Standard Packages: Carrying Bag*1; OTDR*1; Fiber Optic Cleanner 2.5mm for SC/FC/ST*1; 1 Meter Jumper FC to SC*1; Coupler*1; Should strap*1; Power Cord*1; Touch Pen*1; QuickGuide*1; Calibration certificate*1; Test report*1; Standard connector: FC UPC ADVANCED TRACE ANALYSIS: Multi-Trace Analysis (View multi -trace, can view up to 4 traces at the same time, comprehensive analysis, and the results are more accurate.) ; Bidirectional Testing (Averaging values obtained from opposite directions provides a more accurate quantification of losses. Bidirectional testing is a great way to improve test integrity in long distance applications.) ; 4-Points Testing (Real-time monitoring of splicing and insertion loss, less noise impact, more accurate test results.) 10x3m Jumper Test: Short distance testing: Accurately test events and loss. Minimum Sampling Resolution 0.04m; Maximum Sampling Points: 250,000 OPM(Built-in): Used to measure absolute optical power or the relative loss of optical power through a section of fiber link; SLS (Built-in): Output stable continuous signal, used in combination with an OPM to measure optical loss in fiber optic systems; VFL (Built-in): Visible light sources are usually used for fiber identification, single-mode or multi-mode fiber fault location and fiber identification..; Network Test Module (Built-in): Network line finding, sequencing, and distance measurement are suitable for LAN fault detection, maintenance, and integrated wiring construction. WIFI Remote Control (Built-in): VNC remote control function, using mobile phones or computers online remote operation OTDR easily solve the remote work, can simultaneously take into account multiple room testing, greatly improve efficiency. Self Calibration: Shorten maintenance time and reduce maintenance costs; Contact us if you need Customize Special Connector: FC APC or SC APC Connector For SM OTDR 1310/1550nm, we have different types for choosing. The largest dynamic range is up to 35dB, testing range up to 180KM. It can pass through 1:64/1:128 Fiber Splitters. OTDR Fiber Optic Tester SingleMode 1310/1550nm Up to 45dB 180KM, KomShine QX65 Fiber Tester Built-in VFL OPM OLS RJ45 WIFI+Bidirectional Testing+Pass Throught 1:64 Fiber Splitters

QX65 OTDR comes with an iLOA test function that enables complex front-line test work with less-experience, to support a variety of applications, including installation and maintenance (I&M) of mainline fiber (core network, metropolitan area network, mobile forward, mobile backhaul) and troubleshooting of access networks and FTTx. And combines industry-leading OTDR technology with OPM, VFL, SLS, network testing and fiber end inspection capabilities in one powerful handheld device.

★ Full range selection

Wide dynamic range 30-45dB
Up to 9 OTDR models for selection
Five optional modules to be customized
7.0” Multi-Touch Capacitive Touch Screen
Expand the trace display area

★ Operability

7-inch color LCD touch screen
Generate PDF reports quickly
F/P analytical judgment function
Smart map to analyze links graphically

★ Advanced trace analysis

4-points test
Bidirectional testing
Multi-trace analysis
Quickly Generate the PDF Report
Pass & Fail Analysis Function

★ Strong reliability

Up to 12h battery life
10x3m Jumper Test
Maximum sampling points 250,000
Minimum sampling resolution 0.04m

★NOT JUST OTDR

VNC / WIFI

OPM(Built-in)

Used to measure absolute optical power or the relative loss of optical power through a section of fiber link. SLS (Built-in)

Output stable continuous signal, used in combination with an OPM to measure optical loss in fiber optic systems. VFL (Built-in)

Visible light sources are usually used for fiber identification, single-mode or multi-mode fiber fault location and fiber identification..

Network Test Module (Built-in)

Network line finding, sequencing, and distance measure ment are suitable for LAN fault detection, maintenance, and integrated wiring construction.

FIP (Fiber connector end-face inspection module + analysis function)

The fiber connector end-face inspection module can visualize the surface of the connector, and combine with handle probe(optional) can automatically analyze the scratches and dust on the fiber connector, save the surface image and judge the result. And offer a PDF report.