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The WiMAX Software Stack from Lekha Wireless provides a comprehensive suite of tools for developing Mobile WiMAX (802.16e) compliant systems. Designed for SDR platforms, the stack includes both MAC and PHY layers for base stations and mobile stations. These software solutions are offered as ANSI C code for platform independence or can be tailored for Intel-based DSP SoC platforms. Lekha's WiMAX solutions are utilized across various industries, including smart grids, aviation communication systems, and rural broadband networks. The stack’s proven interoperability with third-party implementations and its alignment with WiMAX certification processes bolster its utility in diverse application scenarios.
Vyapi LTE eNodeB by Lekha Wireless is a 4G solution that underscores Indigenous technology developed entirely in India. Designed to align with national initiatives like Aathmanirbhar Bharath, this product delivers robust mobile broadband coverage and is optimized for extensive area outreach. Vyapi supports both TDD and FDD frequency bands, with RF power levels reaching up to 40W, thereby accommodating small and macro cell deployment needs. The eNodeB has been rigorously tested with multiple EPC vendors, making it ideal for both greenfield and brownfield 4G network deployments. Its flexibility in supporting private and enterprise network solutions is integral to reducing total cost of ownership for service providers.
Lekha Wireless's 4G/LTE Software Stack adheres to the 3GPP Release 10 specifications, enabling OEMs to develop robust 4G radio network products. These stacks are designed to be platform-independent, with some optimized for the Texas Instruments’ Keystone II architecture. The company plans to upgrade these stacks to support Release 14, fortifying network security and capabilities. The modular stack format allows developers to construct and refine LTE networks efficiently, whether utilizing LTE or non-LTE bands. Included in this package is the LTE WaveGuru Toolkit, which serves as a complete suite for generating and analyzing LTE signals, enhancing testing and debugging capabilities for developers.
The 5G NR Software Stack by Lekha Wireless is built to comply with the 3GPP Release 15 standards, essential for realizing a range of 5G network services like Enhanced Mobile Broadband (eMBB), Ultra-Reliable and Low Latency Communications (URLLC), and Massive Machine-Type Communications (mMTC). Designed with modularity in mind, the software supports various network configurations, including multiple network splits and SoC-based platform architectures. This stack strategically aids in the construction and deployment of versatile 5G infrastructures. The stack is particularly notable for its ability to operate across different network configurations, supporting seamless integration and enhanced performance. Its adaptability makes it a vital tool for telecom providers looking to transition to the next generation of mobile networks.
Targeting the burgeoning market of low power wide area connectivity, the NB-IoT Software Stack by Lekha Wireless is built according to the 3GPP Release 13 standards. This software stack supports OEMs and silicon designers in the creation of efficient NB-IoT devices and infrastructure. With the capability to support eNodeB and UE physical layer and protocol functionalities on SDR platforms, the stack ensures swift product integration and compliance, improving time-to-market for manufacturers. Its interoperability testing and adherence to performance specifications make it a reliable choice for developers aiming to provide global coverage and efficient data transmission.
The Antares Advanced MANET SDR (Software-Defined Radio) by Lekha Wireless is built to facilitate tactical communication for defense and mission-critical scenarios. With a versatile SDR platform, Antares supports a range of standard and proprietary waveforms, ensuring secure and reliable communication even in adverse environments. Its adaptability to new-generation waveforms and stringent qualification for extreme operational conditions make it a strategic asset for military networks. The radio technology employed in Antares promises high-speed connectivity while maintaining stringent security and robustness required for modern tactical communications.
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