Source note · Setting up a carrier SIP trunk on an AudioCodes SBC
RFC 3261 says implementations SHOULD use TLS to protect SIP messages, and TLS encrypts the whole SIP message on each hop.
Checked 2026-10-01
- Vendor
- IETF
- Product
- SIP
- Subsystem
- security
- Deployment
- multi-tenant, on-premises
- Region
- not restricted
- Release range
- RFC 3261
- Checked
- 2026-10-01
Sources
- RFC 3261 — SIP: Session Initiation Protocol — IETF / RFC Editor · tier 1 standards and regulators · RFC 3261 sections 26.2.1 and 26.3.1
Cite this note
APA
WarmTransfer. (2026, October 1). Setting up a carrier SIP trunk on an AudioCodes SBC: source note audiocodes-carrier-sip-trunk-setup-rfc-tls-should. WarmTransfer. https://warmtransfer.net/knowledge/claims/audiocodes-carrier-sip-trunk-setup-rfc-tls-should
BibTeX
@misc{warmtransfer-claim-audiocodes-carrier-sip-trunk-setup-rfc-tls-should,
title = {Setting up a carrier SIP trunk on an AudioCodes SBC: source note audiocodes-carrier-sip-trunk-setup-rfc-tls-should},
author = {{WarmTransfer}},
year = {2026},
url = {https://warmtransfer.net/knowledge/claims/audiocodes-carrier-sip-trunk-setup-rfc-tls-should},
note = {Source note audiocodes-carrier-sip-trunk-setup-rfc-tls-should, checked 2026-10-01}
}