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New architecture. More Possibilities.
March 2, 2022
SRS is excited to announce our new 5G SA gNodeB architecture. Last year we announced our O-RAN Alliance membership and signalled our intent to release an open-source O-RAN-compatible 5G SA gNodeB in 2022. To put those plans in motion we’ve carried out a major refresh of our stack architecture. In addition to our usual focus on performance, ease of use and customisation, we’re also enabling ecosystem partners to integrate, test and develop their applications with a performant and customisable O-RAN-compatible...
Software Radio Systems joins the O-RAN Alliance to support the open-source RAN ecosystem
November 22, 2021
Software Radio Systems Limited (SRS) announced today that it has joined the O-RAN Alliance to help drive the development and adoption of open source software for the 5G RAN ecosystem. SRS will release its O-RAN-compatible 5G Standalone (SA) gNodeB in 2022. This open-source solution enables ecosystem partners to integrate, test and develop their applications with a performant and customisable RAN stack. SRS is a long-time proponent of the power of open RAN software. We believe that well-written open software transforms...
srsRAN 21.10 Release Announcement
October 29, 2021
SRS is delighted to announce that our latest public release, srsRAN 21.10, is available from today. This release sees the addition of 5G Non-Standalone (NSA) functionality to our eNB stack, complementing the 5G NSA UE application we released last April with 21.04. 5G NSA mode builds upon existing 4G infrastructure with the addition of a secondary NR (5G) carrier for high-rate data traffic. The 5G NR PHY introduces significant flexibility as well as LDPC forward-error correction to provide increased efficiency...
CoreScope Release Announcement
October 29, 2021
SRS has today released the source code for CoreScope, a test and performance analysis tool for 5G core networks. CoreScope builds upon the open-source srsRAN software suite. The CoreScope application combines 5G gNodeB and UE components to connect directly to a 5G core network and exercise it without the need for a radio interface. Behaving like a UE, CoreScope connects directly to the AMF and UPF via N2 and N3 interfaces to perform a complete network attach and bearer activation...
