support(at)netbergtw.com
Aurora 720/630/620/420/220 switches family installation and quick start guide.
Aurora 610 installation and quick start guide.
Aurora 615 installation and quick start guide.
Aurora 710 installation and quick start guide.
Aurora 715 installation and quick start guide.
Aurora 750 installation and quick start guide.
Aurora 820 installation and quick start guide.
Our repository.
ICOS introduction.
ICOS NOS manual.
ICOS CLI reference guide.
ICOS configuration guide.
ICOS x86 platform guide.
ICOS 3.2 x86 functional specification.
Open Ethernet Networking (OpEN) API Guide and Reference Manual.
OpenSwitch current image.
OpenSwitch introduction.
OpenSwitch CLI reference guide.
OpenSwitch OpenFlow (OF-DPA) User Guide.
OpenSwitch user guide.
ONIE Recovery on x86-enabled Netberg Aurora switches
Aurora 720/630/620/420 ONIE recovery for ONL/SONiC.
Aurora 720/630/620/420 ONIE recovery for OpenSwitch/ICOS.
Aurora 610 ONIE recovery.
Aurora 710 ONIE recovery.
Aurora 750 ONIE recovery.
Demos R430 M2 user manual.
Demos R420 M2 user manual.
Aeon J424 M3 user manual.
Aeon J224 M3 user manual.
Taipei, Taiwan 8th of November 2021. Netberg’s SONiC platform code for Aurora 715 and Aurora 615 Innovium Teralynx-based switches is accepted into the official GitHub repository.
Taipei, Taiwan 1st of June 2021. Netberg, a leading open networking vendor, announces two new Aurora 715 and Aurora 615 models - high-performance 25/100G switches for future-proof Cloud, Enterprise, and Edge data centers.
Taipei, Taiwan 17th of November 2020. Netberg announces new services - custom networking software and hardware development.
Taipei, Taiwan 1st of September 2020. Netberg enables the era of next-gen SDN with its programmable Aurora 610, Aurora 710, and Aurora 750 switches.
Taipei, Taiwan 11th of August 2020. Netberg confirms its commitment to open standards and open source communities by joining the Telecom Infra Project (TIP).
Taipei, Taiwan 19th of February 2020. Today Netberg launches a new Academia and Research Program, designed to meet a constantly increasing demand from the research community for high-performance and programmable Tofino-based platforms.