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UWB Technology & IP offers cutting-edge ultra-wideband solutions ideal for applications requiring precise indoor positioning and short-range communication. This IP is versatile and supports integration into a variety of applications, from consumer electronics to industrial systems, providing robust data transmission capabilities with minimal interference. Thanks to its unique propagation properties, UWB is particularly well-suited for real-time location services, offering exceptional accuracy and reliability. TES's UWB IP cores are designed to be energy-efficient, making them a top choice for modern wireless communication challenges.
This high-frequency synthesizer and clock generator is built on Integer-N PLL technology, offering precise frequency modulation from 2.424MHz to 9.697MHz. It features a seamless integration with a loop filter and voltage-controlled oscillator, ensuring reliable performance across its operational range. A key feature of this synthesizer is its capacity to deliver 3.3V square waves and provide selectable phase shifts, making it ideal for applications requiring precise clocking and timing solutions. Built for flexibility, this IP can be configured for various technical needs, providing robust clock generation in demanding scenarios.
The D/AVE 2D is a versatile graphics rendering engine designed for high-performance 2D applications. It comes equipped with advanced BLIT functions and vector graphics capabilities, offering an optimal solution for ultra-low power devices and user interfaces in mass-market consumer applications. Available in configurations for both FPGAs and ASICs, it boasts a customizable architecture that ensures adaptability to diverse performance requirements. The D/AVE 2D's strategic design prioritizes low resource consumption, making it suitable for a variety of use cases without compromising on performance.
The Guiliani GUI Framework stands as a powerful tool for developing advanced graphical user interfaces. Leveraging an intuitive, object-oriented design, Guiliani enables developers to create sophisticated and stylish GUIs quickly and efficiently. With its dynamic runtime engine and innovative data-pool concept, it ensures a seamless integration of data and events, making the development process more intuitive and connection-oriented. This framework is particularly well-suited for resource-constrained environments, offering optimization for embedded systems that demand high-performance user interfaces.
The Linear Temperature Sensor offers precise temperature monitoring with an output voltage linearly proportional to the junction temperature. Designed for on-chip applications, it operates with a single 4V supply and can be trimmed to produce a 2V output at 60°C. This IP is ideal for use in delicate thermal environments where accurate temperature readings are critical. With proven reliability in XFAB's XT018 technology, it can be transferred to other manufacturing processes to suit different design specifications, providing a versatile solution for diverse thermal management needs.
The Display Controller Family offers a comprehensive solution for drive diverse display technologies. These controllers are ideal for applications that demand customizable solutions, providing full capability for DPI-2 interfacing and high-definition display management. Their core functionality allows for integration into various system architectures, supporting the latest display technologies with ease. Designed for scalability and flexibility, this family of display controllers ensures compatibility with a wide range of platforms, making them a perfect fit for modern consumer, industrial, and automotive displays.
Engineered for superior 3D rendering, the D/AVE 3D offers robust support for OpenGL ES 1.1 and OpenVG 1.01 APIs. It's built to handle complex graphics tasks at speeds of up to 8 million triangles per second, ensuring stellar performance in applications requiring high-end 3D graphics. This IP core is highly customizable, allowing for adjustments to shader units and other core components to suit specific hardware needs. Whether it's used for high-resolution displays or intensive graphics processing, the D/AVE 3D stands out for its adaptability and powerful rendering capabilities.
This 16mA 4V Voltage Regulator is a high-efficiency power management solution designed for ASIC applications. It operates with a single 5V supply and a precision 2.5V reference voltage, providing stable output under varying conditions. Its design ensures optimal power regulation, featuring an output capability up to 16mA, perfect for sensitive analog circuits requiring consistent power delivery. Proven in XFAB's XT018 technology, this regulator can be adapted to other technologies, offering flexibility for various application needs.
The Video Input Controller is designed to streamline video capture processes for a variety of applications. It supports a wide set of input standards, ensuring seamless integration with different video sources and devices. This IP specializes in handling high-bandwidth video streams, providing efficient video decoding and processing to meet the demanding needs of modern video applications. Whether it's part of a consumer electronics setup or used in professional video equipment, the Video Input Controller offers dependability and performance for high-quality video handling.
The Octuple 20μA Bias Current Source delivers consistent biasing with eight 20μA outputs, suitable for precision applications in ASIC design. It operates with a precision reference voltage of 2.5V and utilizes a 5-bit trimming capability to fine-tune current accuracy. This silicon-proven IP in XFAB's XT018 technology ensures reliable performance and can be adapted to other production technologies upon request. It is particularly useful in scenarios requiring uniform biasing currents with high precision across multiple channels.
The Quadruple Capacitor Switch is designed for precise control in resonator and transducer applications. By enabling controlled capacitor switching, it facilitates efficient tuning and optimization processes. Proven in XFAB's XT018 silicon, this IP allows for easy adaptation to other silicon processes, offering flexibility in applications where capacitance tuning is paramount. Its role in the capacitor resonator trimming enhances the accuracy and performance of systems relying on precise capacitance values.
This high-gain DC-voltage amplifier delivers programmable gain with exceptionally low output noise, making it an excellent choice for applications demanding high-precision signal amplification. It includes a sophisticated offset trimming mechanism, facilitated by an accompanying 8-bit DAC, to minimize error in signal processing. Reliable in XFAB's XT018 technology, this IP can be ported to other process technologies to meet specific application requirements, ensuring consistent amplifier performance and noise reduction in sensitive applications.
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