VOIP connectivity

VOIP connectivity


More than two decades ago, in 1995 a company called VocalTec released a history-changing product, called Internet Phone, nowadays, companies and people are calling this a VOIP – voice over IP. This technology gives the possibility to use the internet, not only for browsing or sharing files, but also enables phones, fax machines, and other devices to use the same internet for telecommunication avoiding old telephony lines altogether. According to Statista, the VOIP market in the EU in 2017 exceeded more than 14 billion US dollars.


The VOIP market is projected to grow rapidly. Usually, VOIP is used in business due to the simple implementation, scalability, and more attractive pricing. Besides, most operators are not investing in old telephony lines anymore and are offering VOIP as the primary option for phone communication. Some offices can have only a few IP phones, but many enterprises operate hundreds of IP phones at a single location. One key ingredient to all VOIP solutions is access to the Internet. Of course, it must be reliable, stable, and secure. In most cases, businesses are using cable internet; however, expanding this infrastructure takes time and considerable investment. Growing demand for Internet-based solutions and VOIP in emerging markets, rural and remote locations leaves ISPs struggling to fulfil time and cost targets to local public and private institutions. For this reason, businesses are investing in alternative connectivity methods and adopting new technologies that are scalable, quick to deploy, and reliable.


There are two most common VOIP technologies used in business companies; The first one enables VOIP by using ATA – Analog Telephone Adapter, and another is set-up by merely using an IP Phone. Both two ways, works well, the only difference is that using an IP phone, companies do not need to use ATA and ordinary phone.

Generally, using IP Phone is preferable, because the fewer components solution has, the less probable for one of them to malfunction. However, if you have standard analog phones in place, replacing them with IP phones is going to be more expensive. Regardless, both solutions need a reliable Internet source. When VOIP solution is necessary for areas where the Internet by cable is unavailable, expensive, or unreliable – cellular connectivity devices are the best solution! As indicated in the topology, RUTX09 is a great choice here, since it has 2 SIM cards for internet backup and 4 Gigabit Ethernet ports. You can directly connect it to an IP phone or ATA. Furthermore, Teltonika Networks routers and gateways are equipped with significant security mechanisms to suit strict cybersecurity requirements of enterprise clients, including multiple VPN options, firewalls, attack prevention tools. Using RMS – remote management system, companies can grant full control and remote monitoring of every Teltonika router in the office, generate alerts and notifications, get status reports for understanding how much data was used etc.



WHY Teltonika Networks?

We specialize in cellular connectivity and network devices that are secure, reliable, and easy to use. With partners in 130+ countries, Teltonika Networks has an excellent track record offering devices that provide connectivity in most challenging professional applications. RUTX series devices encompass multiple years of experience and R&D and are excellent for VOIP and rural connectivity deployments.

Prodotto presentato RUTX09

Router cellulare L6-A CAT6 IoT di prossima generazione con interfacce Dual-SIM, Carrier Aggregation e Gigabit Ethernet. Una scelta robusta e potente con VPN, firewall e molta potenza di elaborazione per applicazioni personalizzate sul sistema RutOS basato su OpenWrt. Ulteriori informazioni sulla pagina wiki


LTE Cat 6 with speeds up to 300 Mbps


Gigabit Ethernet with speeds up to 1000 Mbps


Dual-SIM with auto Failover, Backup WAN and other SW features


Teltonika Networks Remote Management System compatible


Multiple secure VPN services


Easy to use, secure and feature rich OpenWrt based Operating System