Is this your business? Claim it to manage your IP and profile
M31's Digital-PLL represents a core-power-only design that employs a programmable integer and fractional-N mode to provide low jitter performance. This innovative digital phase-locked loop is pivotal for frequency management in digital circuits, offering enhanced clock distribution solutions across integrated circuits. Its utility in strengthening signal integrity and timing synchronization makes it an essential component for modern electronic systems.
The Analog-PLL by M31 is a high-performance phase-locked loop offering a reliable solution for frequency synthesis in analog domains. This IP is designed to cater to various synchronization needs in circuits requiring precise timing control. Its integration into systems addresses challenges in maintaining frequency stability and efficiently managing jitter performance, which are essential for high-fidelity applications.
M31 Technology Corporation's STD-Cell Library provides a variety of standard cell libraries designed to maximize parameters such as performance, power, and area. These libraries are integral to optimizing foundational circuit designs across various applications, ensuring efficient use of resources. They support easy integration into complex systems, catering to both general-purpose designs and specific, demanding applications through customizable options.
The ADC and Temperature Sensor from M31 integrates data conversion and thermal monitoring within a single IP solution. This dual-function IP performs analog-to-digital conversions while accurately gauging temperature, making it ideal for precision applications where environmental monitoring is crucial. Its robust architecture supports a wide array of applications, from consumer electronics to industrial systems, ensuring reliable data acquisition and control.
The SerDes 10G/5G IP from M31 is designed to deliver high-speed data transmission capabilities essential for communication infrastructure and high-performance interconnects. This serializer/deserializer IP ensures efficient encoding and decoding of parallel data into serial formats, crucial for enhancing data throughput in modern digital architecture. Its low-power design makes it suitable for broad applications including networking and data centers.
The LPDDR4/4X solution by M31 delivers multi-PHY support for the latest memory interfaces, achieving data rates of up to 4267Mbps. This advanced IP is tailored for high-speed memory operations, ensuring superior performance in bandwidth-intensive environments. It caters to applications ranging from mobile computing to data-intensive workloads, promising power efficiency and high data integrity.
M31's DisplayPort TX is a transmitter IP focused on providing high-bandwidth data transfer capabilities for digital video and audio interfaces. This technology ensures efficient transmission of multimedia content across devices, meeting the specifications for crisp, high-definition signal output. It is especially beneficial for applications that demand superior video quality, such as broadcasting, gaming, and professional graphics.
The ONFI PHY by M31 equips NAND Flash systems with a physical interface solution that ensures rapid and efficient data transfer. Compliant with Open NAND Flash Interface protocols, it enables high-speed operations vital for large-scale storage applications. This component acts as a bridge in flash architectures, facilitating high-performance computing demands, including data centers and enterprise storage systems.
M31's ONFI I/O IP is designed to streamline interoperability within NAND Flash devices, adhering to the Open NAND Flash Interface standards. This IP simplifies the complexities associated with memory integration, enabling faster data operations and improved usability across various systems. By facilitating seamless communication between controllers and NAND devices, it enhances overall performance in storage applications.
M31's PCIe 5.0 PHY offers a cutting-edge solution for achieving high bandwidth data communications within PCI Express architectures. Its multi-lane capabilities and efficient power architecture facilitate robust data transmission needed for applications involving high-performance computing and networking. This IP is designed to support the latest PCIe standards, ensuring forward compatibility and enhanced data throughput efficiency.
The MIPI C-PHY/D-PHY Combo from M31 provides versatile support for high-speed serial interface technologies, crucial in enhancing multimedia-rich devices such as smartphones and sensors. This dual-protocol IP allows complex integration in devices requiring robust data throughput and minimal power consumption, making it ideal for modern devices seeking enhanced data transfer efficiencies.
M31's Standard Cell Library is an essential backbone for developing customized integrated circuit designs. It offers a diverse range of cell libraries tailored to meet specific performance, power, and area requirements, facilitating optimized semiconductor manufacturing. These libraries are highly adaptable, allowing detailed design adjustments for specialized applications.
The DisplayPort RX from M31 is tailored for receiving high-definition video and audio signals, supporting the growing demand for multimedia consumption. This IP's capability to handle multi-lane data ensures seamless reception and processing of high-quality streaming content. It is particularly suitable for devices requiring superior image and sound fidelity, such as home entertainment systems and professional media equipment.
M31 Technology's Memory Compiler is crafted to provide versatile memory solutions with a focus on high density, minimized power usage, and superior performance. This flexible IP offering is pivotal for accommodating a variety of memory needs in semiconductor designs, ensuring efficient resource utilization in both standard and custom applications. It supports memory configurations for different performance and area requirements, adaptable to various industry demands.
M31's High ESD I/O IP provides enhanced protection against electrostatic discharge, ensuring device longevity and reliability. This specialized input/output solution is critical in environments where ESD sensitivity is a concern, offering robust protection for sensitive electronic components. It caters to a wide array of applications needing high resilience to ESD events, maintaining operational integrity under adverse conditions.
M31's USB 2.0/1.1 PHY provides robust support for universal serial bus applications, enabling efficient data transmission across a variety of peripherals. This IP incorporates a dual-standard compatibility that caters to both legacy USB 1.1 and more advanced USB 2.0 interfaces, ensuring broad application usability. It's a key component in simplifying connections between devices, offering reliable performance in numerous electronic setups.
M31's USB 3.2 Gen2/Gen1 PHY facilitates fast and efficient data transfers important in current-generation USB devices. Its design supports high speed, backward compatibility, and optimal power efficiency, all crucial for maintaining connectivity across a broad spectrum of applications. This ensures adaptability and extended usability in systems ranging from simple peripherals to complex consumer electronics.
The USB4 Gen3x2 PHY from M31 provides USB solutions that support data transfer rates up to 40Gbps. Its complete range offers functionality for both host and peripheral configurations, including full compatibility with Type-C connectors. This IP ensures high-speed USB communications for peripherals, supporting cutting-edge applications that require rapid data exchange, such as computing peripherals and high-resolution video streaming.
The General-Purpose I/O IP by M31 is engineered to offer flexible input/output configurations suitable for a wide range of applications. This IP forms a fundamental part of digital and analog circuit designs, enabling smooth interactions with external components. Its design ensures compatibility, ease of integration, and robust performance across diverse industry environments.
M31 presents the MIPI D-PHY RX/TX with versions 1.2 and 1.1, engineered for applications demanding high data rates and exceptional power savings. These versions facilitate effective and efficient data transmission in multimedia applications, encompassing everything from camera sensors to display interfaces. The IP's compatibility with current MIPI standards ensures seamless implementation in cutting-edge devices, promising superior performance and lower power consumption.
The PCIe 4.0 PHY from M31 is designed to support higher data transfer rates and enhanced signal integrity in PCI Express architectures. With its efficient, power-conscious design, this IP meets the rigorous demands of modern high-speed networking applications. It is vital for systems requiring swift data pathways, providing scalability and reliability in a variety of technological setups.
The UFSHCI 4.0 by M31 is a high-speed interface designed to streamline data transfer in Universal Flash Storage environments. This IP supports quick data access and retrieval, enhancing the responsiveness of mobile and compute applications. Its design remains reliable and efficient, contributing to the performance growth in storage technologies for consumer and enterprise applications.
M31's MIPI M-PHY caters to the latest mobile and embedded device standards, offering a modular, scalable interface solution for high-speed data transfer. With versions 5.0, 4.1, and 3.1, this IP allows seamless implementation in data-intensive environments, ensuring compatibility and future-proofing designs. Its efficiency in handling fast data throughputs makes it vital for modern mobile and networked devices.
M31's UFSHCI 3.0 delivers robust support for legacy Universal Flash Storage implementations, facilitating efficient data management in mobile platforms. As a precursor to the newer UFSHCI standards, it ensures legacy compliance while still offering significant improvements in data handling and power efficiency, pivotal for efficient memory operations in consumer electronics.
M31 utilizes TSMC's N6e platform to advance ultra-low power memory compilers for AI-driven IoT, enhancing performance and power efficiency for edge applications. Read more
Explore M31 and TSMC's groundbreaking 2nm eUSB2 IP, pushing IP innovation limits with ultra-low power design, high integration, and strategic IP-foundry partnerships. Read more
Explore Intel's strategic foundry expansion with TSMC, UMC, and leading IP providers. Discover how it reshapes the future of chip design and semiconductor manufacturing. Read more
M31 Technology partners with TSMC to develop 2nm eUSB2 IP, enhancing AI and smartphone chip efficiency, advancing semiconductor innovation. Read more
Join the world's most advanced semiconductor IP marketplace!
It's free, and you'll get all the tools you need to discover IP, meet vendors and manage your IP workflow!
No credit card or payment details required.
Join the world's most advanced AI-powered semiconductor IP marketplace!
It's free, and you'll get all the tools you need to advertise and discover semiconductor IP, keep up-to-date with the latest semiconductor news and more!
Plus we'll send you our free weekly report on the semiconductor industry and the latest IP launches!
To evaluate IP you need to be logged into a buyer profile. Select a profile below, or create a new buyer profile for your company.
