Cat 6 & Cat 5 network patch cable is the cost-effective solution for indoor data center applications, supporting up to 1000BASE-T within 100m and 10 Gigabit Ethernet over the limited distance specified in the industry. And it is fully backward compatible with all the previous categories.

A Cat5 or Cat6 cable is often used in homes. The big difference between Cat5 and Cat6 cables is the amount of data that can be sent. Cat6 has a higher bandwidth compared to Cat5.

The most important features of our product is:

• Simple installation, durable when it comes to impact and abrasion
• High-precision twisted cable, reducing resistance and allowing for a better flow of electrons
• Providing superior structural integrity, and reducing low frequency external interference
• Built to withstand high levels of stress, pulling, and pushing

Cat 6 & Cat 5 network patch cable is the cost-effective solution for indoor data center applications, supporting up to 1000BASE-T within 100m and 10 Gigabit Ethernet over the limited distance specified in the industry. And it is fully backward compatible with all the previous categories.

A Cat5 or Cat6 cable is often used in homes. The big difference between Cat5 and Cat6 cables is the amount of data that can be sent. Cat6 has a higher bandwidth compared to Cat5.

The most important features of our product is:

• Simple installation, durable when it comes to impact and abrasion
• High-precision twisted cable, reducing resistance and allowing for a better flow of electrons
• Providing superior structural integrity, and reducing low frequency external interference
• Built to withstand high levels of stress, pulling, and pushing

Cat 6 & Cat 5 network patch cable is the cost-effective solution for indoor data center applications, supporting up to 1000BASE-T within 100m and 10 Gigabit Ethernet over the limited distance specified in the industry. And it is fully backward compatible with all the previous categories.

A Cat5 or Cat6 cable is often used in homes. The big difference between Cat5 and Cat6 cables is the amount of data that can be sent. Cat6 has a higher bandwidth compared to Cat5.

The most important features of our product is:

• Simple installation, durable when it comes to impact and abrasion
• High-precision twisted cable, reducing resistance and allowing for a better flow of electrons
• Providing superior structural integrity, and reducing low frequency external interference
• Built to withstand high levels of stress, pulling, and pushing

Optical Termination Outlet (OTO)

The OTO is an optical telecommunication outlet box, designed for low bend fibers and it is used to Connect up to two optical fibers to the passive-optical interface in the living area (Fiber to The Home). The optical interface can be chosen between SC simplex or LC duplex. The adapters are equipped with a laser protection.

Optical Termination Outlet (OTO)

The OTO is an optical telecommunication outlet box, designed for low bend fibers and it is used to Connect up to two optical fibers to the passive-optical interface in the living area (Fiber to The Home). The optical interface can be chosen between SC simplex or LC duplex. The adapters are equipped with a laser protection.

Optical Termination Outlet (OTO)

The OTO is an optical telecommunication outlet box, designed for low bend fibers and it is used to Connect up to two optical fibers to the passive-optical interface in the living area (Fiber to The Home). The optical interface can be chosen between SC simplex or LC duplex. The adapters are equipped with a laser protection.

Power meter: FPM-302 

The EXFO FPM-302-FOA-54 Fiber optic Power Meter SC is a handheld optical power meter with an SC connector configuration that that can be used to examine a variety of electrical and fiber optic networks. It integrates the FLS-300 Light Source and FOT-300 Optical Loss Test Set to increase its versatility and breadth in troubleshooting and evaluating installations. These units can be used to transmit a wavelength-identification digital encrypted protocol which allows the FPM-302 to use the proper calibration parameters, decreasing error and making communications simpler.

The FPM-302 line is capable of testing PONs at the 1310, 1490, and 1550 nm wavelengths with a power range of 10 to -60 dBm (uncertainty of ±5%) and a resolution of 0.01 dB. This device is also capable of performing automatic offset nulling, automatic wavelength recognition, tone detection at a 270Hz level, and has a refresh rate of 3Hz. The FPM-302 offers a total of ten calibrated wavelengths with the associated reference values and has power autonomy measured at over 300 hours.

Power meter: FPM-302 

The EXFO FPM-302-FOA-54 Fiber optic Power Meter SC is a handheld optical power meter with an SC connector configuration that that can be used to examine a variety of electrical and fiber optic networks. It integrates the FLS-300 Light Source and FOT-300 Optical Loss Test Set to increase its versatility and breadth in troubleshooting and evaluating installations. These units can be used to transmit a wavelength-identification digital encrypted protocol which allows the FPM-302 to use the proper calibration parameters, decreasing error and making communications simpler.

The FPM-302 line is capable of testing PONs at the 1310, 1490, and 1550 nm wavelengths with a power range of 10 to -60 dBm (uncertainty of ±5%) and a resolution of 0.01 dB. This device is also capable of performing automatic offset nulling, automatic wavelength recognition, tone detection at a 270Hz level, and has a refresh rate of 3Hz. The FPM-302 offers a total of ten calibrated wavelengths with the associated reference values and has power autonomy measured at over 300 hours.

Power meter: FPM-302 

The EXFO FPM-302-FOA-54 Fiber optic Power Meter SC is a handheld optical power meter with an SC connector configuration that that can be used to examine a variety of electrical and fiber optic networks. It integrates the FLS-300 Light Source and FOT-300 Optical Loss Test Set to increase its versatility and breadth in troubleshooting and evaluating installations. These units can be used to transmit a wavelength-identification digital encrypted protocol which allows the FPM-302 to use the proper calibration parameters, decreasing error and making communications simpler.

The FPM-302 line is capable of testing PONs at the 1310, 1490, and 1550 nm wavelengths with a power range of 10 to -60 dBm (uncertainty of ±5%) and a resolution of 0.01 dB. This device is also capable of performing automatic offset nulling, automatic wavelength recognition, tone detection at a 270Hz level, and has a refresh rate of 3Hz. The FPM-302 offers a total of ten calibrated wavelengths with the associated reference values and has power autonomy measured at over 300 hours.