ExaNIC & ExaLINK Ethernet Solutions

Exablaze designs low latency network cards and switches, perfect solution for high frequency trading & data centres that require ultra-low latency.

model no.

description

key features

DUAL-PORT 10GbE NIC, with high precision timestamping to 250 PICOSECOND resolution

  • Timestamp resolution: 250ps (0.25ns)
  • Timestamp availability: all received frames, most recent transmitted frame
  • Time synchronization:Host, PTP, optional PPS
  • PTP stack: Standard open source stacks supported (LinuxPTP or hardware timestamping branch of ptpd recommended)
  • PPS input/output: 3.3V LVTTL, software-selectable 50 ohm termination

A a combined Precision Time Protocol (PTP) Grandmaster and ultra low latency network card

  • Pv4 and PTP Ethertype operation
    Supports unicast and multicast
    Up to 128 Slaves
    Telecom & Default profile
  • 72 channel GNSS Receiver
    GPS, GLONASS, QZSS, BeiDou
    Receiver sensitivity -167dBm
    Active antenna support
    Tunable antenna delay
  • Ships with OCXO (0.2ppb) by default (<15us holdover/24 hours)
    Miniature atomic clock (CSAC) optional

Sub-Micro TCP Half RTT Dual-Port 10GbE Network Interface Card

  • Typical latency, raw frames:
    60 bytes: 780ns
    300 bytes: 1μs
  • Typical latency, UDP:
    14 bytes: 880ns
    300 bytes: 1.2μs
  • Typical latency, TCP:
    14 bytes: 930ns
    300 bytes: 1.2μs

Sub-Micro TCP Half RTT Dual-Port 10/40GbE Network Interface Card

  • Typical latency, raw frames:
    60 bytes: 800ns
    300 bytes: 1.02μs
  •  Typical latency, UDP:
    14 bytes: 900ns
    300 bytes: 1.22μs
  • Typical latency, TCP:
    14 bytes: 950ns
    300 bytes: 1.22μs

Sub-Micro Latency Quad-Port 10GbE Network Interface Card

  • Typical latency, raw frames:
    60 bytes: 950ns
    300 bytes: 1.2μs
  • Typical latency, UDP:
    12 bytes: 1.1μs
    300 bytes: 1.4μs
  • Typical latency, TCP:
    12 bytes: 1.1μs
    300 bytes: 1.4μs

Ultra-Low Latency FPGA Development Kit for the ExaNIC

  • Opens up the ExaNIC FPGA, allowing customers to take advantage of Exablaze’s ultra-low latency 10GbE, 1GbE and DMA IP
  • By offloading latency critical parts of an application onto the FPGA, customers can eliminate the PCIe bus overhead and achieve true bump-in-the-wire latencies.

Introducing The World’s Fastest Layer 2+ Switch

  • Patch together any two ports, or fan out multicast data with less than 5 ns latency
  • Connect multiple servers to a single uplink port with 95 ns of port to port latency
  • Switch packets at Layer 2 with 110 ns of latency, and a subset of full Layer 3 functionality