An Analog-to-Digital (A2D) converter converts a continuous analog signal into a discrete digital representation, at a prescribed "sampling rate"
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Analog comparators compare two voltages or currents, and indicates which is larger
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Analog filters are used for a wide variety of applications, including separating audio signals into components for loudspeakers
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Analog Front Ends are primarily responsible for performing conditioning on analog signals prior to being converted to digital signals
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Analog Multiplexers select one of many analog input signals and forward the selected input to the output
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Audio and Voice IP includes audio related IP components, such as amplifiers and coders/decoders
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Clock IP includes timing-related IP components, such as DLLs and PLLs
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Coder/Decoder (Codec) IP provides data stream processing capabilities for a wide variety of electronic applications
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Digital-to-Analog (D2A) Converter IP converts digital codes into analog signals
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DigRF PHY IP provides the physical layer for the digital interface standard defined by the Mobile Industry Processor Interface (MIPI) Alliance and is used primarily in mobile handsets
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Graphics and Video IP provide a wide variety of functions for graphics and video applications
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High Definition Multimedia Interface (HDMI) PHY IP provides the physical layer for the HDMI audio/video interface
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Mobile Industry Processor Interface (MIPI) PHY IP provides the physical layer for interfaces defined by the MIPI Alliance
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Oscillator IP provides a repetitive electronic signal that often used in timing circuits for electronics devices
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Other IP contains many additional types of Analog & Mixed Signal IP
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Oversampling Modulator IP enables the transfer of an analog baseband signal over an analog bandpass signal
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PHY IP provides the physical layer of the OSI model, which connects a link layer device to the physical medium
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Power IP contains IP components that help manage or regulate power consumption on the device
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Radio Frequency (RF) IP components include amplifiers and transceivers
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RF Modules are electronic components that enable transmission and reception of RF signals
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Ultra-High Speed (UHS-II) cards, defined in Secure Digital version 4.0 (SD 4.0) raise the data transfer data rate to a maximum of 312 MB/s
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Serializer/Deserializer (SERDES) technology is used in high speed applications to convert data between serial and parallel data interfaces
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Standard Operational Amplifiers are basic building blocks of analog design, which produce an output voltage that can be much larger than the voltage between the differential input terminals
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Switched Capacitor Filters (SCFs) are easy to use and provide a predictable response over a range of operating conditions
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Temperature Sensor IP provides sensing components from a wide variety of providers
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Universal Flash Storage (UFS) M-PHY provides the primary physical interface for the UFS standard
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Universal Serial Bus (USB) PHY IP provides the physical layer for the USB interface
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