Digital IP’s – Sophic Silicon

Digital IP's

High-performance digital intellectual property (IP) for ASIC and SoC designs, including as processors, interfaces, security modules, and high-speed networking options, is provided by Sophic Silicon. These intellectual properties improve semiconductor technologies’ time-to-market, scalability, and efficiency.

Digital ip's

Joint Test Action Group (JTAG)

The JTAG IP is a powerful, industry-standard interface for seamless test, debug, and programming of digital systems. Featuring a fully compliant TAP controller, instruction decoder, and boundary scan support, it enables efficient fault detection and device configuration

Digital ip's

Advanced Peripheral Bus (APB)

APB (Advanced Peripheral Bus) IP is a reusable intellectual property (IP) block that implements the APB protocol for efficient communication with low-power peripherals. It simplifies the integration of devices like UARTs, timers, and GPIOs in SoCs by providing a simple, low-latency interface.

Digital ip's

Fractional Divider

Fractional-N frequency divider has wide range of application. One example can be channel selection in multichannel radio receivers. The fractional division technique achieves fine frequency resolution and fast switching speed while possessing low phase noise level and reference frequency feed through suppression

Digital ip's

Inter -Integrated Circuit (I2C)

I2C IP (Inter-Integrated Circuit Intellectual Property) is a widely used, two-wire serial communication protocol designed for efficient, low-power data exchange between multiple devices. It enables seamless integration of peripherals like sensors,

Digital ip's

Inter IC SOUND (I2S)

The I2S IP is a high-fidelity, low-latency audio interface designed for seamless digital sound transmission. With configurable data formats, precise clock management, and robust FIFO buffering, it ensures crystal-clear audio streaming

Digital ip's

Pulse Width Modulation (PWM)

The PWM IP is a configurable and efficient way for generating precise pulse width modulation signals. Featuring dynamic duty cycle adjustment, flexible prescalers, and interrupt-driven efficiency, it ensures optimal performance across various powersensitive applications

Digital ip's

Quad Serial Peripheral Interface (QSPI)

QSPI IP is a high-speed interface designed for fast and efficient communication with external flash memory. It uses four data lines (IO0-IO3) instead of one, enabling higher data transfer speeds. It supports Single, Dual, and Quad SPI modes, enabling up to four times faster data transfer than standard SPI

Digital ip's

Serial Peripheral Interface (SPI)

The SPI IP is a high-performance, flexible serial communication interface designed for seamless data exchange masters and slaves. It supports multi-master/multi-slave configurations, configurable clock phases and polarities, and integrates efficient FIFO buffering for smooth data flow. Optimized for speed and reliability, this design ensures robust connectivity

Digital ip's

Universal Synchronous/Asynchronous Receiver Transmitter

The USART IP is a versatile, high-speed serial communication module supporting both asynchronous and synchronous modes. With configurable baud rates, FIFO buffering, and hardware flow control, it ensures efficient and reliable

Digital ip's

Watchdog Timer

The Watchdog Timer IP features a dual-stage timeout mechanism to provide early warning and system reset for enhanced fault recovery. With configurable timeout periods, status monitoring, and precision timing, it ensures system stability and reliability, preventing crashes and unintended halts

Digital ip's

Advanced eXtensible Interface

The AXI IP is a high-performance, scalable interface designed for ultra-fast data transfer in modern digital systems. With pipelined architecture, burst transactions, and parallel processing, it ensures low-latency, highbandwidth communication between masters and slaves

Digital ip's

APB with DMA Interface in Slave Mode

APB (Advanced Peripheral Bus) IP is a reusable intellectual property (IP) block that implements the APB protocol for efficient communication with low power peripherals. It simplifies the integration of devices like UARTs, timers, and GPIOs in SoCs by providing a simple, low latency interface.

Digital ip's

GPIO Controller

A GPIO Controller IP manages/controls the different General purpose IOs in a SoC and configure them for different applications based on CPU or any other processor command. The GPIO Controller typically manages the input/output operations, interrupt handling, and pin multiplexing etc.

Trusted Silicon and Software design IP partner for Next Generation Wireless, AI & Power Management applications

Digital IP's

Digital ip's

Joint Test Action Group (JTAG)

Digital ip's

Advanced Peripheral Bus (APB)

Digital ip's

Fractional Divider

Digital ip's

Inter -Integrated Circuit (I2C)

Digital ip's

Inter IC SOUND (I2S)

Digital ip's

Pulse Width Modulation (PWM)

Digital ip's

Quad Serial Peripheral Interface (QSPI)

Digital ip's

Serial Peripheral Interface (SPI)

Digital ip's

Universal Synchronous/Asynchronous Receiver Transmitter

Digital ip's

Watchdog Timer

Digital ip's

Advanced eXtensible Interface

Digital ip's

APB with DMA Interface in Slave Mode

Digital ip's

GPIO Controller

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