Our Expertise

At Vyomwave, we offer comprehensive Design and R&D Services for 5G 3GPP PHY Layer, leveraging our team's extensive experience in 4G/5G PHY layer design and enhancement. 

Our services cover design and development of critical algorithms in both upper and lower PHY layers, ensuring seamless support to implement on NXP's Layerscape SoCs (such as LA12xx, LA9310, LX2160, LX2080 etc.)

Vyomwave's team of experts offer RU Design Services facilitate the design of Radio units for 5G gNB RAN technologies, leveraging our expertise in addressing complex design challenges and ensuring seamless integration.

Vyomwave's RF subsystem extensive design experience provides a cost-effective, high-performance, and modular digital-to-RF radio board for 5G gNBs and Radio Units (RUs).

Key benefits include:

• Leveraging NXP Baseband Soc for efficient implementation
• High-level performance and functional specifications
• Modular design with common hardware components
• Reduced form factor, weight, and power consumption

Vyomwave is committed to transform the telecommunications industry with its 6G Proof of Concept (PoC) service. By embracing the latest standards and technologies, Vyomwave enables organizations to stay ahead of the curve, drive innovation, and maintain a competitive edge in the rapidly evolving telecommunications landscape.

Network Listening Module (NLM) can be considered as the replacement or a substitute of GPS which can provide time and frequency synchronization during the GPS black-out situations and thus reducing the GPS antenna deployment cost.

Key areas where NLM can be useful along with various wireless equipment:

• Cell Planning
• Self Organizing Networks (SON)
• Smart Wireless Repeaters employing TDD Format recognition, Timing Synchronization.

As 5G NR technology evolving signal propagation conditions are getting deteriorated with higher frequencies, requiring the introduction of RF repeaters.

A traditional repeater could be used to simply amplify the signal what mostly signal boosters use to do it.

An Enhanced, Sophisticated and Smart repeater can do more than just amplifying the signal, rather, it can periodically monitor the signal adjust the transmission parameters to optimize signal quality and required signal strength in a particular direction.

We offer extensive development experience in developing wireless solutions based on NXP Layerscape SoCs LA12xx, LA9310, LX2160A, such as

• 4T4R FR1, BW 100 MHz, SCS 30 KHz 
• Shared RU: 2T2R FR2, BW 400 MHz, SCS 120 KHz, multi-carrier

Above solutions included development of computationally expensive and highly complex signal processing algorithms, e.g.,   

• Digital Pre-Distorter w/ adaptation 
• Crest Factor Reduction
• Quadrature Error Correction 

We offer end-to-end support on RF Module integration in your system, which includes:

• Development of Analog Front End Module Drivers
• MIPI RFFE drivers for FEM modules.
• RF integration with 4G/5G Layer1 stack.
• RF Performance Characterization and tuning.
• RF and baseband calibrations.
• RF conformance (3GPP 38.101* RF metrics)

Our technical expertise extends to RFICs and front-end modules from renowned vendors, including Movandi, Sivers, Lime, Arctic Semiconductors, Metanoia, Skyworks and Qorvo, enabling us to to deliver cutting-edge solutions.

We offer a full range of system software services for wireless systems, including design, development, testing, and deployment, ensuring a comprehensive solution. Which includes:

• Real-time Linux: For soft real time requirements such as running Layer2/Layer3 software.
• RTOS (FreeRTOS, Zephyr): For hard real time requirements such as running Layer1/DSP software.
• Performance tuning of complete system in order to meet both throughput and latency requirements of even hardest to achieve use cases such as FR2 CPE.
• Device drivers: Bare metal & OS device drivers for variety of interfaces like Ethernet, Wifi, PCIe, SPI etc.