Yeastar TG800 8-Port GSM VoIP Gateway

Yeastar TG800

The Yeastar TG800 GSM Gateway functions as a high-density bridge between GSM cellular networks and IP-based telephony systems. This hardware supports eight GSM channels, allowing businesses to connect their IP-PBX directly to mobile networks. It facilitates significant cost reductions by utilizing mobile-to-mobile call rates. The device uses a standard 1U rack-mountable chassis for professional server room installation. It supports SIP and IAX2 protocols for broad compatibility with modern communication platforms. Consequently, network engineers can deploy this system to provide voice backup or primary mobile trunking. The architecture ensures stable signal processing across all eight ports simultaneously. Therefore, it serves as a critical component for enterprises requiring high-volume mobile connectivity.

Key Features

• Eight-Channel GSM Connectivity
  This hardware integrates eight independent GSM ports to handle concurrent mobile calls across different carriers.

• Advanced SMS Capabilities

  • Support for SMS-to-Email and Email-to-SMS conversion.
  • Bulk SMS sending through a centralized web interface.
  • Integration with third-party applications via HTTP API.

• Protocol and Codec Support
  The system supports SIP RFC3261 and IAX2 protocols alongside G.711, G.722, G.726, and G.729A audio codecs.

• Network and Security Features

  • Built-in firewall for unauthorized access prevention.
  • VLAN support for logical network segmentation.
  • DDNS support for dynamic IP environments.

• Management Interface
  Administrators utilize a web-based GUI to configure routing rules, monitor signal strength, and manage SIM card status.

Specifications

What’s in the Box

• Yeastar TG800 Gateway Main Unit
• Power Cord
• 8 GSM Antennas
• Ethernet Cable
• Rack Mount Brackets and Screws

Why Choose Yeastar TG800

• The device provides a reliable failover mechanism if fixed landlines or primary VoIP trunks experience downtime.
• Additionally, it reduces operational expenditure by converting expensive landline-to-mobile calls into local mobile-to-mobile traffic.
• However, the primary benefit remains the seamless integration of wireless voice channels into a unified IP communications environment.
• The hardware architecture supports high-frequency usage without thermal throttling in standard data center environments.