4G Phones


3 New Windows 4G Phones from AT&T

By 4G Phones, September 13 2011


Samsung Focus - AT&T Windows Phone
Samsung Focus - AT&T Windows Phone
AT&T is going for Windows 4G phones is a big way this Fall by introducing three new Windows 4G capable phones and upgrading its existing range of devices.
The upcoming AT&T Windows phones are:
The Samsung Focus S which will come with 4.3 inch screen, 1.4 GHz processor and 8-megapixel rear camera. This is a follow up to already available Samsung Focus, which comes with a 4 inch screen, 1GHz processor and 5-megapixel camera.
The HTC TITAN will ship with a 4.7 inch screen (not a typo) and will be the largest screen in the AT&T range of phones and will have a 1.5 GHz processor and 8-megapixel camera. Little else is confirmed about the HTC Titan at this point. If you’re looking for a large screen phone for AT&T and can’t wait for the Titan take a look at the 4.5 inch Samsung Infuse or the 4.3 inch Thrill 4G.
The Samsung Focus Flash designed as a small screen budget phone, this new Samsung compact will come with a 3.7 screen, 1.4 GHz processor and 5-megapixel rear camera. Right now, the only screen screen budget 4G phone is the Veer 4G.
While there’s no official launch date announced for any of these phones we do know that they will all come with Windows Phone 7.5 (Mango). If you need to buy or upgrade a phone now the good news is that AT&T will be upgrading its current selection of Windows 4G phones to 7.5 / Mango soon.
That means upgrades over the next few weeks for the Samsung Focus, HTC Surround and HTC HD7 S

Comments

Post a Comment

Popular posts from this blog

MSAN and DSLAM Technologies

In the realm of telecommunications, the demand for high-speed internet connectivity continues to grow. To meet this demand, telecommunication providers have employed various technologies, including Multi-Service Access Nodes (MSANs) and Digital Subscriber Line Access Multiplexers (DSLAMs). This essay aims to shed light on these technologies, their functions, and their impact on improving connectivity for end-users.   MSAN (Multi-Service Access Node): MSAN, also known as Multi-Service Access Gateway (MSAG), is a device that plays a crucial role in delivering multiple services, such as voice, data, and video, over a single network infrastructure. It serves as a convergence point, allowing service providers to offer a range of services to end-users efficiently. The primary function of an MSAN is to aggregate traffic from multiple sources and provide connectivity to various customer premises equipment (CPE) such as modems, routers, and set-top boxes. By consolidating multiple s...
Read more

What is IoT?

  In today's interconnected world, technology continues to advance at an astonishing pace, transforming the way we live, work, and interact. One remarkable innovation that has captured the imagination of both consumers and businesses alike is the Internet of Things (IoT). The IoT has emerged as a game-changer, promising to revolutionize industries, enhance efficiency, and improve our daily lives through its vast network of interconnected devices. In this blog post, we will explore the concept of the IoT, its potential applications, and the impact it has on various aspects of our society.   Understanding the Internet of Things: At its core, the Internet of Things refers to a vast network of physical objects, vehicles, appliances, and even people, all embedded with sensors, software, and connectivity, enabling them to exchange data and communicate with each other over the internet. These interconnected devices collect and transmit data, allowing for real-time monitorin...
Read more

Ground Wave Propagation

Image
the ground wave used for radio communications signal propagation on the long, and medium wave bands for local radio communications Ground wave propagation is particularly important on the LF and MF portion of the radio spectrum. Ground wave radio propagation is used to provide relatively local radio communications coverage, especially by radio broadcast stations that require to cover a particular locality. Ground wave radio signal propagation is ideal for relatively short distance propagation on these frequencies during the daytime. Sky-wave ionospheric propagation is not possible during the day because of the attenuation of the signals on these frequencies caused by the D region in the ionosphere. In view of this, radio communications stations need to rely on the ground-wave propagation to achieve their coverage. A ground wave radio signal is made up from a number of constituents. If the antennas are in the line of sight then there will be a direct wave as well a...
Read more