The Becke SBC1000 is a high-performance, cost-effective session border controller tailored for small and medium-sized telecom operators, engineered to deliver comprehensive support for SIP network security, access management, interconnection, routing/policy control, signaling flow management, QoS, and media processing. Powered by a multi-core processor, non-blocking Gigabit switching fabric, and embedded Linux operating system, the device achieves outstanding performance with ultra-low power consumption (15W), making it a reliable and efficient backbone for modern IP communication networks.

Seamless Network Interconnection & Compatibility
At its core, the SBC1000 excels in enabling seamless connectivity across diverse network environments. Fully compliant with standard SIP protocols, it integrates flawlessly with IMS (IP Multimedia Subsystem) and NGN (Next Generation Network) architectures, as well as multiple softswitch systems—supporting anti-blocking for softswitches. The device features robust NAT traversal capabilities, ensuring smooth communication between endpoints in private networks or behind NAT gateways, adapting to various networking topologies.
Equipped with 5×10/100/1000M Base-T Ethernet interfaces and 1×USB2.0 interface, it offers flexible connectivity options for network deployment. It supports two SIP trunk working modes (Peer/Access) and provides IP trunk redundancy with load balancing, along with redundant route backup and selection, maximizing service availability. Administrators can configure up to 128 call routes and utilize caller/callee number transformation, enabling customized traffic management to meet specific operational needs.
Superior Performance & Media Processing
The SBC1000 delivers impressive performance metrics to handle demanding telecom operations. It supports a maximum of 5000 user registrations (with 3000 SIP user registrations specified in key features), 500 concurrent calls, and processes up to 25 calls per second (CPS) and 25 registrations per second (CPS). Critical for multi-protocol environments, it handles 200 concurrent media transcoding sessions, supporting a wide range of industry-standard codecs including G.711a/u, G.723.1, G.729A/B, G.726, AMR, OPUS, and iLBC.

To ensure crystal-clear voice quality, the device incorporates advanced audio processing technologies: G.168-compliant echo cancellation (up to 128ms) eliminates delays and feedback, while comfort noise generation (CNG), silence suppression, and adjustable gain control enhance conversational naturalness. It supports DTMF signaling in three modes (RFC2833, Signal, Inband) and fax transmission via T.38 and Pass-through modes, preserving compatibility with legacy communication tools. QoS mechanisms (ToS, DSCP) prioritize voice traffic, maintaining consistent quality even in bandwidth-constrained networks.
Robust Security & Reliability
Security is a cornerstone of the SBC1000’s design, featuring a comprehensive suite of protections to safeguard SIP networks. It integrates a VoIP firewall that defends against DOS/DDOS attacks, UDP-Flood attacks, and malicious access, with IP and SIP anti-attack measures based on configurable policies. The device detects and processes malformed packets, preventing potential network disruptions.
For secure data transmission, it supports SIP over TLS and SRTP encryption, protecting signaling and voice media from interception and tampering. Additional security features include intelligent bandwidth limitation, dynamic blacklists, and caller/callee number blacklists/whitelists, providing granular control over network access. The device’s reliability is further enhanced by redundant 100-240VAC (50-60Hz) power supplies, ensuring uninterrupted operation, while its compact design (226×146×39mm, 2.5kg) and wide operating temperature range (0℃~45℃) with storage tolerance (-20℃~80℃) adapt to diverse deployment environments. It also features a SIP message redundancy mechanism to prevent data loss.
Easy Management & Maintenance
Designed for user-friendly operation, the SBC1000 simplifies configuration and maintenance through a web-based visual interface. Administrators can perform data backup and recovery, web-based firmware upgrades, and utilize built-in network packet capture for troubleshooting. Comprehensive logging capabilities include system logs, operation logs, and call detail records (CDRs), enabling full visibility into network activity. NTP automatic time synchronization ensures accurate timestamping for logs and call records.
Compliant with CE and FCC certifications, the device meets international quality and safety standards, delivering a cost-effective solution without compromising on performance or security. Its low power consumption and durable design reduce long-term operational costs, making it an ideal choice for budget-conscious small and medium telecom operators.
Conclusion
The SBC1000 combines high performance, robust security, seamless compatibility, and easy management into a compact, energy-efficient package. Tailored for small and medium telecom operators, it addresses the core needs of SIP network security, interconnection, and media processing, while preserving legacy infrastructure investments. With its impressive scalability, reliability, and cost-effectiveness, the SBC1000 is a trusted solution for building resilient, future-ready IP communication networks.