banner

Find Offerings

Switch to Partners

By Source
Offering Types
Region
Device Family
Market Segments
Program Level
Sort by

Loading

DMA
By Source
Offering Types
Region
Device Family
Market Segments
Program Level
Sort by
Offerings Image

GROVF Streaming RDMA 100 Gbps

GROVF Streaming RDMA 100G enables FPGA-based systems to stream sensor, camera, RF, or FPGA-generated data directly to remote CPU or GPU memory over RoCE v2 Ethernet. The solution is optimized for high-bandwidth, low-latency streaming without unnecessary CPU involvement or memory copies.

View Details Right arrow Right arrow
Offerings Image

GROVF Streaming RDMA 200 Gbps

GROVF Streaming RDMA 200G enables high-speed FPGA-based streaming of sensor, camera, RF, or FPGA-generated data directly to remote CPU or GPU memory over RoCE v2 Ethernet. The solution is built for demanding streaming applications requiring higher bandwidth, low latency, and minimal CPU involvement.

View Details Right arrow Right arrow

IPM-NVMe2NVMe

This architecture proposal is based on NVMe offloaded IPs. It is integrated in a FPGA and could be also be integrated in ASIC, allowing to provide design flexibility and the ability to add processing accelerator IPs, computational storage…. IPM-NVME2NVMe solution is the perfect base to add easily your own custom logic such as erasure coding and duplication, RAID system, encryption, compression…

View Details Right arrow Right arrow
/

IPM-NVMe_Host

The IPM-NVMe_Host core is a verilog IP to be integrated in a FPGA or ASIC design. It fully manages the NVMe and PCIe protocol on the host side without requiring any CPU and any specific knowledge. It can be used with any NVMe SSD available on the market, or with a custom design based on the IPM-NVMe_Device IP from IP-Maker. The IPM-NVMe_Host is well suited for embedded applications requiring a high throughput storage such as recorder and video applications. 1+ million IOPS performance requires the use of an expensive CPU, which is not feasible in an embedded system due to cost, space and power limitation.

View Details Right arrow Right arrow
/

IPM-SSD

This architecture proposal is based on NVMe and NAND Flash Controller offloaded IPs. It is integrated in a FPGA and could be also be integrated in ASIC, allowing to provide design flexibility and the ability to add processing accelerator IPs, computational storage…. IPM-SSD solution is the perfect base to create your own PCIe NVMe SSD.

View Details Right arrow Right arrow
/

IPM-UNFC

NAND Flash controller up to ONFI 5.x compliant with an embedded hardware ECC (either IPM-BCH or IPM-LDPC)

View Details Right arrow Right arrow
/

JESD204B TRANSMITTER AND RECEIVER IP

Logic Fruit's JESD204B RTL IP supports increased lane rates up to 12.5Gbps for higher bandwidth applications. It can be configured to transmit or receive using a 8B10B link layer to achieve deterministic latency, SerDes synchronization, clock recovery and DC balance.

View Details Right arrow Right arrow
/

JESD204C TRANSMITTER AND RECEIVER IP

Logic Fruit's JESD204C RTL IP supports increased lane rates upto 32Gbps for higher bandwidth applications. This IP can be configured to transmit or receive using either a 64B66B or 8B10B link layer with improved efficiency of payload delivery, and also provides for an improved robustness of the link with a backward-compatible option to JESD204B.

View Details Right arrow Right arrow
/
Offerings Image

Lithe Layer 2 IP

Pantherun’s Layer 2 Switch IP is a high-performance, FPGA-optimized solution that delivers line-rate Gigabit to 10/100Gbps switching with ultra-low latency, secure AES encryption, and field-configurable flexibility for industrial, automotive, and mission-critical networks.

View Details Right arrow Right arrow
/
Showing 10-18 of 23 Offerings