Is it time to build your own long-haul network?
WELLZiON’s OTDR tested Optical Fiber service provides you with the dark fiber you need to build a network from the ground up.
Choose an OTDR that best suits your needs
OTDR- also known as an Optical Time Domain Reflectometer. This piece of test equipment is used to determine the loss in a fiber optic cable. An OTDR test measures this backscattered light to assess the quality of the cable. It does this by sending a pulse of light down the fiber to determine what type of loss the cable has. As soon as a new cable is installed the OTDR should be used to create an image or ‘trace’. This OTDR trace gives you a picture of the cable. Should a problem arise with the cable in the future, a comparison with the original OTDR trace can be made.
A Look at the Latest OTDR Testing Procedures and Equipment
AE1000 Series
All-in-one solution includes optical, cable TV (RF),and metallic testing for verifying the installation of FTTx, RFoG and RF PON networks
AE2300 Series
Designed for installation and maintenance of fiber optics networks. This lightweight and rugged OTDR includes a VFL, enabling the user to
quickly find impairments and location of the faults.
AE3100 Series
AE3100 marks a giant leap forward in fiber-optic measurement performance and utility. Models A through F can test the 1310nm and 1550nm wavelengths with dynamic range up to 45dB.
AE1000 Series Models
Important Factors for Choosing an Optical Time Domain Reflectometer (OTDR). Touch screen with combines optical and metallic tests: OTDR,VFL,OPM,LS,Cable TV (RF) Test,TDR and Fiberscope
AE1001
AE1001 is a sleek and zerofuss OTDR that tests the common 1310&1550nm wavelengths in 5s flat. OPM and VFL option.
AE1000A
29/27dB Dynamic and touch screen with combines optical and metallic tests: OTDR,VFL,OPM,LS,Cable TV (RF) Test,TDR and Fiberscope
AE1000B
33/31dB Dynamic and touch screen with combines optical and metallic tests: OTDR,VFL,OPM,LS,Cable TV (RF) Test,TDR and Fiberscope
AE1000C
36/34dB Dynamic and touch screen with combines optical and metallic tests: OTDR,VFL,OPM,LS,Cable TV (RF) Test,TDR and Fiberscope
AE1000S-1490
35dB 1490nm Wavelength and touch screen with combines optical and metallic tests: OTDR,VFL,OPM,LS,Cable TV (RF) Test,TDR and Fiberscope
AE1000S-1625
35dB 1625nm Wavelength and touch screen with combines optical and metallic tests: OTDR,VFL,OPM,LS,Cable TV (RF) Test,TDR and Fiberscope
AE1000S-1650
35dB 1650nm Wavelength and touch screen with combines optical and metallic tests: OTDR,VFL,OPM,LS,Cable TV (RF) Test,TDR and Fiberscope
AE2300 Series Models
Important Factors for Choosing an Optical Time Domain Reflectometer (OTDR). Fast measurement speed, which can measure a 100 km fiber within 30 seconds
AE2300L
30/28dB dynamic range and 3m Event DZ. Fast measurement speed, which can measure a 100 km fiber within 30 seconds
AE2300
34/32dB dynamic range and 1.5m Event DZ. Fast measurement speed, which can measure a 100 km fiber within 30 seconds
AE2300H
36/34dB dynamic range and 0.8m Event DZ. Fast measurement speed, which can measure a 100 km fiber within 30 seconds
AE3100 Series Models
Important Factors for Choosing an Optical Time Domain Reflectometer (OTDR). Excellent short-distance performance with 0.8m event dead zone and 4m attenuation dead zone.
AE3100A
30/28dB Dynamic and touch screen with Excellent short-distance performance with 0.8m event dead zone and 4m attenuation dead zone.
AE3100B
34/32dB Dynamic and touch screen with Excellent short-distance performance with 0.8m event dead zone and 4m attenuation dead zone.
AE3100C
36/34dB Dynamic and touch screen with Excellent short-distance performance with 0.8m event dead zone and 4m attenuation dead zone.
AE3100D
39/37dB Dynamic and touch screen with Excellent short-distance performance with 0.8m event dead zone and 4m attenuation dead zone.
AE3100E
43/41dB Dynamic and touch screen with Excellent short-distance performance with 0.8m event dead zone and 4m attenuation dead zone.
AE3100F
45/43dB Dynamic and touch screen with Excellent short-distance performance with 0.8m event dead zone and 4m attenuation dead zone.
AE3100CP-1
1310nm to 1625nm wavelength with Excellent short-distance performance with 0.8m event dead zone and 4m attenuation dead zone.
AE3100CP-2
1310nm to 1650nm wavelength with Excellent short-distance performance with 0.8m event dead zone and 4m attenuation dead zone.
AE3100CP-3
1310nm to 1490nm wavelength with Excellent short-distance performance with 0.8m event dead zone and 4m attenuation dead zone.
AE3100DP-1
1310nm to 1625nm wavelength with 40 / 38 / 38dB dynamic. 0.8m event dead zone and 4m attenuation dead zone.
AE3100DP-2
1310nm to 1650nm wavelength with 40 / 38 / 38dB dynamic. 0.8m event dead zone and 4m attenuation dead zone.
AE3100DP-3
1310nm to 1490nm wavelength with 40 / 38 / 38dB dynamic. 0.8m event dead zone and 4m attenuation dead zone.
AE3100G-1625
1310nm to 1625nm wavelength with 37 / 35 / 35 / 35dB dynamic. 0.8m event dead zone and 4m attenuation dead zone.
AE3100G-1650
1310nm to 1650nm wavelength with 37 / 35 / 35 / 35dB dynamic. 0.8m event dead zone and 4m attenuation dead zone.
AE3100M
850nm to 1300nm wavelength with 25 / 27dB dynamic. Excellent short-distance performance with 0.8m event dead zone and 4m attenuation dead zone.
AE3100CM
850nm to 1300nm wavelength with 25 / 27 / 37 / 35dB dynamic. Excellent short-distance performance with 0.8m event dead zone and 4m attenuation dead zone.
AE3100DM
850/1300/1310/1550nm wavelength with 25 / 27 / 40 / 38dB dynamic. Excellent short-distance performance with 0.8m event dead zone and 4m attenuation dead zone.
AE3100EM
850/1300/1310/1550nm with 25 / 27 / 43 / 41dB dynamic. Excellent short-distance performance with 0.8m event dead zone and 4m attenuation dead zone.