All IPs > Memory Controller & PHY > NVM Express
NVM Express (NVMe) is a high-performance, scalable host controller interface designed specifically for accessing non-volatile storage media attached via PCI Express (PCIe). It provides an efficient mechanism to interact with the storage media, presenting significant advantages over legacy protocols like SATA when it comes to speed, scalability, and flexibility. As data demands continue to escalate with modern applications, NVMe semiconductor IPs ensure robust and rapid communication between the processor and non-volatile memory, significantly boosting system performance.
In the semiconductor IP category of Memory Controller & PHY, NVMe plays a pivotal role in optimizing the interface between flash memory storage devices and the host processors. The NVMe IP cores are meticulously designed to accommodate the needs of various storage solutions, enabling them to manage data more effectively compared to traditional storage protocols. This results in reduced latency, increased bandwidth utilization, and expedited data processing, crucial for applications ranging from enterprise data centers to consumer electronics.
The comprehensive range of IP solutions within the NVMe category offers immense versatility for integration into SSDs, storage arrays, and data-centric computing environments. These IPs typically include advanced features such as multi-namespace support, end-to-end data protection, and flexible queuing mechanisms that cater to the high throughput requirements of modern systems. Their design is focused on maximizing the speed at which data exchanges occur, thus supporting innovative technological applications in AI, big data, and cloud computing.
By leveraging NVMe semiconductor IPs, designers can achieve high-performance storage solutions capable of handling massive data volumes effortlessly. The flexibility and efficiency offered by these IPs not only expedite product development cycles but also foster the creation of storage architectures that are both cost-effective and scalable. Whether used in high-speed personal computers, sophisticated mobile devices, or expansive server farms, NVMe technology is indispensable for any architecture requiring superior performance and reliability in data storage solutions.
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Mobiveil's NVM Express Controller is engineered for both enterprise and client applications, designed to unleash the potential of PCIe-based SSDs. It features a flexible, configurable architecture optimized for thread management, reliability, and power efficiency while ensuring maximum performance. It can be integrated seamlessly with Mobiveil's PCI Express Controller and a variety of third-party NAND Flash controllers, further enhancing data throughput and overall system efficiency.
Designed for high-performance data center and enterprise applications, the D2200 PCIe SSD from Swissbit features cutting-edge technology that maximizes speed and power efficiency. This solid-state drive offers unparalleled performance even under demanding workloads, providing a significant boost to any enterprise's data processing capabilities. It supports the latest PCIe generations, optimizing throughput and latency, thus ensuring smooth operation in environments requiring consistent high-speed data transactions. The D2200 is crafted with a focus on extending the lifetime and reliability typical of Swissbit products, promising sustained performance and a low total cost of ownership. Leveraging advanced firmware algorithms, this SSD improves the data integrity and security mechanisms required in complex IT infrastructures. This makes the D2200 an excellent choice for use in both expanding and restructuring data processes, meeting the challenging demands of modern enterprise storage environments with ease.
The UFS 4.0 Host IP by Arasan represents a significant advancement in flash storage technology, designed for the high-speed data transfer needs of modern electronic devices. This IP meets the latest UFS standard, delivering unprecedented read/write speeds that outperform older technologies like eMMC. With a maximum data transfer rate of up to 46.4 Gbps per lane, UFS 4.0 offers enhanced performance capabilities for data-intensive applications such as virtual reality, advanced automotive systems, and industrial IoT devices. The inclusion of features like Write Turbo and Performance Throttling Mitigation further extend its applicability. The IP is engineered for efficiency and scalability, supporting large storage capacities and ensuring power-efficient transfers. This scalability makes it suitable for an array of high-performance applications, establishing it as an essential component in cutting-edge device architectures.
Targeted for embedded applications, the IPM-NVMe Host IP core by IP-Maker effectively manages the NVMe protocol on the host side, negating the need for a CPU. This IP core is perfect for applications that demand high data throughput without the luxury of space, power, and cost allowances for an expensive processor. With the ability to handle 1+ million IOPS, the NVMe host is exceptionally well-suited for recorder and video applications. Its architecture, optimized for FPGA designs, incorporates essential elements for NVMe command processing, memory configuration, and data transfer, ensuring low latency and high efficiency. Supporting PCIe Gen up to 3x8, this IP core makes integration straightforward and effective, quick to implement within your system thanks to the pre-validated design and support resources available. Its capacity to operate independently of PCIe interrupts further streamlines the data flow, making it a versatile component for modern storage solutions.
The Zhenyue 510 SSD Controller is designed for enterprise-grade SSD applications, offering exceptional performance with advanced I/O capabilities. It delivers impressive input/output operations per second (IOPS), reaching up to 3400K IOPS, thanks to its advanced architecture tailored for high-density computing environments. This controller leverages T-Head's proprietary low-density parity-check (LDPC) correction algorithm, optimizing data encoding efficiencies to near theoretical limits and significantly improving error correction capabilities. This results in an exceptionally low error rate of 10^-18, positioning the Zhenyue 510 as a top contender in data integrity and reliability. Besides high-speed access, the Zhenyue 510 excels in power efficiency, providing a remarkable performance-to-power ratio of 420K IOPS/W. Equipped with versatile NAND interfaces and support for SR-IOV, it adapts seamlessly to multi-tenant cloud environments, enhancing data handling across diverse platforms, while its hardware-enabled page table management accelerates FTL processing speeds for optimized performance.
Cyclic Design's 512B Error Correction block is specifically tailored for NAND applications, providing robust support especially for NAND devices utilizing page sizes of either 2KB or 4KB. Historically, NAND technology has evolved from requiring minimal error correction to now managing more complex ECC requirements, driven by SLC NAND's transition to tighter geometries. The 512B ECC solution is vital for maintaining system reliability and functionality, offering adaptability with dynamically variable block sizes from 2 to 900 bytes, allowing optimization based on the specific ECC levels required. Enhanced by SystemVerilog Assertions, the design is adept at seamlessly integrating into existing controller architectures, thus minimizing the need for extensive redesigns and helping customers extend their existing solutions with minimal additional investment.
The IPM-NVMe Device offers a high-performance NVMe solution ideal for PCIe-based storage systems. Engineered to enhance data transfer without burdening the host CPU, this design incorporates NVMe specifications to manage data flow efficiently. This strategic offloading facilitates high-speed operations suitable for demanding applications that require full hardware acceleration. UNH-IOL NVM Express compliant, this IP supports multiple PCIe generations, ensuring ultra-low latency and high data throughput. Its architecture is optimized for energy efficiency, making it a viable option for various power-sensitive devices. As part of a comprehensive set, it supports up to 65,536 I/O queues and features robust queue management. With extensive support for commands and configurations, it's well-suited for both standard and custom implementations in PCIe SSDs. It is equally applicable to consumer and enterprise devices, facilitating efficient processes with a focus on advancing functionalities like NVRAM and persistent memory technologies.
The 1024B Error Correction technology from Cyclic Design accommodates evolving NAND requirements, specifically catering to NAND devices employing larger page sizes like 8KB. Designed with flexibility in mind, this ECC module supports both 512B and 1024B correction blocks, providing a future-proof solution for SLC and adaptable functionality for MLC flash applications. With dynamically adjustable block sizes between 2 and 1800 bytes, users can calibrate it for an optimal balance of performance and area efficiency. This feature set extends the lifespan and reliability of NAND flashes while ensuring thorough data integrity. The ability to handle varying levels of error correction without extensive rewrites or infrastructure overhauls allows it to integrate smoothly into existing ecosystems.
The 2048B Error Correction solution by Cyclic Design is the company's most advanced ECC offering, optimized to support larger correction blocks essential for high-capacity NAND technologies. Ideal for flash devices with 8KB page sizes, this solution supports correction blocks from 2 to 3600 bytes, designed to tolerate a wide array of ECC levels. Enhanced features include customizable integration for single or multiple channel configurations and options for ECC levels extending up to 96 bits by request, all delivered in an efficiently integrated Verilog source format. The sophisticated error correction capabilities of the 2048B ECC ensure data accuracy and system robustness, making it a strategic choice for high-performance NAND environments where data integrity is crucial.
The IPM-NVMe2NVMe provides a reference design for NVMe to NVMe data transfers, leveraging NVMe offload technology to enhance performance and flexibility in storage management. This solution is optimized for FPGA implementations, where it allows significant configurability in terms of host interfaces and processing capabilities. Supporting ultra-low latency and very high throughput standards, it integrates additional functionalities including storage management features like encryption and RAID. This flexibility makes the IP core adaptable for varied storage strategies, from basic capacity aggregation to complex multi-namespace configurations. Whether used for high redundancy or performance-focused applications, the IPM-NVMe2NVMe design promotes a balanced approach to storage solutions, facilitating efficient data transfer and storage management across diverse system architectures. It is ideal for developing computational storage solutions, with options for integrating advanced processing capabilities such as key-value stores and search engine functionalities.
The NVMe Gen 5 Controller is pivotal for high-speed storage solutions, vastly outperforming previous generations through its use of PCIe Gen5 technology. By doubling the data transfer rate capabilities compared to Gen4, it supports up to 32 GT/s per lane, facilitating rapid data access and improved storage efficiencies. This controller caters to the demands of modern NVMe use cases, such as in SSDs, by supporting deeper command queues and enhanced parallel processing, ensuring robust performance under heavy data loads. Power efficiency is a hallmark of the Gen 5, featuring advanced power-saving modes to minimize heat and energy use. This efficiency is critical in enterprise storage solutions, which benefit from reduced operational costs while maintaining high-speed operations. Incorporating enhanced error reporting features, the NVMe Gen 5 Controller emphasizes data integrity and system reliability, paving the way for future storage advancements with seamless integration into existing infrastructures.
The NVMe Streamer by Missing Link Electronics significantly enhances data handling in storage solutions by integrating next-generation NVMe protocols with FPGA technology. It is designed for computational storage and effectively manages data-in-motion processing required for high-speed data capture and recording. Ideal for demanding environments such as data centers, the NVMe Streamer offers exceptional performance benefits through its ability to handle large data volumes swiftly. By leveraging FPGA's parallel processing capabilities, this product ensures efficient data streaming, crucial for maintaining high performance in enterprise storage solutions.
The HiPrAcc NCS400-MH Network Computational Storage Card offers a comprehensive solution for high-speed data processing and storage integration. Built on the Intel Agilex 7 M-Series platform, this card supports 400G network capabilities, facilitating smooth communication in demanding network environments. It is equipped with up to 16 or 32GB of HBM2e memory and an optional 64GB LPDDR5, providing a vast memory bandwidth necessary for data-intensive applications. Its advanced network interfaces, two QSFP-DD connectors allowing up to 2x 400G connections, ensure high throughput for network-to-host and network-to-storage data exchanges. This makes the NCS400-MH an ideal choice for enterprise storage systems looking to integrate seamlessly with high-speed network frameworks. Furthermore, it supports up to 64 terabytes of storage with four PCIe 4.0 M.2 NVMe SSDs, accommodating significant data storage needs. This computational storage card stands out in its category with its robust synchronization capabilities, providing full support for PTP/1588 protocols, crucial for precision network operations.