The length of an Ethernet cable can have a major impact on the quality of the data you send and receive. Data leakage from damaged spots, loose connectors and faulty equipment are factors in data loss, but even in a new, expertly installed network, the signal strength decreases as the cable length increases.

The length of an Ethernet cable can have a major impact on the quality of the data you send and receive. Data leakage from damaged spots, loose connectors and faulty equipment are factors in data loss, but even in a new, expertly installed network, the signal strength decreases as the cable length increases.

The length of an Ethernet cable can have a major impact on the quality of the data you send and receive. Data leakage from damaged spots, loose connectors and faulty equipment are factors in data loss, but even in a new, expertly installed network, the signal strength decreases as the cable length increases.

The length of an Ethernet cable can have a major impact on the quality of the data you send and receive. Data leakage from damaged spots, loose connectors and faulty equipment are factors in data loss, but even in a new, expertly installed network, the signal strength decreases as the cable length increases.

The length of an Ethernet cable can have a major impact on the quality of the data you send and receive. Data leakage from damaged spots, loose connectors and faulty equipment are factors in data loss, but even in a new, expertly installed network, the signal strength decreases as the cable length increases.

The length of an Ethernet cable can have a major impact on the quality of the data you send and receive. Data leakage from damaged spots, loose connectors and faulty equipment are factors in data loss, but even in a new, expertly installed network, the signal strength decreases as the cable length increases.

The length of an Ethernet cable can have a major impact on the quality of the data you send and receive. Data leakage from damaged spots, loose connectors and faulty equipment are factors in data loss, but even in a new, expertly installed network, the signal strength decreases as the cable length increases.

The length of an Ethernet cable can have a major impact on the quality of the data you send and receive. Data leakage from damaged spots, loose connectors and faulty equipment are factors in data loss, but even in a new, expertly installed network, the signal strength decreases as the cable length increases.

The length of an Ethernet cable can have a major impact on the quality of the data you send and receive. Data leakage from damaged spots, loose connectors and faulty equipment are factors in data loss, but even in a new, expertly installed network, the signal strength decreases as the cable length increases.

The length of an Ethernet cable can have a major impact on the quality of the data you send and receive. Data leakage from damaged spots, loose connectors and faulty equipment are factors in data loss, but even in a new, expertly installed network, the signal strength decreases as the cable length increases.

The length of an Ethernet cable can have a major impact on the quality of the data you send and receive. Data leakage from damaged spots, loose connectors and faulty equipment are factors in data loss, but even in a new, expertly installed network, the signal strength decreases as the cable length increases.