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NVMe Streamer 5.0: NVMe IP PCIe Gen5 High-speed Data Streaming - MLE FPGA Design

NVMe is a key protocol for connecting SSDs to high-performance systems, leveraging PCIe for faster read/write speeds. MLE's NVMe Streamer 5.0 is a Full Accelerator NVMe host subsystem optimized for Altera Agilex 7 I-Series with R-Tiles FPGAs and Agilex 5 FPGAs. Running entirely in Programmable Logic, it bypasses the Processing System for maximum performance, using Transceivers and PCIe Hard IP Cores for seamless PCIe connectivity.

O-RAN FPGA IP

Altera O-RAN IP delivers a flexible, standards-compliant fronthaul interface for 5G and LTE systems using the 7-2x functional split. Supporting both control and user planes per O-RAN-FH.CUS.0-v03.00, it simplifies DU-RU integration, accelerates development, and ensures interoperability in disaggregated, open RAN architectures.

Octal SPI DDR PSRAM Controller

Most wearables devices typically monitor a finite set of parameters which does not demand a lot of computing power and memory size. Thus any wearable design requires low power, lower RAM density and simplified inter face with optimal performances. These design requirements make PSRAM a natural choice for wearable applications. PSRAM has the advantages that there is no need of refresh control from external sources (unlike SDRAM) and active and standby currents are very low, therefore it has been adopted in many battery-operated mobile applications such as cellular phones and recently making its way into wearables and loT applications.

OFDM Modem

The OFDM Modem IP Core is a high-performance solution for wireless and broadband systems like 5G, Wi-Fi, LTE, satellite, and tactical radios. It offers full PHY baseband functionality with support for adaptive modulation, channel estimation, and configurable IFFT/FFT sizes. Optimized for low-latency and robust performance, it’s ideal for both fixed and mobile applications.

ONE AI

ONE AI is a powerful framework for automatically generating optimized AI models tailored to specific applications and hardware. It enables high-performance AI on even the smallest edge devices by reducing resource requirements by up to 1000x. This allows teams across industries to deploy faster, more accurate, and cost-effective AI solutions with minimal effort.

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ONE WARE Studio

The Next Generation IDE for FPGA Electronics Development, to build highest efficient AI solutions & applications.

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Optical Coherence Tomography (OCT), High Speed Multi-Channel Data Acquisition System

Optical Coherence Tomography (OCT), High Speed Multi-Channel Data Acquisition System

Optical Transport

We offer both OTN applications, such as Add/Drop Multiplexer (ADM), Muxponders, Transponders, Regenerators etc, for speeds from 1Gbps to 1.6 Tbps. Client support of Ethernet, Fibre Channel, OTN, SONET, and SDH. Line support of FlexO and OTU.Including all overhead processing, synchronization, software API / SDK

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Optically Coupled Precision Timing

Optically Coupled Precision Timing