Anue Ckl-2u H Series Ixia Network Emulator

Anue Ckl-2u H Series Ixia Network Emulator

EMITIMOS NOTA FISCAL DO PRODUTO

The Gigabit Ethernet Multi-Profile Network Emulator, or GEM, is a precision test instrument for Gigabit Ethernet emulation testing.

GEM accurately simulates the signal delay and impairments that occur during the transmission of Gigabit Ethernet signals.

GEM enables real world Gigabit Ethernet emulation testing with signal delay control, Loss of Signal conditions and Ethernet frame impairment capabilities such as frame drop, jitter and CRC corruption.

GEM Network Emulators may be used to validate voice and video applications, simulate satellite networks, emulate ISP service level agreements and conduct disaster recovery planning.

The Emulators may be controlled either via Tcl scripting or through the web interface.

Specifications

Supported Interfaces
? Line rate performance supported from 10Mbps through 10Gbps Ethernet regardless of incoming packet size.
? GEM ? 10/100/1000 Base-T and optical GigE

Network Profiles
GEM, XGEM
Configure unique throughput, delay and impairment settings for each Network Profile. Emulate different classes of service (CoS) or different paths through a network or target specific packets for impairment
? GEM available with 1, 4, 8 or 16 profiles
? XGEM available with 1 or 4 profiles
? Classify on up to any 32 bytes within an Ethernet frame.
For example MAC, IP address (IPV4 and IPV6), VLAN tag, MPLS label, or a fixed byte offset or all of the above simultaneously
? Classify up to 2000 bytes deep with GEM and 255 bytes deep with XGEM
? Bit wise filtering
DELAY
? Static or Variable (jittered) Delays
? Fully transparent operation: delayed output is logically identical to input signal
? Static delay leaves inter frame gap unchanged
? No modification of transmitted code words
? GEM provides up to 2 seconds of delay for Gigabit Ethernet and 20 seconds for 10/100Mbps Ethernet
? XGEM provides up to 250ms of delay
? Extra delay available
IMPAIRMENTS
? Emulate loss of signal (LOS) and loss of framing sync (LOF)
? Impairment rates: 100% to 3.73e-9 for GEM or 5.96e-8 for XGEM
? Impairment distribution: Periodic, Poisson, Uniform or
Gaussian
? Create impairments on selected packets:
? Packet/Frame Drop
? Reordering ? within 255 packets
? Duplicating up to 15 times (255 with XGEM)
? CRC corruption
? Data Corruption or Bit Errors and Modification
? Logical bit-errors at either the PCS and/or MAC layers
? Higher layer error insertion with checksum correction
? 1-bit to 32k-bit error burst ? invert, all ones, all zeroes
? Inject bit-errors from 10-12 to 10-3 rates
? Data Modification ? up to 48 bytes per Network
Profile
? Checksum correction: IP, TCP/UDP, RSVP (GEM)
? Checksum correction: FCoE (XGEM)
? Impairment changes are dynamic and hitless (traffic not interrupted) and stop/start of test never required
? Multiple impairments allowed on a single packet
BANDWIDTH CONTROL
? Throttle bandwidth or police traffic bandwidth: 1kbps to true full line rate in 1kbps step sizes
? Individual Traffic Shaping and Bandwidth controls for each Network Profile
? Optionally generate Pause Frames
EXTERNAL TIMING REFERENCE INPUT
? T1 BITS, E1 MTS RJ-48C
? 10MHz BNC
ADDITIONAL XGEM FEATURES
? RX and TX IPG histogram
? RX Frame Length Histogram