LiDAR

Galore’s Comprehensive solution of 4G infrastructure products include Complete suite of Evolved Packet Core (which includes SGW, PGW, MME, HSS & PCRF), Small Cell and Cloud -RAN spread across TDD & FDD technologies across various 4G bands.

Galore’s EPC is offered in two flavours – EPC-IN-A-BOX and Cloud EPC

EPC-IN-A-BOX is amalgamation of SGW,PGW,HSS,PCRF & MME in a single box which has a subscriber capacity from1k -10 Million . Extremely cost effective solution with lightning PPS capability.

Cloud EPC is a state of art technologies which basically uncouples the software from the hardware thereby virtualising the applications to enable various technologies such 2G/3G/4G/NB-IoT/CATM and eventually heading towards 5G. Cloud EPC is based on NFv/SDN technologies. Cloud EPC are modular/scalable architecture, faster upgrade, User plane optimization, C/U separation and thereby achieving a high-speed data forwarding .

5G is fast-evolving, impactful technology that, beyond previous generations of cellular, promises a new era of connectivity-enabled business processes and outcomes. Galore provides the cross-domain–core and RAN–automated network slicing solutions thereby offsetting the massive capex going into 5G for operators. The Next Gen core of Galore is compliant to native cloud and can be deployed on commercial off the shelf (COTS) hardware on the host OS or as Virtual network functions. Galore’s 5G vRAN (gNB) solution is virtualised and ORAN compliant and also supports both standalone(SA) and Non-Standalone(NSA) 5G Architecture.

Galore’s virtualized RAN (Open vRAN) software solution reduces the OPEX and CAPEX drastically by supporting open interfaces and disaggregates the hardware from the software enabling to build a multi-vendor web-scale cloud-based network. The solution supports macro and small cells, indoor and outdoor, enabling interference management, carrier aggregation and dual reception to improve the efficiency of the network and enhances the Quality of Experience for the user while providing broadband speeds.