About Your Metro Ethernet Provider
To know about your metro Ethernet provider, you first should know a little about what a metro Ethernet is. It is a computer network which spans a metropolitan area and is based on Ethernet best iptv. It is commonly used for connecting businesses and subscribers to a larger network or to the internet. Some businesses utilize it for connecting their branch offices to an intranet.
As far as Ethernet providers are concerned, there are three basic types to cover here. The first is the Incumbent service provider. These providers offer local telephone services, and operate as a monopoly. Added to their retail services are a wide variety of other services connected to business data. Some of these services include Frame Relay, Private Line, ATM, and Ethernet.
The next type of provider is the Competitive Local Exchange service provider. These were put in place for the purpose of competing with the Incumbent service providers. They maintain a focus on businesses, and deliver their services mainly over a fiber access infrastructure. A few will mix the fiber and copper leasing copper loops from Incumbent providers.
Next we have the Wholesale Bandwidth or Voice service provider. These providers give service to other service providers, and on occasion a large enterprise seeking large bandwidth services. They may sell Ethernet data services or Private Line. Aside from these they may include wavelengths and other services as well. The study that these facts were taken from did not include any further information in this respect.
Yet another form of Ethernet provider is the carrier Ethernet. It is used by service providers and carriers and is overtaking the Frame relay for many metro areas due to its ability to operate independently from a physical network and only needs a single connection for implementation. It is also making strides in the area of transport technology in the metro networks. It affords simpler routing with greater scalability and lower cost.
The goal of the metro provider is to use Ethernet to deliver critical high bandwidth services. These services are many, with IPTV, mobile video, and business connections being a few. Service providers have a lot of options to choose from with different companies utilizing many various new technologies in ways to deliver their Ethernet services.
If you are looking for an Ethernet service provider, there are many sites online that have mapping tools. These tools allow you to enter your building location to find the closest Ethernet service provider in proximity to that address. From there you can get price quotes for the services you seek as well. These tools are valuable assets to businesses or people who want to maybe move into a building with existing carrier facilities, or upgrade their connections.
HDMI is the standard for moving digital media like surround sound audio and high definition video from a source like a Blu-ray player, game console or receiver to your TV or other device. The current standard is HDMI 1.3 with variations like 1.3a, b, and so on. HDMI 1.4 is the latest standard that not only adds support for 3DTV but adds an Ethernet channel that allows the cable to be used to transfer networking data at speeds up to 100Mb/sec for things like IPTV and DLNA (see below). The good news is that high speed HDMI 1.3 cables (the expensive ones) will support HDMI 1.4 features except for the Ethernet channel the bad news is you’ll need a new device for the old cable to work with.
They would prefer you call it SuperSpeed USB but whatever you call it, it’s much faster than the older USB 2.0. USB 3.0 or SuperSpeed boasts a speed improvement of around 10X over USB 2.0 with transfers up to 300 or 400 megabytes per second. SuperSpeed has been slow to be adopted. Intel, who is promoting a competing technology based on optical cables called Light Peak, has said it won’t support SuperSpeed for another year. In fact, some people think Light Peak which claims 10 gigabit per second transfers might even replace USB especially if vendors like Apple adopt it. Meanwhile, Microsoft is in the process of creating SuperSpeed drivers for Windows 7. The good news is USB 3.0 is picking up speed (haha). We saw SuperSpeed external drives, adaptors, and even a laptop at CES 2010.
If you are planning on buying a high end HDTV this year, you may want to consider waiting for a 3D-capable version. A 3D LCD TV (or Plasma) will have a fast refresh rate of at least 120Hz (240Hz is better), circuitry to decode the various 3D broadcast formats, a 3D glasses interface (if it uses active shutter glasses which it most likely will), and HDMI 1.4 ports. We should see more sets appearing on the market in the second half of 2010.
The Digital Living Network Alliance has been around since 2004. It now claims to be used in more than 5,500 devices. DLNA has been something of a sleeper for the last few years but at this year’s CES 2010 we kept hearing it mentioned in places like the Samsung booth where they were showing their vision of a “connected” house. We predict you will start seeing it featured more prominently in TVs, mobile phones, laptops, printers, and more. We understand that the DLNA standard might be enhanced to include support for MPEG-4 AVC and Bluetooth in the near future. We advise you to keep an eye on this standard and look for it to be included in any gear you’re considering adding to your household. DLNA and WiFi make for a great way to move digital media around your home.
A variation of the U.S. digital TV standard, ATSC, is emerging called Mobile DTV. It’s designed to send a special TV broadcast signal to mobile devices. The programming will be pretty much the same shows you get over the air and won’t cost anything to receive. We expect to see Mobile ATSC tuners built into mobile phones, laptops, portable TVs, and other devices. Separate tuners are just becoming available but if you want to watch TV on the go, you might want to look for a device with Mobile HDTV built-in.
One of the new techniques to make TVs more energy efficient is to equip them with ambient light sensors that adjust the brightness of the screen according to the brightness of the room or “ambient” surroundings. New TVs from Vizio, Sony, LG, and others are all coming equipped with light sensors. The top-of-the-line Sony BRAVIA LX900 not only has a light sensor, it has a “presence” sensor that detects people in the room watching the TV. LED backlighting which is becoming more and more common in HDTVs is better for the environment than CCFL backlit TVs for recycling and energy saving.
Everywhere we looked at CES 2010 we ran into TVs featuring Internet connectivity. A TV connected to your broadband service through WiFi or an Ethernet connector can offer everything from streaming services like Netflix, Vudu and even YouTube videos to Skype conference calling. Even though you’ll be able to get Internet connectivity to your TV through set top boxes and Blu-ray players we suggest you look.
On the other hand, we should probably make it clear that the nature of gadgets is that something new is always on the horizon and if you were always waiting for the next new thing, you could end up waiting forever but we thought you’d want to know about some of these new technologies so you can consider them when you make your next gadget purchase.