Absolute technology (Optimized Codec) to enhance Voice Quality
VoIP is the rising buzzword for various Service Providers and organizations. Voice over Internet Protocol (VoIP) saves lot of hundreds, even thousands, of dollars in a month. Moreover, its top quality service and a bundle of great features help in making effective and better voice quality calls.
But it is really important that Service Providers should understand VoIP technical know-how before finalizing anything. We assure that all companies are not capable to provide the desired technology to make perfect VoIP calls.
Some companies will offer voice intelligibility and some will offer noise reduction features. So, it is really significant that Service providers should understand their specific needs and finalize the company which understands how a phone service uses a broadband Internet connection improve voice clarity on every call by providing noise reduction, enhanced voice intelligibility, voice level control, acoustic echo control, and hybrid echo cancellation.
At Ascent Telecom, Service Providers will explore that we thoroughly understand the technology and provide all the technical requirements through our Symbian based Mobile Softphone & PC Windows Based Softphone. These phones are available with G.729 Optimized Codec for any personal or official calls.
By using, G.729 Optimized Codec we are able to offer superior speech quality and packet loss robustness compared to other low bit rate codec. This G.729 codec have high complexity algorithm which offers voice activity detection (VAD) and Comfort Noise Generation (CNG) at all stages.
Its audio data compression algorithm compresses digital voice into packets to transmit calls. Above all, G.729 codec (optimized codec) have been optimized by Nokia to experience better voice quality calls. It substantially offers better quality over congested networks especially plagued by packet loss.
We guarantee that our Symbian based Mobile Softphone & PC Softphone helps in enjoying better voice quality calls as we consider the bandwidth usage, payload size, ATM cell headers, VPN headers, use of header compression and IAX2 Trunked for sending and receiving perfect calls.
We believe that our softphone on Symbian and Windows will enhance your overall call experience as it offers:
- Better voice quality
- Elimination of noise and echo
- No packet loss/ packet delay/ packet jitter
- More clearer voice
- Increased VoIP quality and resiliency
- Excellent voice level variation
- Prefect circuit-based network
We declare that our designed combination of technologies will present a significant challenge to VoIP service providers and organizations. These Mobile Softphones & PC Windows Based Softphones will easily become end-to-end voice quality solution for generating business and building personal relations.
Service Providers can explore our SIP Softphones & PC Windows Based Softphone and experience the better technology by visiting our website.
This article has been written by Ritesh Nain, Head of Business Development at Ascent Telecom. Ritesh spear heads all business development activities at Ascent Telecom and provides reliable speech technologies such as sip softphone, symbian based mobile dialer, windows mobile dialer. Article Source:http://www.articlesbase.com/voip-articles/absolute-technology-optimized-codec-to-enhance-voice-quality-1655202.html
Related Posts
- How to save money on international roaming charges while traveling in Spain
- Low-Cost IP Carriers and Managed IP Telephony
- What are the future applications for VoIP in use today?
- Make Free VoIP Calls By Internet Phone
- Fixed Mobile Convergence: Enhancing Productivity and Cutting Costs with VoIP Mobile Solutions
- Avail unlimited call plans and make VoIP calls
If you're looking to become an expert blogger in record time AND are serious about earning big money with blogging, I highly recommend you check out my honest blogging product reviews... I've checked out all the top blogging products on the Internet and these are the ones that I think will benefit you most: Read more Here!
