Fluke Networks DSP-4300 Digital Cable Analyzer
It exceeds the Cat 5, Cat 5e, and Cat 6 specifications, achieving Level III
accuracy. It also features automatic diagnosing of cable faults, and tells you
exactly where the fault is in meters or feet. It is comparable in performance to
most desktop models, with the added benefit of being handheld.
With its large on-board memory, you can store a full day's results inside, or
detach the multimedia card and plug it into your PC. Featuring Fluke
Corporation's LinkWare Cable Test Management software, you can easily review and
analyze results for both fiber and copper. Software allows you to edit, view,
print, and archive your data. You can then export the data to a PDF.
With the DSP-4300, you can monitor traffic through your Ethernet. Regardless
on whether you're using 10BASE-T or 100BASE-TX, you can detect and measure
impulse noise better than any other tester on the market. You can also identify
hub port connections and tell what standard is met by the respective
connections.
The DSP-4000 Series can boost your bottom line by providing fast, accurate
testing of high-performance Cat 5e, Cat 6 and fiber optic cabling. Equipped with
an exclusive digital platform, this series of testers ensures repeatable
accuracy, no matter how many times you retest a link. With high-bandwidth test
capabilities to 350 MHz, superior diagnostics and extensive reporting, the
DSP-4000 Series provides you with a complete solution for testing, certifying
and documenting copper and fiber. And like all Fluke Networks instruments,
they're built rugged to withstand the drops and other mishaps that occur in
today's network installation environments. The DSP-4300 is the most
comprehensive cable testing and certification solution for high-speed copper and
fiber networks available.
DSP FTA-410 Fiber Adapters The DSP-FTA410 Fiber Test Adapter
lets you use a DSP-4000 CableAnalyzer test tool to test and certify fiber optic
cable installations. The fiber test adapter includes the following features:
Autotest function measures optical power loss (at 850 nm and 1300 nm) and length
on dual-fiber multimode links.
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