Polaris Networks Inc.
Polaris Networks is a networking software company founded in 2003 by some employees of Agilent Technologies of Santa Clara, California. Its headquarters are in Chicago, and it has an overseas office in Kolkata.
- 500 W Monroe Street
Ste 4400
Chicago, IL 60661-3781
United States of America
-
product
PCRF Load Tester
The Polaris Networks LTE PCRF Load Tester is a comprehensive test solution for evaluating the performance and the stability of LTE Policy and Charging Rules Function. The PCRF Load Tester is ideally suited for manufacturers of PCRF equipment as well as operators deploying PCRF in an LTE network. The Tester can be used for testing both the Control Plane and the User Plane under various load conditions and for measuring the capacity and various key performance indicators of EPC nodes. The Tester simulates millions of Subscriber sessions with multiple bearers per Subscriber.
-
product
End-to-End Testing of Location Based Services Software
LBS Tester provides an end-to-end test bed for Mobile Network Operators and Network Equipment Manufacturers, to verify the accurate implementation of the location services network. The LBS Tester tests that the Location Server (System Under Test) is correctly executing the positioning procedures over the control plane and/or user plane of that network. To test normal signaling, or failure scenarios, over the LTE User Plane as the number of SETs (SUPL Enabled Terminals) simulated by the LBS Tester increases, the Location Server must execute LPP (Location Positioning Protocol) procedures over SUPL (Secure User Plane Protocol) with success, or without, respectively.
-
product
C-SGN Emulator
The C-SGN Emulator combines the MME, SGW, and PGW functions, simulating the optimized EPC network required for CIoT. As part of the NetTest suite, the C-SGN Emulator creates an end-to-end lab environment for testing functions and features that characterize enhanced Machine Type Communication (eMTC) and Narrow Band Internet of Things (NB-IoT) implementations. In order to reduce complexity in the setup of a test environment, it also supports simulation of SMS Central Function (SMS-SC) and the Service Capability Exposure Functions (SCEF).
-
product
eNodeB Emulator
The eNodeB Emulator includes UE simulation, and can be used to test the complete LTE Packet Core or individual Core Network elements, MME, SGW, PGW. It implements all the required protocols - S1AP/SCTP to communicate with MMEs over S1-MME interface and GTP-u to communicate with S-GW over S1-U interface.
-
product
S-GW Functional Tester
The LTE SGW Functional Tester provides a wrap-around test solution for the Serving Gateway by emulating all the LTE network elements surrounding the SGW (System Under Test). The S-GW Functional Tester emulates an LTE eNodeB and other Core Network entities such as the MME, P-GW, S-GW, RNC and SGSN. It tests the S1-u, S11, S5/S8 , S12 and S4 interfaces of the S-GW.
-
product
MME Functional Tester
The LTE MME Functional Tester provides a wrap-around test solution for the Mobile Management Entity by emulating all the LTE network elements surrounding the MME (System Under Test). The MME Functional Tester emulates an LTE eNodeB and other Core Network entities such as the S-GW and SGSN. It tests the S1-MME, S11, S10, S3, S6a, S13 and SBc interfaces of the MME.
-
product
EPC Emulators
The EPC Emulators consist of the MME Emulator, HSS Emulator, SGW Emulator, PDN-GW Emulator, and the PCRF Emulator, which can be used together to simulate the complete LTE Packet Core or individually to create a combination of real and simulated Core Network elements. These Emulators includes all the network interfaces and implements all the communication protocols required for core network equipment to operate in an LTE/SAE network.
-
product
P-GW Functional Tester
The LTE PGW Functional Tester provides a wrap-around test solution for the Packet Date Network Gateway by emulating all the LTE network elements surrounding the PDN-GW (System Under Test). The P-GW Functional Tester emulates LTE Core Network entities such as the S-GW, PCRF, OCS and OFCS. It tests the S5/S8, S7/Gx, Gy and Gz interfaces of the P-GW.
