Ethernet Network Switch IP Core

Arastu-Ethernet10G-Block-Diagram
Arastu System’s Ethernet 10G Switch IP Core is designed to fit into today’s FPGA and ASIC technologies with low gate count. The core can be easily configured to support 3 to 24 10G ports with fully non-blocking switching. The architecture is an optimized cut-through design which enables sub-100ns switch port-to-switch port latency.

Arastu System’s Ethernet 10G Switch IP Core is designed to fit into today’s FPGA and ASIC technologies with low gate count. The core can be easily configured to support multiple speed ports with fully non-blocking switching. The architecture is an optimized cut-through design which enables sub-100ns switch port-to-switch port latency.

Product Brief

  • Highly configurable and low latency
  • Configurable number of ports maximum up to 24
  • Each port can be either 10M/100M/1G/2.5G/10G
  • Cut-through, non-blocking architecture
  • Virtual Output Queuing which prevents Head-of-Line blocking
  • Configurable Queue sizes
  • Synthesizable content-addressable memory (CAM) for fast lookup
  • Configurable number of MAC address entries
  • Automated lookup table learning and aging with lockable entries
  • VLAN support
  • QoS priority switching and Configurable number of priority queues
  • Support for Jumbo and Super Jumbo frames
  • Port mirroring and loopback
  • Unmanaged switching
  • Optional control interface for managed switch and diagnostic access
  • Support for Xilinx Virtex-6, Kintex-7 and Virtex-7 FPGA’s
  • Altera Stratix 4 and Stratix 5 FPGA support
  • Support for 130nm and below ASIC’s
  • Can be customized as per design requirements
  • Privilege to run at 156MHz with a 64-bit datapath or 312MHz with a 32-bit datapath
  • Flexible licensing models
  • Customization and Integration services
  • Caters to low latency embedded markets for custom switching applications
  • Provides low cost solutions for SMB (Small and Medium sized Business) market
  • Replace ASSP’s (Application Specific Standard Product) in wireless backhaul applications