SummaryThe KNMMG-128 FXS analog gateway is a multi-functional media gateway providing connectivity between analog phones, fax machines or analog PBXs and VoIP networks. The unit is a high-density 1U gateway supporting up to 128 FXS voice interfaces via user-pluggable boards and RJ45 interface standards. It supports standard SIP and RTP protocols and is compatible with BroadSoft, Asterisk and FreeSWITCH platforms.
Model & MechanicalModel: KNMMG-128
Size: 43.6cm * 60cm * 4.5cm (1U)
Material: not specified
VariantsKNMMG-128: Supports 128 FXS ports
KNMMG-128-Pro: Supports 128 FXS ports. Dual AC power supply ports.
Key Features- High density gateway: 128 FXS ports in 1U via user boards plugging
- Supports IPv4
- Line length up to 5 km (MAX)
- Support SNMP
- Multiple codecs supported: G.711 A/U, G.723.1, G.729 A/B, iLBC
- Compatible with BroadSoft, Asterisk and FreeSWITCH
- Supports SIP and RTP protocols
Advanced Functions- Connect to a variety of VoIP providers for flexible deployment
- Integrate with existing telephone systems for smooth migration to VoIP
Benefits- Scalability: can expand with business needs
- Flexibility: adaptable to businesses of different sizes
- Cost savings: reduces need for traditional PBX and long-distance costs
- Improved call quality: modern codecs and echo cancellation improve voice quality
Other Product IllustrationsIncludes detailed pictures and size display images illustrating the gateway front/back and form factor.
Caractéristiques / spécifications techniques- Product type: FXS analog/media gateway
- Model: KNMMG-128 (also KNMMG-128-Pro variant)
- FXS ports: up to 128 via user boards
- Form factor: 1U, size 43.6cm x 60cm x 4.5cm
- Power (Pro): dual AC power supply ports (KNMMG-128-Pro)
- Interfaces: RJ45 intercom/standard interfaces for user boards
- Protocols: SIP, RTP
- Compatibility: BroadSoft, Asterisk, FreeSWITCH
- Network: IPv4
- Management: SNMP support
- Line length: up to 5 km (MAX)
- Codecs: G.711 A/U, G.723.1, G.729 A/B, iLBC
- Functions: voice and fax processing, user-board modular expansion