Archive for September, 2011

OnSSI partners with Seneca Hardware for use with its Ocularis VMS platform

September 29th, 2011

OnSSI, the market leader in open-architecture, intelligent IP-based video surveillance software, announces the partnership of Seneca ’s xVault server optimized for use with Ocularis, OnSSI’s flagship video surveillance software. xVault for Ocularis has been custom-configured to comply with the software’s specific needs to ensure compatibility for a practical turnkey solution. Seneca pre-installs Ocularis software providing integrators immediate out-of-the-box functionality saving them valuable time and simplifying deployment.

All servers, workstations and storage products are assembled in an ISO 9001-certified production facility and are engineered to meet the necessary demands of video surveillance systems. Seneca’s xVault servers undergo thorough testing to ensure quality and compliance to the high standards for Ocularis.

“Hardware and software are two elements of a single solution in the eyes of video surveillance integrators and end-users,” said Gadi Piran, President and Chief Technology Officer of OnSSI. “Seneca provides an excellent hardware option for customers of Ocularis, and we have worked closely with the company to ensure that the performance of the total integrated solution meets customers’ high expectations and maintains the reputation of Ocularis in the market.”

Seneca coordinates with OnSSI to install a customer’s chosen version of Ocularis and related software before shipment to the customer site. Taking software installation out of the hands of the integrator eliminates human error and delivers a system that is ready to operate on arrival.

“Our world-class digital security and surveillance engineering laboratory has allowed us to optimize OnSSI configurations to deliver performance that is superior to off-the-shelf solutions at competitive prices,” said Steve Maser, Vice President OEM Services at Seneca. “We are pleased to be a certified OnSSI partner and look forward to innovating solutions for the digital security marketplace.”

The Ocularis solution by OnSSI is an open-architecture, intelligent IP-based video surveillance platform that is easy to use and provides the functionality and scale to match for any system need. The latest version of Ocularis offers infinite scalability and enables users or integrators to choose among multiple feature sets to match any application.

Source:http://www.securityinfowatch.com/onssi-partners-with-seneca-hardware-use-with-its-ocularis-vms-platform

Microsoft to Offer Teachers Hardware, Software Discounts

September 29th, 2011

Following Comcast’s launch last week of a nationwide discounted Internet service for financially disadvantaged students, Microsoft announced today a program that will give teachers throughout New York State access to discounts for technology purchases.

The program, called Tech4Teachers, will run through New York State Teacher Centers and give the centers’ paying members access to an online catalog of discounted Microsoft software and various manufacturers’ PCs, laptops, slates, and tablets. The steeper discounts appear to be on software products, on which a cut of 50 percent or more off the retail price appears to be the norm.

Microsoft, along with help from computer semiconductor chip manufacturer Intel, hope to scale the program nationally, according to a press release, though no specifics of such plans have been announced.

Both public and private school teachers who belong to the centers will have access to the catalog, as well as teachers completing their preservice education. And Microsoft Partners in Learning will team with Intel Teach to offer professional development through the centers.

The program is an extension of Microsoft’s Shape the Future program, announced last week with the stated goal of providing 1 million U.S. students from low-income families with access to discounted hardware, software, and broadband Internet service.

Like Comcast’s Internet Essentials program, which will offer $9.95 monthly broadband Internet service to families whose children are eligible for free lunch through the National School Lunch Program, Shape the Future has also been pushed by the Federal Communications Commission, which under Chairman Julius Genachowski’s leadership has made extending technology access to students a major priority.

Source:http://blogs.edweek.org/edweek/DigitalEducation/2011/09/microsoft_offers_teachers_disc_1.html

Intel, Samsung Develop New Mobile OS Platform

September 29th, 2011

The German edition of the Financial Times recently reported that Intel and Samsung may be merging the failed MeeGo OS with LiMo and create a new Linux-based operating system with strong HTML5 support to support their hardware platforms.

This report may have been confirmed by an announcement that the LiMo Foundation and the Linux Foundation will building a new open source platform called Tizen, which is scheduled for a Q1 2012 release. The OS will be targeting smartphones, tablets, smart TVs, netbooks and in-vehicle infotainment systems. There has been no official confirmation that Intel and Samsung are, in fact, the major industry forces behind this new platform.

Intel’s MeeGo hopes died with Nokia’s decision to dump all efforts and focus on Windows Phone. Previously, Intel promoted Moblin Linux with its first generation Atom processors with Silverthorne core in 2008. Moblin was based on Asianux, which included components of RedFlag Linux, Miracle Linux and HannSoft.

So far, Intel has not had much luck with its operating system ideas, but Tizen could be of a different caliber as it appears to be backed by Samsung as well. If that is the case, however, there may be new rumors what will happen to HP’s WebOS, as Samsung was rumored to be one of the bidders to acquire the software. Perhaps we should start thinking into the direction of other platform companies, including Qualcomm?

Source:http://www.tomshardware.com/news/intel-samsung-tizen-limo-foundation-linux-foundation-tablet-smartphones,13550.html

Mobileye’s System-on-Chip EyeQ2 and Computer Vision Algorithms Power the Innovative Forward Collision Warning (FCW) System in the new BMW 1-Series

September 28th, 2011

The new BMW 1-Series offers an Advanced Driver Assistance System (ADAS) developed by BMW, Autoliv and Mobileye. The system includes five functions: Speed Limit Indication (SLI), Non-Passing Indication (NPI), Lane Departure Warning (LDW), High Beam Assist (HBA) and Forward Collision Warnings (FCW), all controlled by a single camera powered by Mobileye’s computer vision algorithms running on the system-on-chip EyeQ2 processing unit. This sophisticated system is instrumental in saving lives, preventing injuries and reducing vehicle-related crashes.

A notable break-through seen in the BMW 1-Series is the inclusion of the Forward Collision Warning(FCW) customer feature. The FCW is activated when the host vehicle approaches a preceding vehicle at a high closing rate. The driver is alerted by the warning to the existence of a critical situation and can avert the accident. The underlying technology uses state-of-the-art research on pattern recognition where the monocular camera scans the image feed looking for licensed vehicles by matching areas of interest to a library of templates that were learned over millions of kilometers during system development. The monocular camera is able to obtain range to detected targets with sufficient accuracy for a high-quality FCW performance. Harsh conditions (such as heavy rain) are included in the technology envelope of performance, allowing the introduction of this feature as an important safety element.

“We are pleased to be the customer features technology provider to BMW once again,” commented Prof. Amnon Shashua – co-founder and Chairman of the Board of directors of Mobileye and the Sachs professor of computer science at the Hebrew University of Jerusalem. “Our proven track record in bringing to market new technologies, such as LDW on the 5-Series in 2005, and the combination of LDW, HBA and SLI on the 7-Series in 2008, is a testament to our long-term commitment of launching, first to market, advanced technologies to the field of Driving Assistance Systems,” added Shashua.

“The concept of a multiple features bundle on a single camera hardware is gaining traction in the market,” says Itay Gat, Ph.D., Series Production Vice President of Mobileye. “Mobileye’s FCW function is the latest addition to the bundle family and was designed to comply with the requirements put forward by the National Highway Traffic Safety Administration (NHTSA) in the USA. Our technology is therefore the only vision-based system that is capable of successfully fulfilling NHTSA performance specifications,” added Gat.

Mobileye N.V. is headquartered in The Netherlands, with R&D in Israel and satellite offices in the U.S., Cyprus and Japan. Mobileye is a technological leader in the area of advanced image sensing and processing technology for automotive applications, with a product portfolio covering the entire range of vision applications. Mobileye’s unique monocular vision platform works as a third eye to help drivers improve safety and avoid accidents, and has the potential to revolutionize the way we drive. Mobileye’s products of software algorithms bundled into the EyeQ system-on-chip can be found in BMW, GM and Volvo models since 2007. Multiple additional programs are under development with existing and additional OEMs that will launch later this year and during 2012-2014.

Source:http://www.newswire.ca/en/releases/archive/September2011/28/c7216.html

Techsol New Product Announcement: Techsol’s Enduring Medallion ARM SOM Gains Integrated Ethernet Support

September 28th, 2011

This full‑featured ARM‑9 CPU module has all the features engineers expect — including USB Host & Device, LCD & Touch, SD/MMC, IrDA, SPI, I²C, UARTs, 32‑bit bus, etc. and now Ethernet. The Ethernet feature of the SA2410-E relies on a Micrel KSZ8851‑16MLL Fast Ethernet controller supporting 10/100 Mb/s automatic detection and switching and has lines for link and activity LEDs. Ethernet is the latest in a long list of enhancements since our HY7201 Linux CPU module, which began shipping in 2001. “This proven CPU provides incredible value,” says Brian Empey, P.Eng., CEO of Techsol. “Not only does it provide higher performance at lower clock rates and power consumption, but we’ve added additional features to maximize battery life, including a miniature on‑board switching supply for the CPU’s core voltage. We’ve also added capacitor backup for the on‑board RTC to handle battery changes. And we offer up to 2 GB of on‑board flash memory. All in a package less than 2 inches square.”
Techsol has been developing Linux 2.6 drivers for the SA2410 since June of 2004. “Our Medallion Linux for Samsung ARM‑9 processors has been deployed in high volumes in credit card payment terminals for America’s largest player in that market. Since the launch of the original SA2410 in 2005, Techsol has also shipped many tens of thousands of SA2410 Medallion CPU modules, which are in operation on most continents and in often harsh conditions. We have a reputation for the most stable and best‑supported Embedded CPU modules, and that’s a high standard to live up to!”

Dimensions: Width: 50 mm, < 2″ Height: 50 mm, < 2″ Thickness: 9 mm, < 0.4″
GUI & SW options include:
Linux Framebuffer (FB), operating in 16‑bit, 65,536‑color mode
X11 (Xorg) on FB for standard Linux/Unix graphics
FLTK on X, for a full‑featured, extensible, yet Free GUI
GTK+ on X, for full PC compatibility
Web Browsers allow HMI applications without compiling code
And Python support (including PyGTK ) enables rapid application development
WHERE CAN IT BE USED?
Techsol's customers have deployed the SA2410 in myriad industrial applications. They power handheld computers, medication dispensers, and portable military communications. They are in FDA‑approved devices, and in most nuclear power plants in Canada and the USA. They are in AVL applications ranging from tracking high‑end sailboats, to monitoring fleets of utility vehicles. The SA2410 is very popular in remote monitoring applications. It offers database support, Web servers, and all those things one expects in a PC‑type computer, but at lower cost, size, and power consumption.

WHAT DOES IT COST?
Pricing for units with 32 MB RAM, 128 MB NAND, on‑board power, reset, etc.:
Order Quantity Unit Price (standard 200 MHz speed)
10 $139
100 $119
1,000 $109
10,000 under $100, contact us for a quote.

Every unit is tested running Linux before it ships! Single units of the SA2410E are available as part of various development kits with full SW development tools and support. Call for pricing.

Development kits are available from stock. Production volumes are typically available in 6 to 8 weeks.

Embedded Engineering is the same all over the world. Engineers face the same challenges of having too much to do, and not enough time or money to do it with. Techsol's Medallion Classic and TSC modules address this issue and provide a solution that extends into the production stages of a product, not just the proof‑of‑concept stage like most SBCs.

Techsol's Medallion system is unique in the embedded computer world.

The Medallion single‑board computer product line encompasses multiple CPUs, and different configurations with the same CPU. However, the pin‑out and form factor remain the same, even after 10 years.

And the new TSCM will also have a similar long availability for “planned NON-obsolesence”.

There is one Medallion module which is best matched to your application.

By designing with the Medallion system, you are effectively outsourcing your CPU design and Linux porting with no up‑front NRE fees! That lets your team concentrate on the hardware and software portions of your product that your customers see. The result is that you can create a higher‑quality product in a fraction of the time (and cost) of designing everything yourself from scratch! Plus, the interchangeable modules extend product life cycle times.

Source:http://www.benzinga.com/pressreleases/11/09/p1949262/techsol-new-product-announcement-techsols-enduring-medallion-arm-som-ga

Verizon 4G WiFi hotspot, Novatel MiFi 4510L

September 28th, 2011

My experience having Verizon-provided internet access over cellular data protocols to my cruising sailboat spans three years and five devices, the Verizon 4G LTE MiFi built by Novetel released this summer being the most current. They’ve worked well enough that I’ve never messed with a high power boat WiFi system, like Ben has, but they are not perfect…

Mobile hotspots are gadgets a little bigger than credit cards that combine a mobile broadband modem with a WiFi router to allow computers and other devices to get onto the internet across distances of 20 miles and more. They have upfront and monthly data plan costs very similar in price to a smartphone.

My first experience surfing the internet through Verizon was in the days before mobile hotspots were available. Back then it was with a tiny card I installed as an option into my wife’s Lenovo ThinkPad laptop and a Verizon USB dongle I used for my own laptop. Both used a cellular protocol called EvDO with average data transfer speeds in the 1 Mbps down, and ½ Mbps up range. Three years ago I found it consistently much faster than the Wi-Fi signals barely in range of my boat despite a powerful Wi-Fi access point provided by the cable company nearby. In addition, the Verizon product received a strong signal out in the middle of Long Island Sound and virtually every anchorage I visited between New York and Maine (see my reviews in www.activecaptain.com)

They also worked well below decks in my Beneteau sailboat, easily penetrating the fiberglass to get a connection. Compared to a Rogue Wave or WireAP, there is literally nothing to install, as both devices would draw power from the computer they were installed in.

As good as that sounds, there was a major hassle in using the included software for the hardware. If the laptop went into a deep sleep to save power, or I closed the lid, the EvDO connection did not recover, sometimes requiring a reboot. The software also interfered with the primary benefit of the USB dongle to share the hardware and data plan between computers, because installing that Verizon client on the next computer took time, required learning that specific computer’s idiosyncrasies in switching between internet sources and involved training the user borrowing the USB dongle on how to switch their laptop back to wired or Wi-Fi internet access.

The arrival of the original Novatel MiFi Hotspot to the Verizon network fixed all that. The MiFi replaced software and a physical connection between the cellular transceiver and the laptop, with a built in Wi-Fi hotspot capability to connect up to 5 computers at a time to the Verizon Cellular EvDO network. This made using Verizon much simpler, as Wi-Fi was already configured on my laptop and that of my co-workers. Switching internet sources was no different than switching between WiFi access points. It was now easy to setup and share my data plan.

Life was good until the Droid series of Smartphones became popular, later joined by the iPhone for Verizon, both of which used the same EvDO protocol and frequencies.

At first I enjoyed accessing EvDO from my phone, first a Motorola Droid and later a Droid 2. My Droid 2 incidentally had the same hotspot capability as my MiFi, but I used it rarely as you can’t talk at the same time, also the MiFi could run five hours on a charge and my Droid could not.

But, my enjoyment of EvDO on both devices fell sharply as hundreds of Droids began competing with mine for the same EvDO bandwidth. Rather than having 1 Mbps of bandwidth, which was more than enough for web conferencing and Skype, the speeds I typically experienced dropped to under 100 Kbps, just 10% of the original speed I once enjoyed.

That brings us to the Verizon 4G LTE network and the hotspot from Novatel (Verizon also offers a hotspot from Samsung, a comparison of the two available here). Verizon has a whole new network (click here for a coverage map), using the LTE protocol it markets as 4G (4th generation) with a speed 10x that of 3G. As a new network with few users, it is very fast. I potentially face disappointment a year or two in the future as millions of new devices use this protocol as well, but at the moment life is good again for connecting my laptop to the internet. The laptop incidently does not need to be upgraded or modified in anyway.

With the Verizon 4G LTE Hotspot from Novatel (above) I have access to both the LTE network when it’s available, and the EvDO network as a fallback. The advertised speed of Verizon’s 4G LTE is up to 10 times faster than 3G EvDO, but with EvDO loaded and LTE near empty, I can measure speeds of 70 to 100 times faster. Ten times faster is all I need.

The 4G Novatel hotspot hardware has some improvements over the original 3G Novatel hardware. One of the small differences is the addition of a status display to show battery charge state and signal strength. This is important as the battery life is so much shorter (barely 90 minutes) vs the older MiFi (5 hours). This 4G LTE version can also be charged with the same 12v boat charger or USB cable I have for my Droid phone, rather than a proprietary adapter the 3G required.

I am cautious that my renewed ability to stay connected while on my boat is in jeopardy, however. Even with 10x the bandwidth, someday there will be millions of new devices using this network as happened with EvDO. With a forecast of 120 million new iPhones to be sold in the next year, I am crossing my fingers that the iPhone 5 doesn’t support LTE, as that could hold off the masses for a year. When this Verizon network and it’s equivalent network from AT&T, SPRINT, and others become saturated, it’s not clear what frequencies will next be available to support another 20+ Mbps of bandwidth per wireless carrier.

Actually, I am more than a little cautious. No offense Verizon & Novatel, but I have to say I cannot recommend this or Samsung’s dedicated hotspot product in combination with an LTE (or EvDO) data plan, because it is likely each user will be stuck midway thru a two year subscription plan paying $50 a month for a product that will be very slow as EvDO has become.

What I can recommend, is purchasing a Verizon LTE compatible smart phone with hotspot capability. Why? First, the hotspot capability can be activated for an additional $20 a month on such a phone, no seperate device needed. Second, you can then elect to discontinue using the hotspot feature at any point the data rate gets too slow. The basic data plan you would still retain on your phone will still be useful to check email and run other apps that work well on low bandwidth, just as my Droid 2 works well even on slow EvDO. Finally, unlike EvDO where the phone can only do one at a time, be a hotspot or let you talk, LTE based smart phones are suppose to be capable of acting as a hotspot and a phone simultaneously. That leaves battery life as the only advantage of the dedicated hotspot. But, for a $30 a month premium I would rather carry a battery powered charger around instead.

Al least for my laptop and I, happy days are here again… until people learn about the Verizon 4G LTE network and millions start sharing the network with me. I mean, I am okay with sharing it with you and other Panbots, but listen, you gotta keep this quiet at least for awhile or I will have to go thru the time and expense to install a Wi-Fi booster for my boat.

Source:http://www.cruisingworld.com/blogs/verizon-4g-wifi-hotspot-novatel-mifi-4510l

NextWindow Touch Screens Used in New All-in-One PCs from ASUS

September 28th, 2011

NextWindow, a wholly-owned subsidiary of SMART Technologies Inc., announces that its touch screens are being used in a new all-in-one PC from ASUS, a market leader in personal computer products. The ET2410 All-in-One PC Series features brilliant 23.6″ (59.9 cm) touch screens and offers enhanced audio playback through SonicMaster and DTS Surround Sensation UltraPC™. Powered by a second generation Intel® Core™ processor, NVIDIA® GT540M graphics card and 8GB of DDR3 memory, the ET2410 is able to play HD multimedia with ease. The ASUS ET2011ET, featuring a 20″ (50.8 cm) multitouch display from NextWindow, is now shipping globally.

Featuring a slim design with a profile of only 2.4″ (6 cm), the ET2410 rests on an aluminum pedestal that provides stability and easy cable management. The touch screen incorporates patented optical technologies from NextWindow and SMART, ensuring high performance and image clarity. Acting like a giant tablet computer, the ET2410’s multitouch capabilities enable users to pinch, zoom or rotate images, and to quickly and easily scroll through web pages. The ET2410 also includes keyboard and mouse inputs.

“We selected NextWindow after a comprehensive review of multitouch screen vendors and products on the market,” says Albert Wu, Desktop Division Director for ASUS. “NextWindow was chosen for its excellent reputation and the very high quality of its products, and we look forward to using NextWindow optical technology touch screens in other ASUS products.”
“ASUS is a leader in the PC industry and we are proud to supply touch screens for the ET2410,” says Al Monro, CEO, NextWindow. “NextWindow and SMART have invested significant resources in the development of optical technology, which has many benefits compared to traditional touch screen solutions. NextWindow’s selection by ASUS validates the value of our technology.”

About NextWindow touch screens
Patented optical technology from NextWindow and SMART is included in all NextWindow touch screens. Known for its accuracy, clarity, flexibility, reliability, scalability and durability, NextWindow optical technology offers many advantages over other touch technologies, including effortless zero-force touch and support for multiple touches as well as multiple users. Optical technology is ideal for use in large-format displays as well as desktop computers and monitors, as original equipment manufacturers (OEMs) can easily and economically convert traditional displays into touch screens. NextWindow’s large-format touch screens offer thin borders and a low profile, enabling easy integration into a wide range of hardware applications.

NextWindow touch screens are available as fully assembled displays complete with glass, or as a kit of components that includes optical sensors, a passive border and a controller board ready to be assembled on a glass substrate. To lower transportation costs and reduce inventory risk, NextWindow touch screen kits do not include glass, however glass is available in standard sizes and can be cut to fit custom displays.

About ASUS
ASUS, the world’s top 3 consumer notebook vendor and the maker of the world’s best-selling and most award winning motherboards, is a leading enterprise in the new digital era. ASUS designs and manufactures products that perfectly meet the needs of today’s digital home, office and person, with a broad portfolio that includes motherboards, graphics cards, optical drives, displays, desktops, Eee Box and all-in-one PCs, notebooks, netbooks, tablet devices, servers, multimedia and wireless solutions, networking devices, and mobile phones. Driven by innovation and committed to quality, ASUS won 3,398 awards in 2010, and is widely credited with revolutionizing the PC industry with the Eee PC™. With a global staff of more than 10,000 and a world-class R&D team of 3,000 engineers, the company’s revenue for 2010 was around US$10.1 billion.

Source:http://www.sfgate.com/cgi-bin/article.cgi?f=/g/a/2011/09/28/prweb8834232.DTL&ao=2

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