sds Electronics : Samsung LN52A650 52-Inch 1080p 120Hz LCD HDTV with Red Touch of Color |
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Samsung LN52A650 52-Inch 1080p 120Hz LCD HDTV with Red Touch of Color
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![]() | Samsung’s Series 6 marks the first appearance of TOC (Touch of Color) design in the 2008 LCD HDTV line-up. Inspired by designs from the automotive and fashion industries, Samsung’s unique unique Transparent and Opaque Color molding process creates a clean, smooth finish infused with a hint of a translucent color during the manufacturing process for an ultra-sleek appearance. |
![]() | Up-to-the-minute access to weather, news, sports and stock information is just a cable and a click away through the HDTV’s Ethernet port and new InfoLink RSS service. An all-new user interface with digital contents management guide provides intuitive navigation and access to both internal and external content. |
![]() | This technology doubles the frame rate from 60 to 120 frames per second (120Hz LCD panel) without repeating the same image to make more frames. Instead, the TV intelligently calculates the ‘middle’ image between frame A and frame B and inserts it in between (Auto Motion Plus 120Hz processor), making a fluid transition from one frame to the next. | ![]() |
![]() ![]() | Samsung enhances the clarity of select LCD HDTVs by replacing the light-diffusing plastic face of traditional LCD HDTVs with a natural black panel with a clear anti-glare shield. Reduced reflection of external light creates a new dimension in image clarity, highlighting black and darkened areas, enabling vibrant, more compelling colors and a brighter, clearer picture. Black will never again appear grayish. Black details will show in vivid black even in dark scenes. The latest version of Samsung’s breakthrough super clear panel technology makes colors appear more vibrant and blacks even deeper than ever. Enhanced films reduce glare and optimize off-angle viewing. | |
![]() | 50,000:1 Dynamic Contrast Ratio will give you a picture better than you ever thought possible, with whiter whites, blacker blacks and a nearly infinite subtlety of gradations in between. As two of the most important determining factors in overall picture quality, contrast and brightness levels achieve new heights in this latest generation LCD panel. Samsung’s new LCD TV’s give the most stunning realistic picture quality ever. |
| Full HD, or 1080p, contains 1.5 times more scanning lines than conventional HD TVs. More scanning lines mean more pixels, more details and a better picture. The new Samsung LCD TV with resolution that is approximately 2 times greater than conventional HDTVs, creating the most perfect picture imaginable. Samsung’s 1080p panel uses a new high-speed liquid crystal to cut response time to 4ms. The fast response time, coupled with Samsung’s Auto Motion Plus 120Hz motion blur reduction technology dramatically reduces motion blur and judder. | ![]() |
| DNIe™ The Samsung Digital Natural Image engine. This exclusive Samsung technology dramatically improves the picture by enhancing the contrast, detail, white balance and reduces. | ![]() |
| The NTSC (National Television Systems Committee) has established the color standards all TVs in America try to meet. And typical LCD TVs only meet about 72% of this standard. Samsung LCD HDTVs use Cold Cathode Fluorescent Lamp backlights to give you 92% coverage of the NTSC standard, ensuring truer, more breathlessly vivid colors. Samsung’s exclusive Wide Color Enhancer technology delivers more brilliant colors, even in bright areas of the picture where blues and greens are washed out on conventional screens. The system displays wider color reproduction, showing you truer colors – the fresh green of spring foliage, the intense blue of the summer sky. | |||
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![]() | To make the Series 6 a true entertainment hub for any home, Samsung has incorporated advanced HD connectivity and networking capabilities that expand the HDTV’s functionality. A wide variety of multimedia devices can be connected to the set through any one of the four Simplay compliant HDMI 1.3 inputs (including one on the side), and the handy HDMICEC feature lets you control all your CEC-enabled peripherals using just one remote. Connect HD digital devices like disc players, game consoles, and satellite dish components into the 2 rear connections and use the side-mounted input for cameras, camcorders, and laptops. HDMI is the best performing interface for displaying an HD source on an HDTV. Once connected, users can easily access device menus and manage and display content through the newly redesigned Wheel Key Remote control and the HDTV’s sophisticated content management interface. All Connections
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![]() ![]() | You already know something about digital living. There’s the TV and digital video recorder in your family room. (And another set in your bedroom.) You have a PC and digital printer in your office, along with a network attached storage device. And you’ve copied all your music onto your portable music player and haven’t had to open a CD case for years. But getting them to talk to each other can be pretty tough. Why is it still so difficult to send digital content from one device to another? Digital Living Network Alliance (DLNA) is a collaboration of the world’s leading consumer electronics, PC and mobile companies that has created design guidelines for a new generation of products that can work together — no matter the brand. Think for a moment about all of the photos 'locked away' on your home PC that you wish you could access while entertaining your friends and family. Now, thanks to DLNA enabled devices, a DLNA-enabled PC can be accessed from the comfort of your living room or family room via a DLNA-enabled HDTV, where you can enjoy your memories with friends and family, without having to deal with the hassle and non-intuitive 'PCexperience'. Or, say you recently downloaded your daughter’s birthday party video from your digital camcorder to your PC. Now you want to share it with your parents who are visiting. Without DLNA, you probably have to burn a DVD of the video or hook up the camcorder to the TV. With DLNA, you can just use your TV’s remote to call up the video on your TV. That’s it. |
![]() | Samsung’s Super Patterned Vertical Alignment (SPVA) panel provides a 178-degree viewing angle from all four axes |
![]() | With standard-definition TVs, the rule used to be that viewers would feel comfortable watching a set from a distance of 3 to 6 times the screen size in inches. With HDTV, the resolution is so much better that you can sit closer to a larger TV without noticing the pixels. So with HDTVs, the rule tends to be you can sit anywhere from 1.5 to 3 times the screen size (in inches) for the best experience.
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Series 3Look at Series 3 LCD HDTVs | 19- and 22-inch Models
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26-inch Model Adds
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32-, 37- and 40-inch Models Add
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Series 4 AddsLook at Series 4 LCD HDTVs |
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Series 5 AddsLook at Series 5 LCD HDTVs |
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Series 6 AddsLook at Series 6 LCD HDTVs | 19- and 22-inch Models
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32-inch Model Adds
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40-, 46-, and 52-inch Models Add
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Series 7 AddsLook at Series 7 LCD HDTVs |
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Series 8 AddsLook at Series 8 LCD HDTVs | Coming Late 2009 |
Series 9 AddsLook at Series 8 LCD HDTVs | Coming Late 2009 |

- Critical review
- Very satisfied
- Fantastic!!!!
- Unmatched tvThe rise and fall of muni-Fi (and rise again): Clearly, the largest story involving Wi-Fi in 2007 was the at-first continued growth in cities awarding contracts with no money involved on their part to have service providers build Wi-Fi networks--and the subsequent failure of these networks to be built. Starting quietly in late 2006, the market shifted for metro-scale Wi-Fi. During 2007, providers decided that bearing the full cost of a city-wide network without city contracts wasn't financially sensible.
The full scope of the low uptake rates in cities that had large portions of the network built out also became clear: rather than 15 to 35 percent of residents subscribing, just a few percentage points would put a network in the top tier. Revenue is apparently also pretty minimal even in cities like Taipei, Taiwan, the network provider for which was predicting 250,000 subscribers by the end of 2006, and had just 30,000 regular users each month at last public report in early 2007.
MetroFi started to tell cities that without an advance service commitment at a minimum level -- an anchor tenancy -- the company couldn't proceed on networks. In 2007, MetroFi lost half a dozen bids or saw contracts canceled due to this change. Its work in Portland, Ore., the biggest network it was building, won't be extended beyond current limited dimensions until additional capital or a city commitment is obtained; the city has said it won't commit to service fees, however.
Meanwhile, EarthLink lost its CEO Garry Betty in January due to cancer. A strong backer of new initiatives to change EarthLink's core business, his death was certainly one of the causes in a quick re-evaluation of the municipal wireless division. New CEO Rolla Huff pulled EarthLink out of new deals, suspended existing ones, laid off hundreds of employees while gutting the metro Wi-Fi division, and appears poised to leave currently built or underway networks, including their flagship Philadelphia effort. They may sell the division, but it's hard to see much worth in it given the current state.
In a smaller bit of news, Kite Networks, formerly known by various names, was sold by parent MobilePro to Gobility with conditions that according to SEC filings by MobilePro weren't met. Kite was once high flying, in the company of EarthLink and MetroFi as one of the major U.S. Wi-Fi network builders. Now it's still in that company, with work on its Arizona networks apparently halted. A suitor has emerged in the form of a regional telecom that specializes in the Hispanophone market (double entendre intended), and which thinks it could boost Tempe subscriptions from the current several hundred to about 300 times that number. Hope springs eternal.
And while AT&T was able to launch a Riverside, Calif., network with MetroFi handling the installation and operation, it backed out of St. Louis, Mo., due to a utility pole problem, and the bidding in Chicago, too. The Metro Connect consortiums in Sacramento and Silcion Valley were unable to raise financing despite the apparent blue-chip participation by Cisco, IBM, and Intel.
County-wide Wi-Fi was also hit again and again by providers who pulled out--CenturyTel in Pierce County, Wash., for instance--or problems with technology or utility poles. In a few scattered areas, Wi-Fi across counties has been built out, but it's not an idea whose time has yet come.
Muni-Fi isn't down for the count. While these high-profile networks in large cities and county-wide networks have mostly hit the skids, more modest networks with well-defined goals continue to be built with a focus on public safety and municipal uses in hundreds of small and medium-sized towns. Brookline, Mass., may be a good example, in which a public safety/public access network was built relatively quickly and with no reported problems.
And there's one big city success story: Minneapolis, Minn. While local provider US Internet wound up spending more than they'd intended, reports from the ground indicate that service works quite well, and subscriptions and interest are quite high. The company was able to respond almost instantly to the bridge collapse a few months ago by deploying additional mesh infrastructure to add network capacity in the area. And it says that it could reach positive cash flow in early 2008. One of their advantages? They secured a substantial commitment from the city for the services they built.
Other trends of the year gone by: Music and Wi-Fi are clearly more aligned, with the new Zune models and firmware from Microsoft allowing wireless sync (but not yet Wi-Fi purchases), and the introduction of both the Apple iPhone and iTunes touch, which allow music purchases over Wi-Fi but not synchronization. (While the MusicGremlin preceded both the Zune and iPhone/iPod options, it didn't seem to gain any market traction in 2007.)

Security continues to be a concern in 2007, although less of one as home users have clearly accepted WPA Personal, at long last, and networks are increasingly encrypted through better software from major hardware manufacturers. Wizards make encryption a no-brainer, when they work. Corporations stung by reports and by requirements from credit card issuers are also clearly protecting their networks better, although I'm sure we'll still see breaches at those firms that didn't cross every "t."
The 802.11n standard's emergence into an interim certified Wi-Fi state was also a significant milestone for faster wireless networking. Shipments of Draft 802.11n products in 2007 increased significantly, while prices dropped so much that it makes perfect sense to purchase a $50 to $80 Draft N router than a comparable G unit. Manufacturers made it clear as the year progressed that hardware sold today should generally be firmware upgradable to whatever the final, not much changed 802.11n standard is when approved in 2008.
Gadget-Fi continued on the rise, as an increasing array of devices included Wi-Fi as a connectivity option. Most notably, T-Mobile launched its HotSpot@Home service, the largest scale offering of converged cell/Wi-Fi calling. By year's end, they had four handsets for sale--two plain, a BlackBerry, and a clamshell--but subscriber numbers are unknown.
What's coming in 2008?

In-flight Internet (over Wi-Fi): 2008 is finally the year. It was supposed to be 2005. Or maybe 2002. But we should see a number of planes, mostly flying over the U.S., equipped with either in-flight Internet access or in-flight text messaging and text email. Connexion by Boeing's failure fortunately didn't discourage a half a dozen competitors who were in the R&D phase when Boeing wrote off its satellite-based Internet access venture.
AirCell, Row 44, OnAir, Aeromobile, Panasonic Avionics, and a T-Mobile consortium are among the announced or nearly announced firms with commitments or trials underway. AirCell and Row 44, focused on the U.S. market, plan to deliver Internet not voice to fuselages; OnAir and Aeromobile are working on mobile-based services, including voice, via existing cell phones and devices.
In 2008, American, Alaska, and Virgin America will launch trials over the U.S., and potentially move into production. OnAir should be expanding in Europe beyond the single French aircraft that's equipped in a trial now to RyanAir's fleet. And Aeromobile's Qantas trial could turn into real usage. There's likely action that will happen in Asia and the Middle East, too, that's not yet disclosed.
Other trends to watch
Wi-Fi in every smartphone with better integration. The iPhone was the leading edge, pun intended, offering 2.5G EDGE cell networking as part of the subscription price, along with seamless roaming to Wi-Fi networks. With RIM finally offering BlackBerry models with Wi-Fi, it's unlikely that any future smartphone model intended for serious users would lack the option.
Wi-Fi everywhere. Despite the setbacks in municipal Wi-Fi, wireless networks continue to expand, with better and better coverage found across larger areas and more locations. 2008 might be the year of hotspot saturation.
WiMax arrives. In 2008, we'll finally see production mobile WiMax in action in the U.S., and the questions about whether it works well enough and fast enough at the right price to beat current generation cell data networks, and make money for the disorganized Sprint Nextel will be answered. More certainly, Clearwire, with WiMax as its only option, will push aggressively to steal customers away from fixed, wired broadband, especially in markets with little competition.
Gadget-Fi a go-go. Wi-Fi will become an expected part of gaming consoles (already found in a few), cameras (found in crippled form in just a handful), regular cell phones (in dozens and dozens now), and music players (with more full functionality).