Innovative Silicon IPs, Advanced Verification Tools, FPGA Emulation Transactors, and AI Solutions Shaping the Future of Technology
NAND Flash Controller - Ensures robust NAND Flash interface validation for reliable designs
The NAND Flash Controller Verification IP (VIP) is a specialized tool for validating and simulating NAND Flash memory interfaces …
MIPI - Enables high-speed, low-power data transfer for displays and cameras
MIPI (Mobile Industry Processor Interface) is a high-speed, low-power interface designed for video and imaging applications in mo…
LPDDR5 Controller - Validates memory controllers for high-speed, power-efficient performance
LPDDR5 Verification IP (VIP) is a tool designed to simulate and validate the functionality of LPDDR5 memory controllers.
I2S - Ensures proper audio data transmission, synchronization, and integrity
I2S (Inter-IC Sound) is a serial bus interface used for connecting digital audio devices.
I2C - Verifies I2C communication, ensuring protocol compliance and error-free data transfer
I2C (Inter-Integrated Circuit) is a low-speed communication protocol designed for embedded systems.
HDMI - Ensures seamless video and audio transmission with HDMI standards
HDMI Verification IP validates HDMI controller functionality in SoC designs, ensuring compliance with HDMI standards like 1.4, 2.…
H.265 Codec - Efficiently compresses high-quality video for streaming and storage
H.265 (HEVC) is a cutting-edge video compression standard that delivers superior video quality at lower bit rates compared to H.2…
H.264 Codec - Efficient video compression for high-quality streaming and playback
H.264, also known as AVC, is a high-performance video compression standard that offers superior quality at lower bit rates.
GDDR5 Controller - Verifies memory compliance, boosts performance, and ensures reliability
The GDDR5 Memory Controller Verification IP (VIP) is a robust solution designed to verify the compliance and performance of GDDR5…
GDDR4 Controller - Validates high-speed memory controllers for efficiency and reliability
The GDDR4 Controller Verification IP (VIP) ensures robust simulation and validation of GDDR4 memory controllers in SoC designs.
FlexRay - High-speed, reliable communication for safety-critical systems
FlexRay is a high-speed communication protocol designed for time-critical automotive and industrial applications.
XtremeSilica’s Ethernet Controllers support 1G to 800G speeds, ensuring accurate simulation and validation of Ethernet protocols …
DisplayPort - Validates high-quality video and audio transmission for displays
DisplayPort is a high-performance digital display interface designed for connecting computers, monitors, and other video devices.
DDR4 Controller - Validates memory compliance, optimizes performance, ensures reliability
The DDR4 Memory Controller Verification IP ensures compliance with DDR4 standards, validating high-speed data transfer, read/writ…
CXL - Enables robust testing of CXL-based systems for performance and reliability
CXL Verification IP is a cutting-edge solution for validating designs based on the Compute Express Link (CXL) protocol.
CAN - Verifies communication, error detection, and data integrity in CAN systems
CAN (Controller Area Network) is a critical communication protocol widely used in automotive and industrial systems.
AMBA AXI - Validates AXI interface functionality, performance, and compliance
The AMBA AXI Verification IP from XtremeSilica is a tool designed to validate the functionality, performance, and protocol compli…
AMBA APB - Validates low-power, low-bandwidth peripheral communication in SoCs
The AMBA APB Verification IP ensures accurate communication and protocol compliance for low-power, low-bandwidth peripherals in S…
AMBA AHB - Validates AHB protocol functionality, performance, and compliance
The AMBA AHB Verification IP validates system-level communication and functionality in SoCs using the AHB protocol.
AMBA ACE - Ensures cache coherency and data consistency in multi-core systems
AMBA ACE Verification IP (VIP) ensures correct cache coherency between processors and shared memory systems in SoC designs.