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The Wireless Baseband IP from Low Power Futures is engineered for exceptional area efficiency and minimal power consumption, ideal for resource-constrained IoT sensors. It includes a comprehensive architecture comprising a baseband processor hardware IP and associated link layer or medium access control firmware, meticulously optimized for small code size and efficiency. Offering standard compliance and seamless integration capabilities, this IP caters to applications such as smart sensors, smart homes, connected audio, and more, emphasizing both power and area efficiency. The IP's robust design ensures easy FPGA validation and supports a multitude of microcontrollers, thanks to its AMBA standard interfaces like AXI, AHB, and APB. This facilitates its deployment in diverse System on Chip (SoC) environments, enhancing its usability across various market segments. With an emphasis on reducing power consumption, the Wireless Baseband IP stands as a versatile solution for integrating IoT functions into compact electronic designs. In terms of functionality, this IP bolsters smart and secure tagging systems, smart grid applications, and advanced IoT deployments, supporting features that augment its utility in industrial and consumer electronics. Its adaptability and comprehensive validation environment make it a crucial component for developers aiming to accelerate product time-to-market while ensuring compliance with stringent industry standards.
Tailored for efficient short-range communication, the IEEE 802.15.4 WPAN IP from Low Power Futures is designed to support energy-efficient wireless networking suitable for IoT devices. Its reliable platform facilitates communication using sub-gigahertz and 2.4GHz frequencies, integrating advanced modulation/demodulation capabilities such as BPSK and OQPSK, and optionally GFSK, to ensure stable connectivity across a wide range of field applications. This IP is further enhanced with robust security mechanisms, safeguarding data exchanges and contributing to the protection of sensitive information often exchanged over IoT networks. Ideal for low-power, low-rate communications, the IEEE 802.15.4 WPAN provides a dependable foundation for the development of smart environment products like smart lighting controls, remote monitoring systems, and home automation devices. Structured to accommodate a variety of hardware and firmware environments, this WPAN IP ensures seamless integration into existing systems, promoting its adaptability for future technology needs and expansion. By addressing the growing demand for efficient and secure wireless communications, Low Power Futures' IEEE 802.15.4 WPAN IP is a significant component for advancing the IoT revolution.
Designed to adhere to the latest Bluetooth Low Energy standards, the Bluetooth LE 5.2 IP from Low Power Futures provides comprehensive support for various connectivity configurations, making it a vital asset in the development of modern wireless communication systems. This IP offers seamless operation at multiple data rates: 1Mbps and 2Mbps, utilizing both uncoded and coded physical layers to ensure versatile application support. Integrated features like direction finding and AoA/AoD functionalities make this IP indispensable for expanding the capabilities of IoT networks. The robustness of Bluetooth LE 5.2 is further enhanced by its built-in security features, enabling reliable data transmission and safeguarding against potential cyber threats in IoT environments. It excels in reducing power consumption and area overhead, aligning perfectly with the demands of modern low-power applications such as smart wearable devices, remote sensing nodes, and compact consumer electronics. With its cutting-edge design that supports easy integration into existing systems, the Bluetooth LE 5.2 IP facilitates rapid deployment and development for device manufacturers. This IP's flexible interface allows it to adapt readily to various hardware configurations and application needs, ensuring optimal performance across diverse operating environments.
The Bluetooth 5.2 Dual Mode IP from Low Power Futures offers a sophisticated blend of Bluetooth Low Energy and Basic Rate/Enhanced Data Rate (BR-EDR) functionalities, adhering to the latest Bluetooth specifications. This integration caters to diverse communication requirements, ensuring compatibility with a range of devices and enabling flexible connectivity options in IoT applications. The dual-mode IP places emphasis on power efficiency and compact design, making it ideal for resource-constrained settings where conserving power and space is crucial. Its comprehensive connectivity features include uncoded and coded PHY support for various data rates, along with integrated low-energy audio capabilities and direction finding technologies. Security remains a cornerstone of this IP, featuring reliable built-in measures that protect sensitive data in real-time operations. Engineered for seamless adaptability across different hardware configurations, the Bluetooth 5.2 Dual Mode IP is readily integrable into established systems and new designs alike. Therefore, this IP stands as an integral solution for driving next-generation IoT devices where robust and flexible wireless communication is paramount.
The IP Platform for Low-Power IoT by Low Power Futures is a highly integrated and customizable solution engineered to expedite the product development cycle for next-generation IoT devices. These prevalidated platforms serve as comprehensive building blocks, necessary for crafting advanced, power-efficient smart and secure IoT products. Perfectly optimizing for ultra-low power consumption, these platforms are pivotal for devices operating in power-sensitive environments such as healthcare and smart cities. The platform supports both ARM and RISC V processors, granting remarkable versatility and facilitating smooth deployment into various hardware environments. Equipped with premade configurations like the LP-100 for beacons and RFID systems, LP-120 for smart sensors, LP-200 for audio devices, and LP-220 for multiprotocol sensors, this platform accelerates both development and integration phases, significantly reducing time-to-market. Enhanced by an FPGA evaluation platform, the IP Platform delivers extensive resources for efficient test and verification processes. Its configurability and adaptability stand out, helping developers create tailored SoC solutions meeting specific application requirements. As a result, these platforms are positioned as essential tools for IoT manufacturers striving for innovation and enhanced product performance.
The Low Power Neural Network Processor (LP-NNP) from Low Power Futures is engineered to support efficient AI processing within IoT devices that face resource constraints. This processor's design focuses on low power consumption and compact form factors, making it an excellent choice for smart sensors and other IoT applications requiring sophisticated AI capabilities without significant power or space overhead. The LP-NNP supports 8 to 16-bit integer operations, delivering between 1.5 to 2 GOPS, which is sufficient for many IoT-based AI tasks. It comes equipped with comprehensive firmware designed to be easily integrable with existing machine learning libraries, ensuring versatility and maximizing the processor's usability across different applications. This neural network processor is particularly beneficial for applications in industrial IoT, smart grids, and smart city infrastructures, enabling them to function intelligently and efficiently. Its inherent adaptability and ease of integration make the LP-NNP a critical component for developers looking to incorporate advanced AI into their IoT solutions.
The Low Power Security Engine from Low Power Futures offers a compact and efficient solution for enhancing the security of IoT devices specifically in resource-constrained environments. This hardware acceleration engine is optimized for power and area, ensuring minimal resource consumption while maintaining a high security standard suitable for sensitive operations in IoT applications. Supporting crucial security protocols such as Elliptic-Curve Diffie–Hellman (ECDHE) and Elliptic Curve Digital Signature Algorithm (ECDSA), the LP-SEC-ENG ensures robust data encryption and authentication processes. These security features are complemented by resistance to side-channel and timing attacks, delivering comprehensive protection against sophisticated cyber threats. The security engine's versatile design makes it easy to integrate into a wide range of embedded systems, enhancing its applicability across various sectors that demand stringent security measures, such as smart sensors, RFID systems, and embedded SIM cards. As a result, the Low Power Security Engine stands as a key enabler for secure, reliable IoT devices that uphold high standards of data protection and integrity.
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