Ready-to-use IP Core Promwad

HyperRAM IP Core

HyperRAM on Lattice FPGA for Enhanced High-Speed Embedded Systems with Ready-to-Use IP Core

High-speed HyperRAM memory is now available on Lattice FPGAs for accelerated development of compact, low-power embedded systems. This combination enhances system performance while minimising energy consumption.
 
  

With our ready-to-use IP core, you can dramatically reduce the time and cost of building a hardware platform for wearables, automotive and medical systems, and other real-time applications that require the flexibility of FPGA processing power and high-speed, power-efficient HyperRAM.  

Highlights of the HyperRAM IP Core

  • All HyperRAM registers are available for reading and writing via AXI_LITE
    • Read and write configuration registers 
    • Read identity registers 
  • The maximum clock frequency of HyperRAM is 166 MHz  
  • 8-bit DDR HyperBus interface that allows high-speed read and write throughput
  • Variable latency
  • Language: Verilog/VHDL

Industries and Applications

Automotive

ADAS, infotainment systems, and dashboards.

Industrial automation

smart sensors, control and monitoring systems with the support of high-speed data processing and low power consumption.

Healthcare

portable monitors and compact diagnostic equipment with efficient and reliable power supply and performance.

Networking and communication equipment

with efficient data processing and low latency.

Consumer electronics and wearables

with compact design and longer battery life.

HyperRAM Benefits

Low power consumption

Low power consumption compared to traditional DRAM to extend device uptime.

Compact package

Compact package suitable for medical, automotive, and wearable devices in small casing/enclosures.  

simplified interface

A simplified interface to reduce memory controller design complexity and facilitate integration.  

High-speed performance

High-speed performance: ideal access and transfer speeds for real-time applications requiring fast memory response

Cost-effectiveness

Cost-effectiveness due to the combination of high performance, low power consumption, and a small package. 

HyperRAM IP structure

The IP core is compliant with the HyperRAM 2.0. (Cypress HyperRAM Self-Refresh DRAM 3.0V/1.8V 64 Mb). 

Supported interfaces: 
  • HyperBus for HyperRAM interaction 
  • AXIS interfaces for command and data exchange 
  • AXI-Lite interface control 
HyperRAM IP structure

HyperRAM IP structure diagram

HyperRAM Architecture

  • HR wrapper: interacts with HR memory via HyperBus interface 
  • Configuration: a module for PLL and RWDS configuration 
  • FIFO wrapper includes FIFO buffers to write/read data 
  • Mux data: a multiplexer between internal and external data 
  • Mux CND: a multiplexer between internal and external commands 
  • Reg map: a module is an ordered list of control registers 
HyperRAM Architecture

HyperRAM Architecture diagram

Use Case of HypeRAM for 360-View Camera Systems for Trucks

Our customer, a supplier of vehicle surround vision systems, used HyperRAM and FPGA Lattice to develop a 360-degree camera for trucks. HyperRAM's high performance and small size ensured that all the necessary data was stored and transmitted in real-time.  

HypeRAM for 360-View Camera

Collaborative Opportunities

Our clients can benefit from the combined capabilities of high-speed HyperRAM memory with the adaptability of Lattice FPGAs. Contact us to find out details about possible partnership options:
 
Integration
Integration into your current solutions

we can integrate the HyperRAM IP сore into your hardware and software products.

New solution
New solution
development

the design of new products or systems based on the HyperRAM IP core.

Supply and set up
Supply and set up of the HyperRAM IP core

you can use HyperRAM IP core to enhance your current solutions or create new ones.

Would you like to use our IP core for your applications and integrate HyperRAM into your FPGA-based solution?

Drop us a line about your project! We will contact you today or the next business day. All submitted information will be kept confidential.