Memory IP

This controller supports AP Memory’s UHS series of high speed PSRAM devices which can clock frequencies of upto 1066 MHz.
This controller enables smooth integration of APMemory’s UHS OPI PSRAM memory device chips into various new-gen devices made with mobile and wearable low power SoCs’.
This memory controller implementation is designed to give the user full flexibility for driving the memory control signals and timing adjustment for data sampling.

DDR5 Verification IP supports data rates up to 8400 MT/s, ensuring high-performance memory controllers meet the latest standards for speed, capacity, and power efficiency. It is designed to validate advanced features such as error correction and power management.
This tool is ideal for validating DDR5 controllers in applications ranging from high-performance computing to mobile devices, ensuring robust performance and seamless integration in various systems

The SPI Flash Controller Verification IP (VIP) is a powerful tool for verifying and simulating SPI Flash memory controllers in SoCs. It supports single, dual, and quad SPI modes, enabling seamless validation of read, write, erase, and advanced operations.
This VIP is designed for diverse applications, including IoT devices, automotive systems, consumer electronics, and aerospace. It ensures efficient performance, low power usage, and reliable integration of SPI Flash memory in mission-critical and everyday devices

LPDDR5 Verification IP (VIP) is a tool designed to simulate and validate the functionality of LPDDR5 memory controllers. It ensures compliance with LPDDR5 specifications, covering high-speed data transfer, power management, error detection, and system integration.
LPDDR5 VIP is essential across various industries, enabling high-performance systems to function optimally. It is utilized in mobile devices, automotive systems, high-performance computing, AI/ML, and more, ensuring efficient memory interfaces in diverse applications

The GDDR5 Memory Controller Verification IP (VIP) is a robust solution designed to verify the compliance and performance of GDDR5 memory controllers. It ensures adherence to GDDR5 specifications, enabling high-speed data transfers, low latency, and power efficiency for advanced systems.
This VIP is vital for applications requiring high data throughput and low latency, such as GPUs, gaming consoles, VR systems, HPC, AI accelerators, and data centers. It ensures reliable, high-performance memory operations across a variety of demanding use cases

The GDDR4 Controller Verification IP (VIP) ensures robust simulation and validation of GDDR4 memory controllers in SoC designs. Supporting high-speed data transfers, protocol compliance, and power management, it simplifies testing and optimizes system performance.
Ideal for high-performance applications, GDDR4 VIP enhances GPU, HPC, gaming consoles, and embedded systems. Its broad use spans automotive, AI, video processing, networking, and consumer electronics, ensuring efficient memory operations across industries

The DDR4 Memory Controller Verification IP ensures compliance with DDR4 standards, validating high-speed data transfer, read/write operations, and error correction. It provides automated testing, advanced debugging tools, and scalability for complex memory systems.
Designed for versatile applications, this IP optimizes performance in gaming consoles, data centers, AI systems, networking devices, and more. It ensures memory reliability, efficiency, and scalability across industries, accelerating time-to-market for DDR4-based products

CompuRAM™ provides In Memory Computing (IMC) that will enable solutions for computing at the Edge to be more power efficient. At present, sensor data often has to be sent from an IoT device to a server for processing, which creates a connectivity requirement and an unavoidable latency.
For time critical applications this is not acceptable and so there is a drive to do more computation within the device itself, i.e., AI processing at the Edge.