The ALSE Aurora 64B/66B IP core is a very compact and optimized implementation of the Aurora 64B/66B protocol. Aurora 64B/66B is a lightweight and open protocol suitable for chip-to-chip, board-to-board and backplane applications using very high speed transceivers.
Compared to the 8B/10B version of the Aurora protocol, the 64B/66B flavor addresses the highest lanes speeds (when 8B/10B typically stops around 6 GBs per lane).
It also offers an effective bandwidth of up to 97%, instead of 80% for 8B/10B.
The IP therefore provides an efficient way to interconnect Intel and Xilinx FPGAs, or any other chip (ASIC, ASSP, etc …) using the Aurora 64B/66B protocol.
The Aurora 64B/66B IP core has been developed and tested for the REFLEX CES XpressGXS10-FH800G board.
Design Gateway’s NVMe Host Controller IPis designed to connect directly with Ultra High Speed NVMe SSDs without a CPU, OS, device driver or external DDR memory. It’s the best solution for applications which require ultra high speed performance, multi channel NVMe interfaces and compact systems. The IP core includes a reference design for the REFLEX CES Alaric Arria 10 board to shorten development time.
Design Gateway’s SATA IP core provides a link layer to implement SATA channels to Intel FPGAs. It supports SATA 3.0 (6Gbps) SSDs. It can connect to SSD/HDD without external PHY chips. The IP core includes a reference design for the REFLEX CES Alaric Arria 10 board to shorten development time.
The Ultra-Low Latency MAC IP solutions by Orthogone Technologies combine a low-profile PCIe Network Processing board based on an FPGA, with 10-Gbps Ultra Low Latency Ethernet MAC and PCS IP core, but also 1G, 25G and 40/100G MAC and PCS + RS-FEC.
The Orthogone Technologies IP cores are high performance 1G, 10G Ethernet MAC and PCS, 25G and 40/100G MAC and PCS + RS-FEC, that are designed following the requirements of the IEEE 802.3 standards. The Ultra-low latency option offers the industry’s lowest round-trip latency.
The combined solution is ideal for FPGA accelerated Tick-to-Trade systems or market data feed handlers. Other applications include High Performance Computing (HPC), networking functions and hardware acceleration.
The MIL-STD1553 solution, developed by Nolam Embedded Systems and composed of the MIL-STD1553 IP CORE NES-IPCORE-M1553, the FMC Mezzanine module NES-FMC1553 and the FPGA-based board of REFLEX CES, Achilles Arria® 10 SoC SoM, provides a complete integrated MIL-STD1553 solution, for Aerospace and Defense applications.
The solution that implements Avionic interfaces like MIL-STD1553 on an FPGA brings a longer life cycle and more flexibility compared to dedicated avionics components.
In addition, with the architecture of the Achilles Arria® 10 board and Nolam FMCs & IP COREs, we can offer a standalone multiprotocol avionic solution (MIL-STD1553, ARINC429, ARINC825,AFDX ...).
The Arinc429 solution, developed by Nolam Embedded Systems and composed of the IP CORE ARINC-429, the FMC Mezzanine module NES-FMC-A429 and the FPGA-based board of REFLEX CES, Achilles Arria® 10 SoC SoM, provides a complete integrated Arinc429 solution, for Avionic applications.
The solution that implements Avionic interfaces like Arinc429 on an FPGA brings a longer life cycle and more flexibility compared to dedicated avionics components.
The NES-IPCOREA429 macro implements a ARINC 429 protocole with Transmit and Receive Controllers. The macro controls all ARINC 429 bus specific sequences, protocol and timing. The NES-IPCOREA429 macro interface allows the parallel-bus microprocessor to communicate bidirectionally with the ARINC 429 bus. This macro can be customized according to specific needs (application specific requirements).
In addition, with the architecture of the Achilles Arria® 10 board and Nolam FMCs & IP COREs, we can offer a standalone multiprotocol avionic solution (MIL-STD1553, ARINC429, ARINC825,AFDX ...).
The CANBus , CAN-FD & CAN-XL solution, developed by Nolam Embedded Systemsand composed of the NES-IPCORE-CAN, the FMC Mezzanine module NES-FMC-CAN and the FPGA-based board of REFLEX CES, Achilles Arria® 10 SoC SoM, provides a complete integrated Dual/Quad CANBus , CAN-FD & CAN XL solution, for Aerospace and Defense applications.
The NES-IPCORE-CAN Implements a CAN bus controller that performs serial communication according to CAN 2.0, ,CAN-FD and CAN XL specifications. The NES-IPCORE-CAN core is easy to use and integrate, featuring programmable interrupts, data and baud rates;
In addition, with the architecture of the Achilles Arria® 10 board and Nolam FMCs & IP COREs, we can offer a standalone multiprotocol avionic solution (MIL-STD1553, ARINC429, ARINC825,AFDX ...).
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