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The Waves Dragonfly NB-IoT IP platform from Ceva is a comprehensive solution tailored for the evolving needs of narrowband IoT applications. Offering enhanced NB-IoT capabilities, this platform is intricately designed to support multiple connectivity scenarios with robust performance metrics suitable for widespread IoT deployment. dragonfly platform provides full support for NB-IoT Release 15, optimizing it for both power and area efficiency, ensuring that it remains cost-effective for large-scale IoT implementations. Its compatibility with GNSS (Global Navigation Satellite System) further enhances its utility, enabling precise location tracking for asset management and monitoring solutions. The platform's ability to operate across various IoT endpoints, including smart city infrastructures and industrial automation, makes it invaluable for developers looking to leverage IoT ecosystems extensively. Its low power consumption and compact design make the platform a strategic choice for developers aiming to maximize device longevity and functional robustness in diverse environments.
PentaG RAN is Ceva's flagship 5G baseband platform IP, purpose-built for 5G RAN ASICs and Open RAN applications. This platform leverages over a decade of leadership in baseband IP solutions, supporting a wide range of 5G standards and allowing for scalable, flexible deployments across various network configurations. Incorporating powerful processors and AI acceleration engines, PentaG RAN ensures top-tier performance for expansive 5G networks, from pico cells to macro DUs. The platform supports state-of-the-art RF components and advanced baseband processing, optimizing gNB operations with its high-level integration capabilities. It provides the necessary support for multiple use cases, including eMBB (enhanced Mobile Broadband) and URLLC (Ultra Reliable Low Latency Communications), crucial for next-generation industries demanding low latency and high throughput. Moreover, PentaG RAN integrates robust support tools, comprehensive simulation environments, and development kits to ease deployment and customization for specific uses. Designed to work seamlessly with existing cellular infrastructures, it supports various 5G NR bands and frequencies, ensuring adaptability to evolving market needs.
Ceva's Waves Wi-Fi Platforms represent an advanced suite of embeddable Wi-Fi IPs designed to support evolving wireless communication needs from Wi-Fi 4 to Wi-Fi 7. This platform is aimed at delivering high-performance wireless connectivity across a broad range of devices and applications, from mobile gadgets to industrial IoT networks. The extensive range of these platforms makes them suitable for applications requiring versatile connectivity solutions. With their ability to handle high-speed data rates and provide extensive coverage, they are poised to meet the challenges of modern connectivity demands. The Wi-Fi Platforms support multiple frequency bands and advanced networking standards, ensuring compatibility with future technologies. Designed to be power-conscious, these Wi-Fi platforms are optimized for low energy consumption, enhancing their viability for power-sensitive applications. Their modular nature strengthens developers' flexibility, allowing easy adaptation and integration into existing systems to enhance connectivity without compromising on design constraints.
PentaG2 represents Ceva's cutting-edge 5G NR baseband modem IP platform designed for mobile broadband and IoT applications. As a crucial part of Ceva's connectivity suite, it stands out as the industry's most comprehensive offering for integrating 5G capabilities into small form factor devices. The PentaG2 platform is engineered to accommodate the demanding bandwidth and latency requirements of modern wireless communication, making it ideal for various IoT, broadband, and industrial applications. Its architecture integrates multiple advanced vector processors and AI co-processors, allowing for sophisticated signal processing tasks and efficient data management. This platform addresses the varying needs of LTE and 5G technologies by enhancing spectrum efficiency and throughput, making it suitable for use in smartphones, smart home devices, and industrial edge computing. PentaG2 supports a plethora of features including multi-gigabit data rates, enhanced network slicing capabilities, and robust support for multiple access technologies. These attributes make it a prime choice for developers looking to implement state-of-the-art cellular networking solutions tailored to diverse global standards.
The Waves Bluetooth Platforms from Ceva encapsulate a complete suite of embedded Bluetooth connectivity IPs designed to facilitate efficient short-range wireless communication in a variety of consumer and industrial applications. This platform is built to support high-quality audio streaming, voice commands, and data visualization, essential for modern gadgets like wearables, headphones, and smart home devices. Engineered for flexibility, the Bluetooth Platforms support both classic Bluetooth and Bluetooth Low Energy (BLE), ensuring broad compatibility with existing Bluetooth technologies. These platforms are optimized for power efficiency, making them well-suited for applications requiring minimized energy consumption, such as battery-operated IoT devices. These platforms include pre-certified software stacks and reference designs, expediting product development and reducing time to market. The inherent adaptability of the platforms allows for seamless integration in various systems, providing reliable connectivity while maintaining a compact form factor ideal for space-constrained devices.
The XC4500 is a highly versatile multi-mode communication processor designed for advanced wireless applications. As a fourth-generation DSP vector processor, the XC4500 is engineered to provide robust performance with excellent scalability and flexibility for various communication needs. Its architecture is optimized for multi-standard operations, allowing it to seamlessly handle multiple wireless communication protocols simultaneously. With its focus on high data throughput and efficiency, the XC4500 is particularly suited for advanced wireless networks requiring agile and responsive processing capabilities. It supports scalable configurations that can be tailored to different application requirements, from small scale consumer devices to large network infrastructure components. The XC4500 is built to accommodate future technological enhancements and supports a wide array of modulations and coding schemes, enabling efficient data transmission across multiple channels. This robust processor is ideal for applications demanding reliable and consistent communication, such as automotive V2X, wireless base stations, and sophisticated radar systems.
The BX2 baseband processor from Ceva is a highly programmable and versatile hybrid DSP capable of handling a wide array of signal processing and control workloads. It integrates seamlessly with diverse applications, ranging from high-performance computing devices to embedded systems, providing a balanced mix of DSP power and control flexibility. Ceva's BX2 provides a robust solution for audio processing, wireless communications, and general-purpose DSP applications. It boasts high-level programmability which allows developers to tailor processing capabilities to specific project needs, enhancing both efficiency and performance. The processor also facilitates easy integration into existing hardware architectures, empowering developers to innovate without the constraint of reconfiguring their system designs significantly. Its capacity to manage extensive computing tasks while maintaining low energy consumption makes it a preferred choice for battery-powered applications, ensuring enhanced performance without compromising on longevity.
The XC16 is Ceva's pinnacle baseband processor, celebrated as the world's most powerful vector DSP. Leveraging the innovative Gen4 Ceva-XC multithread architecture, the XC16 is engineered to deliver unprecedented processing power and speed essential for modern communication systems. It is meticulously designed to cater to applications requiring enhanced parallel processing and throughput, including advanced telecommunication and IT infrastructures. This DSP is capable of supporting high-fidelity signal processing across expansive communication networks, suitable for both consumer and industrial applications. The XC16 is particularly geared towards smartphones and high-end IoT devices where vast data processing demands exist, ensuring optimally efficient power consumption and extended battery life. Its architecture allows it to work in a variety of communication environments, providing support for diverse cellular technologies, ensuring maximum compatibility and future-proofing. Furthermore, its ability to process complex signal algorithms quickly makes it a valuable asset for developing next-level mobile and infrastructure innovations.
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