 |

| Analysis and Monitoring |
 OptiView® Network Analyzer EtherScope™ Series II Network Assistant AnalyzeAir™ Wi-Fi Spectrum Analyzer InterpretAir™ WLAN Survey Software OptiView® Protocol Expert OptiView® Link Analyzer XLink Analyzer OptiView® T1/E1 WAN Analyzer OptiView® DS3/E3 WAN Analyzer OptiView® OC3/OC12 WAN Analyzer Tap and Switch Solutions
|
|
|  |
|
 |
 |
OptiView® Link Analyzer Specifications |
 |
|
Physical Specifications |
|
Number of Media Module(s) |
two |
|
Memory |
128 MB per media module (256MB when used in synchronized mode) |
|
Hard Drive |
80 Gigabyte IDE included with OPV-LA/HD |
|
Analyzer ports on Media Module |
Removable 1000 BASE-SX GBIC, Duplex SC-type connector, multimode and 10/100 Mbps RJ-45 |
|
Analyzer Port LEDs |
10/100 link LED Gigabit link LED |
|
Dimension |
3.5 x 13.5 x 14.5 in (8.9 x 34.3 x 36.8 cm) |
|
Weight |
18 lbs (8.2kg) |
|
Power Consumption |
120 watts |
|
Fuse Protection |
2.5A @ 250V |
|
Input Voltage Range |
90-264V |
|
Input Frequency |
48-62 Hz |
|
Traffic Monitoring Capability |
|
Buffer Size |
128 MB per module |
|
Network Statistics |
All |
|
Packet Decode Summary |
N/A |
|
Sync View, Full-Duplex |
Yes |
|
Packet Slicing |
32, 64, 128 byte, full packet options |
|
Monitor Filter Uses |
capture filter |
|
RMON Capability |
|
RMON 1 Groups Supported |
- Ethernet Statistics group
- History Control group
- Ethernet History group
- Alarm group
- Event group
- Host group
- Host TopN group
- Matrix group
|
|
RMON 2 Groups Supported |
- Protocol Directory group
- Protocol Distribution group
- Address Map group
- Network Layer Host group
- Network Layer Matrix group
- Application Layer Host group
- Application Layer Matrix group
- User History group
- Probe Config group
|
|
Traffic Capture Capability |
|
Capture Performance |
@10 Mbps: 14,880 pps @100 Mbps: >148,809 pps @1 Gbps: >1,488,090 pps |
|
Capture Packets Filter |
Hardware-based, up to 16 filters may be applied on a single packet without affecting performance. |
|
Number of custom counters supported |
8 |
|
Packet Slicing for capture |
32, 64, 128 bytes, full packet options |
|
Timestamp Resolution |
25 nanoseconds |
|
Traffic Generation Capability |
|
Load Specification |
<1 to 100%, up to 5-6 min |
|
Iterations: number of times a group of frames is transmitted |
1 to 100,000,000 or continuous |
|
Pre-defined protocol templates |
802.1D ARP ISL AppleTalk® Echo Request (ASP, ATP, PAP) TCP Application layer packets (FTP, HTTP, NetBIOS®, SNTP, SMTP) Netware packets (NCP, IPX®, SAP, NetBIOS) Ethernet DEC Request SVS ID (DNA, LAC, NSP) IP SNAP (TCP, UDP) IP Network layer (ICMP, OSPF) Note: User can create custom templates. |
|
Message length range includes FCS |
8 to 1,518 bytes using Packet Editor. A packet of up to 5000 bytes may be created using the Packet Editor. |
|
Frame Copy |
Copy from another message. Copy from capture buffer. |
|
Frame Formats |
Ethernet IEEE 802.3 |
|
Number of user-defined bytes per message in address fields |
All can be user defined |
|
Pre-defined data patterns for data field bytes 15 to 78 of message |
As part of the Traffic Generation Option, Fluke Networks supports:
- selection among several data streams
- user entered data
- packet data incrementing sequentially from an offset (n, n@1, n@2.... )
|
|
Frame padding selected from these options |
User-defined: any one byte value 0x00 to 1xFF Incremental: pattern increments from 0x00 to oxFF, then repeats Random: data pattern is andom after first 12 bytes |
|
FCS Selection |
Good: automatically calculated Bad: use-definable |
|
Errors |
Runts, Jabbers, Bad FCS |
|
Ethernet Interface gap (minimum) |
8.8 ms @10 Mbps 0.88 ms @ 100 Mbps 0.15 ms @ 1000 Mbps |
|
Ethernet Percent Utilization (maximum) |
Frame Size 10/100 Mbps 1G Mbps 19 88% 70% 64 94% 75% 1518 99% 98% 3898 100% 99% |
|
|
 |

|