Transformational impact of the 5G network architecture extends right from the radio access to the optical metro and core network segments. Complex network functions are decoupled from traditional hardware equipment and realized as software applications in the cloud. Dynamic resource management across all layers is a must. It is imperative to upgrade to a high performance and highly reliable end-to-end Optical Fiber network that cost-effectively fulfils end-user demands.
Vehicle to Vehicle Communication, Multiplayer Mobile Gaming, Remote Surgery
High Definition (HD) Videos, Virtual Reality (VR), and Augmented Reality (AR)
Smart City, Smart Manufacturing, Smart Agriculture
Tejas is an active player in shaping India’s 5G strategy and also contributes to the global 5G standards through its work in TSDSI - India’s telecom Standards Development Organization, to ensure the market needs are fully incorporated in the upcoming standards. Tejas was part of drafting and subsequent acceptance of India’s TSDSI candidate Low Mobility Large Cell (LMLC) for rural coverage of 5G services.
Tejas has adopted a novel software-defined hardware architecture that enables quick and cost-effective delivery of highly differentiated network solutions to telecom service providers. Tejas products can seamlessly transcend multiple technology generations (2G/3G to 4G/5G) without network disruption and can scale from a few megabits to multi-terabits of switching capacity within the same shelf. The approach also allows for an easy upgrade to next-generation technologies through simple software upgrades.
Tejas’ cutting-edge optical products not only cater to greenfield implementations of 5G but also to support the move from legacy systems to 5G transport.
Operators must look to maximize reuse of existing network equipment in order to realize a cost-effective optical transmission infrastructure with adequate flexibility and scalability.