1 x Acme Packet Net-Net Session Director (SD) – integrated SBC with multi-protocol signaling and media control kurt@nwrusa.com
Total session capacity: 32000
Enabled features: SIP, ACP, Routing, Load Balancing, Accounting,
High Availability, PAC, External BW Mgmt, External Policy Services, ENUM
PN: NN-4500-SD-SUR-G4-HA / 800-1001-12 3.19
HECI: NGML610RRA
We have this unit priced at $27,995.00
The Net-Net session router (SR) is a high-performance session routing proxy (SRP) responsible for efficiently routing SIP-based interactive communication sessions—voice, video, instant messaging and multimedia—within and between networks. The Net-Net SR plays a central role in Acme Packet’s Open Session Routing Architecture (OSR).
In Acme Packet’s OSR architecture, the Net-Net SR works in conjunction with best-of breed routing database products and services from Acme Packet partners. These complementary product vendors and service providers offer centralized routing databases and database provisioning tools for dynamic route selection. Acme Packet’s Net-Net SR queries these databases using industry-standard ENUM, SIP and DNS protocols. The Net-Net SR’s local route tables may also be provisioned by these partners’ products or by the Acme Packet Net-Net EMS using XML.
Using these databases, the Net-Net SR dynamically routes sessions between all types of borders, including access and interconnects, IP and TDM. More specifically, the Net-Net SR routes sessions between stateful service control elements such as Acme Packet SBCs, wireless Mobile Switching Centers (MSC), IMS subscriber call control elements, CLASS 5 softswitches, Cable Modem Termination Systems (CMTS) and softswitches controlling media gateways. Since the source and destination SIP signaling elements are session-stateful, the Net-Net SR can operate in a stateless or transaction-stateful mode, maximizing its performance.
Kurt Paulus
NW Remarketing
503-391-8191 x114
503-881-3578 Direct
503-375-8470fax
AOLIM: kurtnwr
Acme Packet Net-Net Session Director (SD) – integrated SBC with multi-protocol signaling and media control