SNAP™ , which stands for synchronous network autonomous peering™, is a way to make VoIP calling as easy as it sounds. since its technology is based on a serverless, peer-to-peer architecture, there is no need for service providers or consumers to install additional intermediary equipment such as servers to negotiate calls. totally stand-alone, SNAP™ enables users to make VoIP phone calls to anywhere around the world via their broadband internet connections and plain old telephone.
another feature of SNAP™ is that it integrates PSTN functionalities seamlessly so that users can make VoIP and PSTN calls using the same phone number. there is no need for a second IP phone, turning on the computer or memorizing new phone numbers. with SNAP™, users will benefit from the cost saving advantage of VoIP while still enjoying the dependability and convenience of services such as directory and emergency assistance. It's a technology that combines the best of both worlds.

you might have heard about the hype regarding VoIP. that hype is true; VoIP can provide free phone calls to users. however, for most VoIP solutions that comes at a cost. these costs may be another monthly service charge, calling card purchases, strange phone numbers to memorize, or turning on your computer every time you make your phone call.
wouldn't it be much easier if you could just make VoIP calls the same way you make regular telephone calls? using the same phone you currently use, and dialing the same numbers you are used to; at the same or better sound quality as your regular PSTN phone calls without signing up, waiting for activation and paying for monthly fees.

that is what people at aevoe thought too and how SNAP™ was designed to deliver that promise.

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DVB-T (digital video broadcasting – terrestrial) is a real-time digital tv terrestrial broadcasting standard established by a consortium under the name DVB Project (http://www.dvb.org). the task of this consortium is to co-ordinate the introduction and standardization of digital television broadcasting among various countries. to date standards drawn up according to DVB recommendations have been accepted by 27 countries world-wide.

the DVB-T system employs the widely used and popular MPEG-2 compression / decompression standard (as used in dvd movies). even though the transition from analog to digital broadcasting requires significant system upgrades at the broadcaster level, DVB-T offers several distinct advantages over traditional analog broadcasting so the proliferation of DVB-T standard will continue. Here are some major features that consumers will notice in contrast to analog tv:

faultless, noiseless picture quality: no ghost image, flashing or colour distortion.
cd quality sound: stereo, dolby surround or multi-lingual support.
user-friendly interface: the viewer can select the desired program from a menu list. the selection can be made according to its name or classification.
in addition to the image and sound signals, it is possible to transmit enhanced data services such as superteletext and electronic program guide (EPG).
improved reception capability: in regions with strong enough DVB-T signals, a roof-top antenna is not required, only a compact aerial (such as microXAT) is enough to ensure excellent signal reception.
mobility: the viewer could be sitting in a train or in a car which races along the highway and still be able to enjoy picture-perfect tv programming if equipped with a demodulator that properly compensates doppler effect.
efficient utilization of the frequency spectrum: more channels/programs for viewers to watch.
   
 

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