuration options of the tools. Embedded tool companies are also joining the Eclipse Foundation, to help ensure that embedded tools play a big role in the further development of the Eclipse platform.

Standardised approach
The popularity of such plug-ins is prompting creation of a standardised approach to extending Eclipse, originally created for development of enterprise-level software, to include embedded and device-level software. One of the current initiatives, spearheaded by Wind River Systems, is the Device Software Development Platform (DSDP), an effort to encompass the myriad hardware-specific needs of embedded systems.

The DSDP initiative is working to overcome rigidity in the way Eclipse handles debug. The original Eclipse (3.1 and earlier) interface had a “target-process-thread” stack frame hierarchy that would alter the debug context when the debug view changed. The DSDP initiative provides adaptable interface layers, such as a content adapter, that serves as a bridge between the viewer and the debug model, allowing both content customisation and model-driven view content. This approach also supports customisation of the debugger for the target hardware’s specific configuration. The first steps toward implementing this approach appeared in the mid-2006 release of Eclipse (3.2) and are continually being refined.

On the hardware debug side, the method for looking inside the processor by in-circuit emulation and similar tools has shifted from custom probes with bond-out processors to built-in debugging. The standard interface for accessing this built-in capability is now the JTAG port, defined by IEEE Standard 1149.1.

The original purpose of JTAG was to examine the integrity of connections on a high-density PCB using hardware resources located inside each IC. Now, JTAG is being used as the access port for built-in software trace, the reading of internal processor registers, and even for onboard programming of memory and configurable logic.

Embedded software debug has linked itself to the Eclipse framework and is now finding ways to handle the hardware-specific customisation required by adding adapter software to the Eclipse debugger structure.

One of the emerging trends in the use of JTAG for hardware debugging is the ability to simultaneously control multiple devices through a single port. The definition of JTAG allows devices to be linked in a daisy-chain configuration so that a single controller could access all the devices on a board. In embedded development, however, tool vendors initially used the JTAG port for single-device access?the processor.

Modern system designs, however, now routinely use two or more processors. This has left developers with the need to connect individual tools to each processor and debug each virtually independently. The response in hardware tools is a growing ability to use the debugger probe with daisy-chained processors and control both simultaneously for more coordinated debugging. In addition, probes are increasingly able to access other hardware, such as memory, through the processor’s JTAG port.

The OCDemon probe family from Macraigor Systems is a recent example of this type of multifunction JTAG probe. The support software for the device configures it to control the target processors, providing control of processor operation and access to registers. It also, however, is able to control flash memory connected to the target processor. This ability allows a developer to both load software and test its execution with a single device and connection, speeding debug iterations.

Hardware debugging probes are using JTAG for processor interface and USB for the host computer interface, enabling wireless debugging.

The next evolution in hardware debugging is more than this type of simple capability extension, however, as it has the potential of altering where and how embedded system debugging can be accomplished. This will occur when JTAG hardware debugging, like virtually every other form of data transfer, goes wireless. Already the JTAG connection to the processor has moved from parallel ports to USB. It is only a short step from that to wireless USB or other wireless form.

Making the hardware debug connection wireless carries with it all the standard advantages: simplified connection access and elimination of cabling. It also raises new possibilities for maintenance and upgrading of systems in the field. The full capability of hardware debug and memory programming are already available through the JTAG port. Making the connection wireless will allow the performance of these functions in a deployed system without needing to crack open the case.

Depending on the type of wireless link implemented, an embedded system can be designed for on-site debug and maintenance through a laptop or even remote operation via a Wi-Fi link to the Internet. This expands maintenance options and opens possibilities, such as the gathering of event statistics for failure analysis or to determine use patterns to prompt design improvements.

Outsourced IC design growth slowed 20% in ‘08

Tuesday, August 25th, 2009

2009 will be a make or break year for chip design service providers after the recession slowed the growth of outsourced chip design starts last year, according to a survey by market research firm Gartner Inc.

A survey of 40 vendors offering IC design services showed that outsourced chip designs grew only 6.5 percent in 2008, compared to 34 percent in 2007, Gartner said. However, outsourcing of back-end physical design starts at lagging-edge nodes (130nm and above) grew significantly in 2008.

With ASIC design starts expected to be down almost 22 percent in 2009, it is “imperative that chip design service providers align their cost structure and sales and marketing strategies to the prevailing ASIC design start trends,” according to a report by Gartner analyst Ganesh Ramamoorthy.

Growth in full-chip and partial design and back-end physical design outsourcing slowed to about 20 percent, 24 percent and 3 percent, down from 27 percent, 38 percent and 52 percent, respectively, in 2007, according to the Gartner survey.

The survey also showed that growth in chip design outsourcing by Asia/Pacific-based chip design service customers grew the fastest, Gartner said. Asia/Pacific-based survey respondents also reported the fastest growth in the number of outsourced design starts captured by them, Gartner said.

Deteriorating business conditions started to take its toll on chip vendors’ plans for new chip designs in the third and fourth quarters of 2008, Gartner said. Chip design service providers and semiconductor IP vendors faced delays, cancellations and push-outs of design projects into 2009, the firms said. This had a clear impact on the number of chip design projects outsourced by chip vendors to third-party chip design service providers last year, Gartner said.

The results of the Gartner survey confirmed the firm’s theory that the recessionary market conditions that prevailed during the third and fourth quarters of 2008 had an adverse impact on the third-party chip design service market, the firm said. In Q4 09, design service providers should prepare now to invest, especially in engineering resources, to meet a likely surge in demand for design services and support activity, according to Gartner.

pagesource:http://www.eetasia.com

Simulator solves various analog, mixed-signal designs

Tuesday, August 25th, 2009

Cadence Design Systems Inc. has announced the availability of Virtuoso Accelerated Parallel Simulator (APS), the company’s next-generation circuit simulator. According to the company, the simulator offers the accuracy of the Virtuoso Spectre Circuit Simulator, developed to solve the largest and most complex analog and mixed-signal designs across all process nodes.

The new simulator, a key part of the Cadence Multi-Mode Simulation solution 7.1 release, consists of a combination of Cadence simulation technologies and a new parallel circuit solver, along with an engine that efficiently harnesses the power of multiprocessing computing platforms, Cadence said. Virtuoso APS has an accuracy and use model identical to the Virtuoso Spectre Circuit Simulator, delivering improved single-thread performance and scalable multithread performance, according to the company. The company also claimed that the new simulator is compatible with existing Cadence simulation technologies.

“The Virtuoso APS is a significant addition to our Virtuoso Multi-Mode Simulation technology, serving as the simulation platform for a cost-effective, scalable and reliable solution for teams whose large, complex analog designs pose some of today’s greatest design challenges and verification bottleneck,” said Zhihong Liu, corporate VP of R&D for circuit simulation and physical verification products at Cadence, in a statement.

pagesource:http://www.eetasia.com

LV Ranch Estates Get Fiber Optic Phone And High-Speed Internet Service

Monday, August 24th, 2009

Midvale Telephone Exchange recently won approval from the Arizona Corporation Commission to begin providing telephone and high-speed Internet access to Williamson Valley and LV Ranch Estates through a state-of-the-art fiber-optic network.

Prescott, AZ (PRWEB) – Residents of LV Ranch Estates in Williamson Valley, just north of Prescott, Arizona, are celebrating their good fortune as they look forward to a significant upgrade to their current Internet and telephone connections. As of February 2009, the Arizona Corporation Commission (ACC) approved a proposal from Midvale Telephone Exchange (MTE) to provide fiber-optic telephone service and broadband Internet access to homes in the LV Ranch Estates community and North Williamson Valley areas. MTE has already installed more than half of the planned ten miles of underground fiber-cable.

MTE, which operates five similar exchanges in Arizona, applied for permission to service the area in September of 2008. The plan positioned MTE as a utility provider, subject to regulation by both the ACC and the Federal Communications Commission (FCC). This type of structure guarantees local residents receive reliable and reasonably priced coverage. MTE then upped the ante by choosing to install fiber-optic cable instead of traditional copper wire, thereby delivering superior speed and reduced fire risk–both important considerations in rural communities.

Access to adequate telephone and Internet coverage can be a frustrating trade-off for rural homeowners. It’s a struggle residents outside of Prescott, Arizona have been dealing with for years and has made life awkward at times for vacationers and homeowners alike. Even though the Prescott AZ property developer of LV Ranch Estates, True West Companies, provided a community-wide wireless Internet and telephone service, a fiber-optic network offers owners an attractive and more reliable alternative.

While all area residents will receive coverage under the new plan, those looking to build in the area will see the most seamless integration. Dennis Farrington, MTE Southwest Operations Manager, points out that, “It’s easiest and least expensive to provide service during the construction phase when ditches are open,” adding, “Current homes will simply have to dig a new conduit trench as the cable is drawn to the house.”

With seventeen 36 to 52-acre ranch estates still available in the sprawling 4,900-acre development, integration will be almost effortless during the construction phase. The new service also provides an ideal solution for the developer, Peter Gooding Sr., who describes LV Ranch Estates as offering an “authentic rural experience without having to sacrifice any modern conveniences.”

“Telephone and Internet service is one of the top concerns of prospective LV Ranch Estates buyers,” said Gooding. “We provide water via a well on each parcel and underground electric service, so reliable communication was really the last piece of the puzzle. Now, thanks to MTE’s fiber optic network, owners can enjoy one of the most convenient features of urban living in an unspoiled rural setting of stunning natural beauty.”

Flexibility is another benefit of the plan. Residents can now choose between traditional phone services or voice-over-internet-protocol (VOIP) services, such as Vonage or other popular services.

VOIP is a huge aid to those with more than one home, because it allows them to use the same phone number at multiple locations. Rather than being tied-into a phone line, users access their line by logging into their VOIP provider via the Internet and attaching a compatible phone to their computer. It’s a great way to simplify communication issues between homes, and offers better call quality and reliability than cell phones in rural areas.

Gooding echoed a similar sentiment, admitting that he likes “The prospect of working from a place like LV Ranch Estates without anyone knowing I’m away from the office.” He continues, adding that the view of the street from his Scottsdale office “doesn’t quite compare to the 80 miles of views of the Williamson Valley.”

Currently, MTE’s broadband operates at a respectable speed of 1 megabyte per second (Mb/sec), with plans to increase it to 5mb/s by the end of 2009. When the upgrade is complete, users will experience download speeds similar to, if not faster than, what they currently see in cities and suburban areas. And, the installation of more than 10 miles of fiber optic cable allows for almost limitless expansion of the network speed without reinstallation. Farrington explained that MTE “designed the network under the assumption that it will likely support transfer rates of as much as 50mb/s in the not-too-distant future,” because, as he says, “We see broadband becoming the lifeline for rural communities like LV Ranch Estates in the next five to ten years.”

Midvale Telephone Exchange, Inc. (MTE) is an Idaho-based Local Exchange Carrier that operates in four states and serves more than 3,000 customers. The company has gained a reputation for taking telephone and Internet service to locations not previously covered by telephone or Internet service. LV Ranch Estates is the fifth Arizona development MTE will serve.

Las Vegas Ranch Estates is a Prescott, Arizona real estate development of True West Companies. To learn more about LV Ranch Estates, visit www.lvranchestates.com.

True West is a Scottsdale, Arizona-based company respected for its high-quality, rural residential projects throughout Arizona, including projects in Coconino, Yavapai and Maricopa Counties. For more information about True West Companies, please visit truewest.com.

pagesource:http://www.fiberopticsonline.com/

Ultra High Sensitivity Raman Spectrometer Introduced By Ocean Optics

Thursday, August 20th, 2009

Dunedin, FL – Ocean Optics together with Centice Corporation, jointly announced an agreement under which Ocean Optics will add to its spectroscopy portfolio through the co-branding and distribution of Centice MMS-based Raman spectrometer system.

Spectroscopy is used in a broad variety of research and process applications, including material identification, quantitative analysis, purity analysis, quality control, and material inspection. Centice’s patent-pending MMS technology uses a coded wide area aperture, instead of the conventional pin hole or slit entrance, to sample and mathematically process up to 500 measurement channels simultaneously. More channels mean more signal without a proportional increase in noise.

“The optical-sensing market is always looking for better ways to measure weak, scattering and diffuse sources with the highest possible sensitivity,” said Mike Morris, President of Ocean Optics. “The Centice MMS technology is the sort of novel, high performance and affordable technology that makes high sensitivity Raman spectroscopy more accessible to a wider range of users.”

“Ocean Optics is known as the premiere supplier of innovative solutions for molecular spectroscopy, so it is a real testament to this new technology that they are distributing it within their award-winning product portfolio. Through Ocean Optics, Centice products now have global reach and support,” said Steve Kaye, President & CEO of Centice. “Our MMS technology is going to change what people expect from an optical sensor because it offers 10-100x higher optical throughput without affecting the resolution of the measurement. This is a new paradigm for spectroscopy and will enable researchers and industry to address a broader set of new applications.”

pagesource:http://www.gaoembedded.com/gaoembedded-news/wp-admin/post-new.php