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WireScope Pro €“ An Expandable Platform WireScope Pro
supports copper cable certification to TIA Categories 3 to 6A and ISO Classes C
to E, Class EA and F limits. Sweeping a full 1 GHz in a few seconds, it boosts
Cat 6A and Class F autotest measurement times to industry leading speed, and
provides a future proof platform.
The new WireScope Pro extends the WireScope 350's capabilities to Category 6A
and Classes EA and F cable certification. Cable and network installers gain
maximum productivity through industry-leading measurement time, re-designed
fiber probes and a new, simultaneous Alien Crosstalk test method.
The new WireScope Pro is optimized for testing efficiency: industry-leading
measurement speed boosts the test throughput. New Fiber SmartProbes cut test
times of optical links by eliminating the need to swap fibers for dual
wavelength testing and calibration.
Agilent€™s newly developed Alien Crosstalk (AXT) test solution provides
superior AXT measurement performance by employing a new, extremely fast and
cost-efficient methodology. The new simultaneous measurement method shortens
test times from hours to minutes.
FEATURES Cat 3 to 6A/ Class C to E, EA and F copper cable
certification Test across AC coupled PoE midspan devices Multimode and single
mode fiber certification for length and loss Future-proof through 1€¦1000 MHz
frequency range and software upgradeability Optional N2648A Alien Crosstalk
Stimulator Kits certify copper links for 10GBASE-T in minutes Alien Crosstalk
measurement to enable 10GBASE-T Real-time spectral analysis of External
(Ambient) Noise to characterize cables in a live network User friendly with
vendor managed cable database, pre-defined settings and a full workday of
battery life Automatic detection of remote connection improves operator
efficiency Supports Autotest and continuous measurement Talkset for easy
communication between operators Export test reports into PDF and XML formats
LAN Cabling Certification
TIA Categories 3/5e/5/6/6A ISO/IEC Classes C, D, E, EA, F Alien Crosstalk
measurement to certify copper lines for 10GBASE-T Available Option: Professional
Network Test option for connectivity validation and service availability
testing.
Industry Approvals
Complies with IEC/ISO Level IV and TIA/EIA Level IIIe accuracy
specifications, certified by ETL Complies with IEC/ISO Level IV accuracy
specifications, certified by ETL View the certificate for Cat 6A View the
certificate for Class F
Multimode and Single Mode Fiber Certification
Loss and Length up to 8 km (Multimode)/ 50 km (Single Mode) Propagation
Delay: 300 µs Range Optical Power: ±0.25 dB Accuracy New dual-wavelength Fiber
SmartProbes eliminate fiber swapping for two-wavelength testing
Maximum Productivity
Rocket-fast Cat 6A and Class F Autotest measurement time of 9 seconds
Future-proof 1€¦1000 MHz range and software upgradeability Alien Crosstalk
measurement to enable 10GBASE-T Easy to learn user interface consistent with
previous generation Unique Alien Crosstalk Testing Methodology In combination
with Agilent€™s newly developed Alien Crosstalk Stimulators, WireScope Pro
secures critical 10 Gigabit Ethernet installations and upgrades. The new
SwiftAXT (Sweep Interleaved Frequency-domain Technique for Alien Crosstalk)
technology offers a breakthrough in measurement time, cost of ownership, degree
of automation and ease of use, making the method uniquely field suitable and
convenient. Faster Measurement and Optimized Workflow Once connected, the
DualRemote Pro unit operates entirely remote controlled. User interactions,
including restarting running tests, happen on the near end only. The re-designed
Fiber SmartProbes eliminate the need to swap fibers for dual-wavelength testing
and calibration, optimizing the test throughput and accuracy.
Agilent Wirescope PRO N2647MM Multimode 850 nm / 1300 nm Fiber SmartProbes
Dual-wavelength Fiber SmartProbes allow the WireScope„˘ Pro to measure length
and propagation delay on optical fiber links. Also, they enable high-performance
optical loss and power measurement.
Product Specifications:
Parameter Description
*Size: 79.5mm x 64mm x 44mm (3.1" x 2.5" x 1.7")
*Connectors: 2 x SC
(Transmitter, Receiver)
*Operating Temperature: 0°C to +40°C
*Storage
Temperature: -40°C to +55°C
Power Meter
* Detector Type: InGaAs
* Calibrated Wavelengths: 850 nm,
1300 nm
* Measurement Accuracy: +/- 0.25 dB at €“20 dBm [1][2]
* Power
Measurement Range: 0 to €“42 dBm
Transmitter
* Source Type: LED
* Center Wavelength: 850 nm, 1300 nm
(nominal)
* Output Power: > €“20.5 dBm (into 50/125 ?m fiber)
*
Laser Stability: > €“19 dBm (typical, into 62.5/125 ?m fiber)
Fiber Network Specifications
* Cabling Standards ANSI/EIA/TIA 568A, 568.3,
ISO/IEC 11801
* Ethernet 10GBASE-SR, -SW, -LX4
* Legacy Networks
1000BASE-SX, -LX, -LX10
* ATM/SONET 100BASE-FX
* FDDI/Fiber Channel
10BASE-FL, -FB, Token Ring
ATM-155 (UNI 3.1), ATM-155 SWL,
ATM-622,
ATM/SONET OC-3, -OC-12
FDDI, Fiber Channel-SX, -LX
Propagation Delay
* Accuracy (whichever is greater): +/-2% or +/-3.6
ns
* Resolution: 4.2 ns
* Measurement Range: 0 to 300 ?s
Fiber Length
* Accuracy (whichever is greater): +/-2% or +/-0.72 m
*
Resolution: 0.83 m at Refractive Index 1.4785
* Distance Range: 0 to 8 km for
1.50 dB/km at 1300 nm [3]B
[1] At room temperature, 23°C ± 3K
[2] With 50/125 ?m fiber
[3] Assumes
double-ended configuration with 12 dB max link loss. Divide by 2 for
single-ended configurations.
Agilent Wirescope PRO N2647SM Singlemode 1310 nm / 1550 nm Fiber
SmartProbes
| Part Numbers |
Description |
Power Meter
Detector Type Calibrated Wavelengths Measurement Accuracy Power
Measurement Range |
InGaAs 1310 nm, 1550 nm ±0.25 dB at €“20 dBm 0 to
€“50 dBm |
Transmitter
Source Type Center Wavelength Output Power Laser Stability |
Fabry-Perot Laser 1310 nm ± 30 nm, 1550 nm ± 30 nm
= €“6 dBm (into 9/125 µm fiber) ±0.1 dB (1 hour, after 5 minutes
warm-up) |
Fiber Network Specifications
Cabling Standards Ethernet Legacy Networks ATM/SONET FDDI/Fiber
Channel |
ANSI/EIA/TIA 568A, 568.3, ISO/IEC 11801
10GBASE-LR, -LW, -ER, -EW, -LX4 1000BASE-LX, -LX10 100BASE-LX10 ATM-622,
ATM/SONET OC-3, OC-12, OC-48 FDDI |
Propagation Delay
Accuracy (whichever is greater) Resolution Measurement Range |
±2% or ±3.6 ns 4.2 ns 0 to 300 µs |
Fiber Length
Accuracy (whichever is greater) Resolution Distance Range |
±2% or ±0.72 m 0.83 m at Refractive Index 1.4785 0
to 50 km for 1.50 dB/km at 1310 nm |
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