Yeastar TA1600 gateway/controller 10 100 Mbit/s Black Rack 1U

Yeastar TA FXS VoIP Gateways connect legacy telephones, fax machines and PBX systems to IP telephony networks and IP-based PBX systems. The TA1600 gateway/controller supports 10/100 Mbit/s Ethernet, fits a 1U rack, and implements common voice codecs such as G.711 and G.729A. It provides management capabilities via protocols like SNMP and RADIUS, enabling integration of traditional phone equipment into IP environments including Yeastar S-Series systems.

Advantages

The Yeastar TA1600 is a stand-alone FXS VoIP gateway with carrier-grade features and reliable operation. It supports SIP and IAX2 protocols, offers flexible calling rules, and includes a robust set of telephony functions to reduce communication costs. Web-based configuration simplifies setup and administration, while the device’s hardware and software architecture is designed for stability and interoperability with a wide range of softswitches, PBX and IP-PBX systems.

Suitable for

• Small and medium enterprises migrating legacy telephones to IP telephony
• Offices requiring fax and analog phone connectivity to IP-PBX systems
• Environments needing rack-mountable 1U VoIP gateway solutions
• Integrations with Yeastar S-Series, Elastix, Lync Server and similar platforms

Key specifications

• Model: TA1600 (MPN: TA1600_FXS, EAN: 6926150033863)
• Network: 10/100 Mbit/s Ethernet LAN
• Form factor: 1U rack-mountable unit
• Interfaces: FXS ports (gateway to analog devices)
• Supported codecs: G.711, G.729A (and other common codecs)
• Protocols: SIP, IAX2, SNMP, RADIUS

How to use

Install the TA1600 in a standard 19" rack (1U) and connect it to the LAN using the 10/100 Mbit/s Ethernet port. Connect analog telephones, fax machines or PBX trunks to the FXS ports. Access the device’s web-based configuration interface to set up SIP or IAX2 trunks, configure calling rules and assign codecs. Use SNMP and RADIUS for centralized management and authentication where required.

Recommendations

Place the gateway on a reliable network segment and ensure firmware is up to date. For best voice quality, prioritize VoIP traffic on the network and select appropriate codecs (for example G.711 for higher bandwidth and G.729A when bandwidth is limited). Verify interoperability with your IP-PBX or softswitch in a test environment before full deployment.