Jakarta – Google has just updated the Google Maps application with new features. This feature comes reports of traffic accidents and the number of ways to access the various facilities.
Google Maps with accident information can be used on Android and iOS based devices. Overall, this application displays maps and their reliable navigation and traffic information.
Warning about the accident will appear on the map showing traffic flow and road construction. This information is also recommended that these options are not stuck in traffic around the accident site.
Last June, Google bought Waze, the creator of popular apps that inform traffic flow. But Google has not confirmed whether Waze’s data associated with this application or not.
The new application also allows users to find out if the place you want to target viable or not. Features »Explore” display greeting cards enjoy a meal and good night.
Through these features, users can be helped with a variety of information about the place in detail. There is also a rating system that allows users to find somewhere assessment.
Google Maps with navigation devices had previously been released for the Android and iOS platform. Product Manager for Google Maps, Nobuhiro Makida, said the superior feature of this application is the My Location, search, and referrals.
“Through My Location, users can know of its existence through the map, even if the device does not have GPS,” said Makida.
Next is a local search to find a business category. While referrals are the best route to a destination, even if the user is driving, walking, or taking public transportation.
Features can indicate the distance and direction of travel time to get to the destination. The Google Maps Navigation can be run via voice commands.
Jakarta – Google has just updated the Google Maps application with new features. This feature comes reports of traffic accidents and the number of ways to access the various facilities.
App Switcher is a feature of OS X that allows users to switch between applications that are running. This feature is a common feature that is often found in other OS. App Switcher can be activated by holding down Command + Tab simultaneously.
However, if you’ve mastered this feature? Here are some tips to help you maximize the App Switcher function which has been used only for switching applications.
Switching between two applications quickly. If you frequently switch between the two applications continuously, for example when copying text from one application to another, then these tips can save you time. Press Command + Tab quickly (without resistance) to switch between the two applications directly.
Switching between applications is a major feature App Switcher. By holding down Command + Tab you can display all the active application. Continue to hold Command and press Tab repeatedly to move to the next application. Press Shift + Tab or ~ to move to the previous application. You can use the arrow keys or the mouse is also in selecting the application you want to set.
Lethal applications quickly. App Switcher when the selection is above the current application, the state retained the Command key, you can press the Q button to turn off the selected application.
Hide applications quickly. These tips similar to the previous tips. The difference lies only in the button is pressed. To hide the application, you need to press H.
Mastering the App Switcher adds one more tool for you who like to use keyboard shortcuts in. App Switcher is capable of doing some things that you can not do with a gesture like turning off the application. Thus, you do not need to switch applications just to turn off unneeded applications anymore. It is also able to save on RAM usage.
Although Intel (NASDAQ: INTC ) stock may look cheap compared to theS&P 500, there’s good reason for the low price tag. Between a faltering PC market, anemic revenue growth, and profitability concerns, Intel investors have a lot of things to worry about. Together, these factors certainly beg the question: Should you sell your Intel stock today?
PC sales still top dog
As exciting as it is for Intel to develop cutting-edge technology that threatens ARM Holdings‘ mobile computing stronghold, the company remains deeply entrenched in the PC market. Intelreported its second-quarter earnings results last week, showing that more than 63% of the company’s revenue came from its PC client group segment. With worldwide PC shipments as bad as they’ve been, it’s not surprising that investor enthusiasm would be muted toward the company’s mobile computing ambitions. Simply put, it’s going to take a considerably large tail to wag this dog.
Anemic revenue growth
Without revenue growth, a company’s earnings growth potential is dampened because there’s only so far cost-cutting can take profitability to new heights. Intel lowered its full-year forecast, now expecting revenue to be flat year over year, which doesn’t bode well for profit growth. Analysts expect Intel to post a 12.2% decline in earnings this year and grow by 5.9% in full-year 2014, driven by a 3.9% increase in revenue. For the long-term investor, profitability growth remains a fundamental driver of shareholder returns. Will a 5.9% growth in earnings from a weak comparable be enough to drive Intel stock higher?
Assuming Intel is successful as it gears up to enter the ultra-mobile space with its upcomingBay Trail processor, it’ll likely have a negative impact on the company’s average processor selling price. In order for Bay Trail to gain market share against the ARM competition, I’m expecting its average selling price to be somewhere in neighborhood of Qualcomm‘s, which is about $22 — roughly one-fifth of Intel’s estimated average selling price of $107. Additionally, the mobile computing revolution continues to put negative pressure on the price of PCs, further compounding Intel’s average selling price pressures.
The hope is that any future decline in processor average selling price can be offset with an increase in unit volume, but that’s not guaranteed, nor does it mean total dollar profits will remain stable. Even if Bay Trail can maintain profit margins in line with the rest of Intel’s processors, a $22 or even $30 processor simply doesn’t have as much available profit as a $107 chip.
Ultimately, Intel’s profitability prospects will be driven by a number of variables, including how the overall PC market fares, if average selling prices decline due to consumers shifting to products like Bay Trail, and if Intel can make up any shortfalls with sufficient unit growth. It’s not exactly clear-cut.
No catalyst in sight
We may get a better sense of Intel’s future prospects during its investor meeting in November, but it likely won’t be until its 2014 earnings results that investors begin to get the scoop how these headwinds are actually influencing results. At that time, Intel’s Haswell and Bay Trail processors will have made their run, investors will know if the PC market has begun to stabilize, and we’ll know if ultra-mobile products are hurting Intel’s total profitability thanks to declining prices.
If you’re an Intel shareholder, the question you should ask yourself is if it’s worth waiting around for the clouds of uncertainty to potentially clear up. Being a longtime Intel stock owner myself, I’m seriously considering taking my own advice and selling my shares in the coming weeks. There are plenty of compelling opportunities where the path to long-term shareholder success is much clearer.
After two years of development, Lawyer Plugin (www.lawyerplugin.com) launched their first public version of what promises to be an essential plugin for any lawyer running a WordPress website.
Lawyer Plugin is the first plugin of its kind: it gives law firms access to hundreds of local resources which are automatically added, updated, and synced with Lawyer Plugin’s central servers every 24 hours.
The registration takes care of all settings automatically. For example, a bankruptcy lawyer in Tampa, Florida, creates his profile with his law firm’s name, address, city, state, and practice area(s). The plugin automatically pulls bankruptcy- and Florida-related resources onto the resource page which is created by the plugin. With that, the firm becomes part of the peer-to-peer legal directory which is then displayed on the websites of every plugin user.
When creating the plugin, the peer-to-peer directory presented a major challenge. A law firm does not want to display competing law firms on their website. To solve this problem, Lawyer Plugin has been designed to filter competitors and only displays non-competing listings on each user’s website.
Here is how the filter works:
Smith & Smith bankruptcy lawyers in Tampa, Florida, install Lawyer Plugin.
Lisa Johnson & Associates, elder law attorneys in Asheville, North Carolina, also installs Lawyer Plugin.
Bradley Baker & James bankruptcy lawyers in Tampa Florida installs Lawyer Plugin.
Foz & Oz Attorneys at Law, bankruptcy lawyers in Los Angeles, California, installs Lawyer Plugin, too.
On the Smith & Smith resources page, Lawyer Plugin will display the listing for Lisa Johnson & Associates, because that firm does not compete in Smith & Smith’s local market. It will also display the listing for bankruptcy attorneys Foz & Oz. Even though they are bankruptcy lawyers, Foz & Oz are in Los Angeles, and therefore not competing with the Tampa, Florida practice.
However, Bradley Baker & James will not be included on Smith & Smith’s website, and Smith & Smith will not be included on Bradley Baker & James website. Lisa Johnson & Associates will display listings for all three of the above firms, because none of them compete with her practice.
A Fun Brand for a Serious Industry
Lawyer Plugin breaks out of the stuffy legal mold. On Lawyerplugin.com, users will not find any bookshelves, gavels, or court house columns. Instead, they are offered an outlet for venting with a “Hate Mail” form and noting in their legal disclaimer that the plugin has not displayed any “violent behavior,” but cautions that the “adolescent years are right around the corner.”
Last year, Lawyer Plugin posted teasers on its Facebook and Twitter profiles as beta testing began. The question was asked: “How awesome will Lawyer Plugin be?” The answers —
Coffee will drink Lawyer Plugin to wake up.
You will never need a flu shot. The flu will need a Lawyer Plugin shot.
The earth will no longer rotate around the sun. The sun will be too busy rotating around Lawyer Plugin.
And it was even predicted that Christmas will begin celebrating Lawyer Plugin.
The Lawyer Plugin’s financial backers plan to keep the plugin free. Lawyer Plugin will continue to receive funding indefinitely as add-ons are developed, and a paid, professional version of Lawyer Plugin is also in the works.
Lawyer Plugin is free and out in the court of public opinion. The developers are thirsty for user feedback and additional ideas for features.
Social networking giant Facebook has taken another step at making the PHP Web programming language run more quickly. The company has developed a PHP Virtual Machine that it says can execute the language as much as nine times as quickly as running PHP natively on large systems.
“Our goal is to make PHP run really, really quickly,” said Joel Pobar, a Facebook engineering manager. Facebook has been using the virtual machine, called the HipHop Virtual Machine (HHVM), across all of its servers since earlier this year.
Pobar discussed the virtual machine at the O’Reilly Open Source Conference (OSCON) being held this week in Portland, Oregon.
Shares its development tools
HHVM is not Facebook’s first foray into customizing PHP for faster use. PHP is aninterpreted language, meaning that the source code is executed by the processor directly. Generally speaking, programs written in interpreted languages such as PHP tend not to run as quickly as languages, such as C or C++, that have been compiled beforehand into machine language byte code. Facebook has remained loyal to PHP because it is widely understood by many of the Web programmers who work for the company.
To keep up with the insatiable user demand, however, Facebook originally devised a compiler, called HipHop, that would translate PHP code into C++, so it then it could be compiled ahead of time for faster performance.
While Facebook enjoyed considerable performance gains of this first version of HipHop for several years, it sought other ways to speed the delivery of the dynamically created Web pages to its billion or so users. “Our performance strategy for that was going to tap out,” Pobar admitted.
HHVM is the next step for Facebook. Under development for about three years, HHVM actually works on the same principle as the Java Virtual Machine (JVM). HHVM has a just-in-time (JIT) compiler that converts the human readable source code into machine-readable byte code when it is needed. (The previous HipHop, renamed HPHPc, has now been retired within Facebook.)
This JIT approach allows the virtual machine to “make smarter decisions at runtime,” Pobar said. For instance, if a call is made to the MySQL database to read a row of data, the HHVM can, on the fly, figure out what type of data it is, such as an integer or a string. It then can generate or call code on the fly that would be best suited for handling this particular type of data.
With the old HipHop, “the best it can do is analyze the entire Facebook codebase, reason about it and then specialize code based on its reasoning. But it can’t get all of the reasoning right. There are parts of the code base that you can not simply infer about or reason about,” Pobar said.
Virtual system speedier
Pobar estimated that HHVM is about twice as fast as HPHPc was, and about nine times as fast as running straight PHP.
Facebook has posted the code for HHVM on GitHub, with the hopes that others will use it to speed their PHP websites as well.
HHVM is optimized for handling very large, and heavily used, PHP codebases. Pobar reckoned that using HHVM for standard sized websites, such as one hosting a WordPress blog, would gain only about a fivefold performance improvement.
“If you take some PHP and run it in on HipHop, the CPU execution time [may] not be the limiting factor for performance. Chances are [the system is] spending too much time talking to the database or spending too time talking to [the] memcache” caching layer, Pobar said.
Boost Dependency Analyzer
I have something special to announce today. A tool I’ve build over the last 2 weeks, which allows to analyze the dependencies in boost. With boost 1.53 this spring, I had the idea to build this, but not the time, as I was busy writing a series over the Papers for Bristol. Back then I realized, how easy it could be to build such a tool, as the dependencies could be read & listed by boosts bcp tool. I already had a prototype for the graphpart from 2010. But lets have a look at the tool:
The tool is very easy to handle, it is based on the out of bcp, which is a tool coming with boost. Actually bcp can help you with ripping libraries out of boost, so that you don’t have to add all of boost to your repository when you would like to use smartpointers. But bcp also has a listing mode, where it only shows the dependencies thats whats my tool build up upon. Lets have a short look at the results, the dependencies of boost 1.54:
A few words on how to read this graph. The libraries in the middle of the “starshape” are the ones with the most dependencies, each line between the nodes is a dependency. A dependency can be one or multiple files. The graphlayout is not weighted.
A short introduction on what you need to get this tool to run. First boost, as this tool is build to analyze boost. I’ve tested with some versions (1.49 – 1.54) of boost. You also need a version of bcp, which is quite easy to build (b2 tools/bcp). Then you simply need to start the tool, if BOOST_ROOT is set, the tool will try to read it, other wise you will be asked to choose the location of boost when clicking on Read dependencies. Next thing is selecting the location of bcp. That is the setup, and the tool will now run for some time. On my machine its 90 seconds to 2 minutes the analysis takes, it might be lot longer on yours, depending on how much cores you got. The tool will spawn for each boost library (~112) a bcp process, and analyze this output in a thread pool. After this is done, the data is loaded into the tool, and then saved to a SQLITE database, which will be used if you start the tool a second time and select this version of boost. Loading from the database is far faster.
A screenshot to illustrate this:
To the left are all the boost libraries, the number of dependencies is shown in the braces. To the right is a Tabwidget showing all the dependencies, the graph is layouted with boost graph. When you click on show all you’ll get the full view of all dependencies in boost. The layouting is done in the background, so this will take some time to calculate, and is animated when its done. The results of the layouting are good, but not perfect, so that you might have to move some nodes. Exporting supports images, which are transparent PNGs, not all services/tools are happy with that (f.e. facebook, twitter nor G+ could handle the perfectly fine images), this can be fixed by postprocessing the images and adding a white background.
I’ve already written a little about the tools inside, its build with Qt5.1 and boost. Where boost is mostly used for the graph layouting. As I choose to work with Qt5, it has a few more dependencies, for windows this sums up to a 18 mb download, which you’ll find at the end. The tool depends on 3 libraries from my company Code Node: ProcessingSink, a small wrapper around QProcess, that allows to just start a bunch of processes, and lets you connect to the finished and error slot. This was necessary, as I could only spawn 62 parallel processes under windows, so this library does take care of spawning the parallel processes now. Which are currently 50 at a time. GraphLayout is the code that wraps the innerworkings of boost::graph, its a bit dirty, but lets me easily process the graphlayouting. The 3rd library is NodeGraph, which is the Graph UI, based on Qts GraphicsView Framework.
I plan to release the tool and its libraries under GPL later on github, for now I don’t have the time to polish everything.
One of the earliest questions I had when thinking about building such a tool, was where to get a list of the boost libraries? This sounds easy. But I need to have this readable by machine, not human, so HTML is a great format, but I refused to write a parser for this list yet. I talked to some people about this at C++Now, and most agreed, that the second option would be best: maintainers.txt. Thats what the tool reads currently to find the boost libraries. Unfortunately at least lexical_cast is missing in this list. So, the tool isn’t perfect yet, while lexical_cast is already patched, I’m not sure if anything else is missing. A candidate could be signals, as its not maintained anymore. Currently the tool analyzes for 1.54 112 libraries.
Working for 2 weeks on this tool has given me some inside knowledge about the dependencies in boost. First, the way it is shown in the tool, is the view of bcp. Some dependencies will not affect the user, as they are internal. f.e. a lot of libraries have a dependency to boost::test, simply because they provide their tests with it. The bcp tool really gets you ALL the dependencies. Also most (or was it all?) libraries depend on boost::config. I plan to add filtering later, so that the user has the ability to filter some of the libraries in the GraphView.
Here is how to get the tool for now: there is a download for the binaries for windows and linux. I’ll try to get you a deb package as soon as I have time, but for now its only the binaries for linux, you’ll have to make sure to have Qt5.1 etc. on linux too, as I do not provide them. For Windows, its 2 archives you’ll need to download: the programm itself, and needed dlls for Qt5.1 if you don’t have the SDK installed ( in this case you also could copy them from the bin directory)
Note on linux: this is a one day old beta version. Will update this later.
JAKARTA – Linksys announced the latest WiFi router modem from the line of X-Series, X3500. Comes with Dual-band support that work simultaneously, the device is claimed to be able to deliver speeds up to 450Mbps +300 Mbps internet.
“Dual-band functioned to reduce clashes WiFi signal, the modem can also be connected to a line, ASDL or cable / fiber optic” said Sales Manager Kevin Kurniawan Networking Linksys to Techno Okezone, Wednesday (07/17/2013).
Problem design, Linksys brings a modern look. WiFi modem router is also optimized by setting and managing quite easy. Users simply connect a variety of devices, smartphones, tablets, consoles, and SmartTV simply by pressing the WPS button on both devices would be connected and mobile apps Linksys.
“Technological developments prompted some devices that can connect to the internet. At home, many people want to create their own WiFi network to improve the comfort of surfing, “said Kevin.
“Linksys router can connect a variety of devices to help consumers more easily and provide a better solution to do video streaming,” he continued.
Meanwhile, the X3500 has several key features, namely Dual-band, can be connected to ADSL and cable, dock four Gigabit LAN, USB virtual storage to shared storage media or print documents wirelessly, DLNA support, parental control, and is compatible with IPv6.
“It can also be used as a mini server at home, just plug in an external hard drive on the modem, then all can access the storage media, either to access multimedia content and documents,” he said.
Super Micro Computer, Inc. (SMCI), a global leader in high-performance, high-efficiency server, storage technology and green computing exhibits its lineup of systems optimized for computer graphics and interactive techniques at Siggraph 2013 in Anaheim, California this week. Server, blade, workstation and high-density storage solutions optimized for 3D, CG, VFX, render farm clusters, video wall control, VDI, CAD/CAM and advanced visualization applications will be highlighted at the show.
“Increased adoption of computer generated content and 3D visualization in media, entertainment and research fields is driving demand for higher performance computing and mass storage solutions,” said Charles Liang, President and CEO of Supermicro. “Our enterprise-class server, workstation and storage solutions support the widest range of graphics and simulation intensive applications with up to five GPUs in our SuperWorkstations, six GPUs in our 2U SuperServers, twelve GPUs in our FatTwin and twenty GPUs in our SuperBlade. With Supermicro’s 4U high-density, high-bandwidth 72 external hot-swap 3.5″ HDD storage server, instant access and high availability of even the largest files or data sets streamlines workflow and enhances productivity.”
Computing and Storage Solutions include:
- SYS-F627G3-FT+ / G2-FT+ 4U FatTwin™ with 4x hot-plug nodes supporting 12x GPU or Intel® Xeon Phi™ Coprocessors (3x per node). Available with front I/O and 2x 3.5″ or 6x 2.5″ hot-swap HDD bays. Features 1620W redundant Platinum Level high-efficiency (94%+) power supplies.
- SYS-2027GR-TRF 2U SuperServer® supporting 6x GPU or Intel® Xeon Phi™ Coprocessors, dual Intel® Xeon® E5-2600 series processors (up to 130W TDP), up to 256GB memory and 10x hot-swap 2.5″ SATA3 HDD bays. Features 1800W redundant Platinum Level high-efficiency (94%+) power supplies and smart server management tools.
- SYS-1027GR-TRT2+ 1U SuperServer® supporting 3x GPU or Intel® Xeon Phi™ Coprocessors, dual Intel® Xeon® E5-2600 series processors (up to 130W TDP), up to 512GB memory and 4x hot-swap 2.5″ SATA3 HDD bays. Features 1600W redundant Platinum Level high-efficiency (94%+) power supplies and smart server management tools.
- 7U SuperBlade® Solution – The all-in-one SuperBlade features redundant Platinum Level high-efficiency (94%+) power supplies and high bandwidth connectivity through network switch modules, including 56Gb/s FDR IB (SBM-IBS-F3616M), FC/FCoE (SBM-XEM-F8X4SM), 10GbE (SBM-XEM-X10SM) and 1/10GbE (SBM-GEM-X3S+). SBI-7127RG-E Blade supports 2x GPUs or Intel® Xeon Phi™ Coprocessors, dual Intel® Xeon® E5-2600 series processors, up to 256GB memory, 1x SSD or 1x SATA-DOM and onboard BMC for IPMI 2.0 support. 10x blades in 7U SuperBlade® chassis scale to best density (120x GPU or Intel® Xeon Phi™ Coprocessors and 120x CPUs) and performance (188 TFLOPS theoretical) per 42U SuperRack®.
- SYS-7047AX-TRF 4U/Tower Hyper-Speed workstation features hardware and airflow optimizations to enhance the performance of dual Intel® Xeon® E5-2600 series processors (up to 150W TDP). BIOS customization provides auto-recovery failsafe operation, adjustable frequencies, voltages and memory latencies. Supports up to 512GB memory, 8x hot-swap 3.5″ HDD bays, remote server management tools and features 1280W redundant Platinum Level high-efficiency (95%) digital switching power supplies.
- SYS-7047GR-TRF Ultimate performance and expandability with support for up to 5x GPU or 4x Intel® Xeon Phi™ Coprocessors, dual Intel® Xeon® E5-2600 series processors, up to 512GB memory and 8x hot-swap 3.5″ HDD bays. Features 1620W redundant Platinum Level high-efficiency (94%) power supplies.
- SYS-7037A-i High-end, whisper-quiet (24db) workstation supports dual Intel® Xeon® E5-2600 series processors, up to 512GB memory, 3x PCI-E 3.0 x16 expansion slots, 4x 3.5″ hot-swap HDD bays and optional 4x 2.5″ internal HDD/SDD bays.
- SYS-5037A-i Entry-level, single processor workstation supporting Intel® Xeon® E5-1600/2600 series processors, up to 256GB memory, 2x PCI-E 3.0 x16 expansion slots, 4x 3.5″ hot-swap HDD bays and optional 4x 2.5″ internal HDD/SDD bays.
- SSG-6047R-E1R72L 4U high-density Double-Sided Storage® server features 72x 3.5″ external hot-swap HDDs with 2x internal fixed plus 2x optional external 2.5″ HDDs. Supports dual Intel® Xeon® E5-2600 series processors, up to 512GB memory, 4x PCI-E 3.0 x8 expansion slots. Features triple 1280W (2+1) Platinum Level high-efficiency (95%) power supplies.
Visit Supermicro at Siggraph 2013, July 23 – 25 at the Anaheim Convention Center, Booth #321. For more information on Supermicro’s complete line of high performance computing and storage solutions, visit www.supermicro.com.
Follow Supermicro on Facebook and Twitter to receive their latest news and announcements.
About Super Micro Computer, Inc.
Supermicro® (SMCI), the leading innovator in high-performance, high-efficiency server technology is a premier provider of advanced server Building Block Solutions® for Data Center, Cloud Computing, Enterprise IT, Hadoop/Big Data, HPC and Embedded Systems worldwide. Supermicro is committed to protecting the environment through its “We Keep IT Green®” initiative and provides customers with the most energy-efficient, environmentally-friendly solutions available on the market.
Supermicro, FatTwin, SuperServer, SuperBlade, SuperRack, Double-Sided Storage and Building Block Solutions and We Keep IT Green are trademarks and/or registered trademarks of Super Micro Computer, Inc.
All other brands, names and trademarks are the property of their respective owners.
HP today released an update to its entry-level workstations along with a slew of new IPS Gen 2 professional grade displays.
The new HP Z230 Workstation, unveiled at the Siggraph show in Aneheim, Calif., brings professional quad-core workstations to the $999 price point. The new Z22i, Z23i, and Z24i IPS displays, meanwhile, bring wider viewing angles and power savings to the professional graphics, architecture, and engineering user.
The Z22i, Z23i, and Z24i IPS Gen 2 displays are professional grade, offering 95 to 99 percent coverage of the sRGB color space and increased color accuracy compared to previous LCD TN panels. IPS Gen 2 also offers wider viewing angles, both horizontally and vertically.
Sized at 21.5 inches (Z22i) and 23 inches (Z23i), the two smaller monitors feature a 1,920-by-1,080 (1080p) full HD 16:9 resolution. Both feature a wide range of brightness adjustments, DisplayPort, DVI, and VGA inputs, 4-way pivot/tilt, and a built-in USB 2.0 hub for your keyboard and tablet digitizer.
The 24-inch Z24i adds a 1,920-by-1,200 (16:10) resolution for workers who need more desktop real estate for toolbars and the like. The Z24i also has wide brightness adjustment, and extra niceties like a carry handle and cable management.
All these displays are Energy Star and EPEAT Gold compliant. They are available today for $239 (Z22i), $259 (Z23i), and $399 (Z24i)
The entry-level HP Z230 workstation comes in small and compact tower form factors, depending on how much expansion your professional users need. The Z230 is built around the latest Intel Xeon E3 v3 and 4th-generation Intel Core processors. The Xeon-powered models feature integrated Intel HD Graphics P4600 for professional applications, as well as options for 2D multi-display graphics cards from Nvidia and entry to high-end 3D graphics cards from AMD and Nvidia.
Systems with discrete graphics cards will be able to support up to six simultaneous displays. Multiple Hard drive and SSD options can give users speed, capacity, or both. Depending on configuration, Z230 workstations can fulfill various ISV certification needs, including high-end 3D professional graphics, ECC or non-ECC memory, and professional grade CPU requirements. HP has promised a two-year (2013-2015) platform life cycle, so you can be assured of buying new pre-qualified systems for the next two years.
The HP Z230 workstation starts at $999 for a quad core powered system, and will be available worldwide this August.