Skype Vosky Gateways
Link your company telephone system to the Skype network.
- no Skype software on computers.
- no need for headsets.
- no need for Skype to be running on your company data network.
VoSKY’s latest gateway can support up to 30 concurrent Skype calls using E1 ISDN PRI or up to 23 calls with T1 ISDN PRI, providing scalable performance for enterprise applications. Companies can take advantage of Skype’s newly launched Unlimited World plans for ultra low cost international and long distance calls to customers and business partners. Multiple VoSKY Exchange gateways can also be set up in dispersed office locations to enable free calling between colleagues in different coasts, countries, or continents.
In addition to low cost Skype trunking, VoSKY’s Web Click-to-Call optimizes online sales and marketing efforts, by incorporating both direct web click-to-call for Skype users and call back for non-Skype users. Another value-added application is remote access where remote workers and frequent travelers can tap into the company phone system from wherever they are – allowing them to talk to the office for free, place low cost international calls, and access the same call control functionality as if they were sitting in the office.
“As the world’s largest VoIP network, Skype’s scalability, reliability, security, and voice quality make it a perfect fit for demanding enterprise applications. By combining our next-generation Linux platform and T1/E1 trunk support, the new VoSKY Exchange Pro VIT1/E1 ensures that even large organizations can easily benefit from the huge cost savings of VoIP service without a complex or expensive infrastructure upgrade,” said David Tang, VP of Global Marketing at VoSKY.
The addition of the VoSKY Exchange Pro VIT1E1 completes VoSKY’s PBX-to-Skype portfolio to meet the needs of companies of all sizes – from SMBs to large enterprises. VoSKY Exchange gateways seamlessly integrate with legacy and next-generation telecommunications equipment via industry standard analog FX/FXS and digital T1/E1 interfaces.