Dinstar SBC300 are designed to deliver security, interoperability and
transcoding between SMB and service providers' VoIP networks. SBC300
help SME easily access to service providers' SIP trunks / telecom operators
IMS with high-level security,meanwhile perform SIP mediation and audio
transcoding. Scaling from 5 to 50 SIP sessions, SBC300 always meet SME
demands today and in the future with only small investment.
Enhanced Security
Protection against malicious attack: DoS/DDoS, malformed packets, SIP/RTP flooding
Perimeter defense against eavesdropping, fraud and service theft
TLS/SRTP for call security
Topology hiding against network exposure
ACL, Dynamic white & black list
Bandwidth limitation & traffic control
SBC designed for SMEs
5-50 SIP sessions, 5-50 transcoding
1+1 Active-standby redundancy for business continuity
Comprehensive SIP interoperability, Easily connect with different service providers
SIP mediation, SIP message Manipulation
Unlimited SIP trunks
Flexible routing to access IMS
QoS, static route, NAT traversal
5 to 50 Simultaneous calls
SIP call scan attack detection
5 to 50 transcoding calls
SIP anti-attack
Max. 1000 SIP registrations
SIP Header manipulation
Max. 20 Registration per second
SIP malformed packet protection
Unlimited SIP Trunks
QoS (ToS, DSCP)
Prevention of DoS and DDos attacks
NAT Traversal
Control of Access Policies
Dynamic load balancing
Policy-based anti-attacks
Flexible Routing Engine
Call Security with TLS/SRTP
Caller/ Called number Manipulation
White List & Black List
Web-bases GUI for configurations
Access Rule List
Configuration Restore/Backup
Embedded VoIP Firewall
HTTP Firmware Upgrade
Voice codecs: G.711A/U,G.723.1,G.729A/B, iLBC, AMR, OPUS
CDR Report and Export
SIP 2.0 compliant, UDP/TCP/TLS
Ping and Tracert
SIP trunk (Peer to peer)
Network Capture
SIP trunk (Access)
System log
B2BUA (Back-to-Back User Agent)
Statistics and Reports
SIP Request rate limiting
Centralized management system
SIP registration rate limiting
Remote Web and Telnet
SIP registration scan attack detection
1+1 Active-standby redundancy High Availability