Reflex CES' Aurora-Like 64B/66B IP Core Enables Mixed Vendor FPGA Designs
Gives customers the freedom to choose the best FPGA solution
PARIS, France – October 28, 2013 - Reflex CES, a provider of Modified-Off-The-Shelf (MOTS) solutions for embedded and complex systems, today announced the release of its new FPGA Aurora-like 64B/66B IP core, a turnkey solution enabling designers of complex systems to interconnect Xilinx and Altera high speed transceiver FPGAs. Based on Altera FPGAs, the new IP core supports 64B/66B encoding and high-speed interfaces up to 14.4 Gbps, enabling interoperability between Xilinx and Altera FGPAs, with an effective bandwidth of up to 97%.
Targeted specifically at complex, embedded military and telecommunications, networking applications, the 64B/66B FPGA IP core allows designers to choose the most appropriate FPGA solutions to meet their needs, from single or multiple vendors.
“In a complex system with mixed FPGAs, it is always difficult to find a turnkey solution which effectively manages communications using high speed transceiver links,” noted Sylvain Neveu, Reflex CES co-founder and COO.
“With this new IP in our portfolio, engineers are assured interoperability between all leading FPGAs, whatever the performance of their backplanes and systems, from 1 to 14Gbps, and whatever the generic or configurable features incorporated,” he added.
The new IP core offers a fully compliant implementation of the Xilinx Aurora 64B/66bB scalable, link-layer protocol for high-speed serial communication, and allows for communication between FPGAs through a backplane. Based on this open standard protocol used to transport data with higher connectivity performance for chip-to-chip and board-to-board architecture, the Reflex CES Aurora-like 64B/66B IP core allows designers to move data from point-to-point across 1 to 16 serial lanes at up to 14.1 Gbps.
The core features user flow control, native flow control, immediate and completion mode, as well as modules to convert interfaces to and from streaming Advanced eXtensible Interfaces (AXI). This low protocol overhead IP core offers customers minimal data rate transfer latency with minimal logic resources (900 equivalent logic cells for a 4 lane configuration in simplex mode) for cost effective implementation.

Availability
The Reflex CES Aurora-like 8B/10B and Aurora-like 64B/66B IP Cores are available with encrypted or VHDL source code license agreements, encrypted test-benches, reference designs and a user guide.
For pricing information, please contact info_rxc@reflexces.com.
About Reflex CES (Custom Embedded Systems)
Reflex CES is an ISO9001 company designing and manufacturing custom electronic embedded and complex systems. The company specializes in Modified-Off-The-Shelf (MOTS) solutions for high-speed boards and rugged systems solutions based on high density FPGAs. Solutions delivered include: CPU, processing or acquisition boards or complete chassis, high speed data recorders, FPGA SoC, ASIC prototyping platforms. Reflex CES is member of the Altera Design Services Network and Freescale Alliance. For more information about Reflex CES, please visit http://www.reflexces.com/en/
Related Semiconductor IP
- NPU IP Core for Mobile
- NPU IP Core for Edge
- Specialized Video Processing NPU IP
- HYPERBUS™ Memory Controller
- AV1 Video Encoder IP
Related News
- CAST Adds New SafeSPI Controller to its Functional Safety IP Core Product Line
- Creonic Introduces Doppler Channel IP Core
- CAST to Enter the Post-Quantum Cryptography Era with New KiviPQC-KEM IP Core
- BrisbaneSilicon publishes Beta Release of its Lumorphix Processor IP Core
Latest News
- Jim Keller: ‘Whatever Nvidia Does, We’ll Do The Opposite’
- FlexGen Streamlines NoC Design as AI Demands Grow
- IntoPIX Presents Its New Titanium Software Suite: Empowering AV-Over-IP Workflows With Speed, Quality & Interoperability
- Global Semiconductor Sales Increase 2.5% Month-to-Month in April
- Speedata Raises $44M to Launch First-Ever Chip Designed Specifically for Accelerating Big Data Analytics - Compute's Second Largest Workload