The new NetXpert XG verifies whether a transmission channel is capable of supporting transmission speeds of up to 10 Gbps, regardless of the category of cables, patch panels, or wall outlets in the installation. NetXpert XG automatically provides an accurate assessment by performing three different measurements and combining the results into a single reading.
The new standards defining data rates of up to 10 Gb/s pose a significant challenge for next-generation qualifiers. In particular, cabling for wireless access points must support increasingly higher data rates. To verify whether the installed cabling can handle the increased data rates, operators must conduct appropriate testing before going live to avoid unpleasant surprises. NetXpert XG empowers you to meet these new challenges!
By performing a Bit Error Rate (BERT) test and standards-based tests according to IEEE 802.3an, the NetXpert XG verifies error-free data transmission up to 10 Gb/s. The tests include other parameters that can affect Gigabit transmission, such as signal-to-noise ratio (SNR) and delay difference. Delay difference indicates the signal delay between the wire pairs used. Excessive delay can lead to severe degradation of transmission performance, making it impossible for the receiver to correctly interpret the data stream. Delay difference, like signal-to-noise ratio, is considered a crucial parameter for reliable data transmission.
Very easy to use.
The results of the continuity tests for all 8 wires and the shielding are displayed in a full-color wire map format, clearly and easily showing cable faults such as open circuits, short circuits, errors, and split pairs. NetXpert determines cable length and distance to faults by performing a complete Time Domain Reflectometer (TDR) measurement in combination with a capacitance measurement for greater accuracy.
Fast results:
Self-tests can be initiated from either the main unit or the active remote unit, saving time spent walking between outlets and reducing overall working time. When troubleshooting, tests can be performed individually, wire by wire, to minimize fault detection time.
Troubleshooting Active PoE++ Networks:
For troubleshooting active PoE++ networks, NetXpert XG also offers a comprehensive set of tools. This includes load testing to induce voltage drops and verify the stability of the PoE supply, identification of devices connected to the network, and detection of the availability of priority devices.
NetXpert XG offers ample internal storage for even large projects and, if needed, generates comprehensive, standards-based measurement reports containing all the necessary test information. A variety of accessories transforms NetXpert XG into the ultimate multi-purpose tool: from locating individual cables with the integrated tone generator or remote identifiers, to generating measurement documentation and troubleshooting PoE++ networks in service.
It includes ports for fiber optic measurements.
NetXpert offers complete flexibility, regardless of whether you are measuring fiber or copper cabling. Using the available SFP/SFP+ ports, various active fiber tests can be performed, such as protocol detection (CDP/LLDP), network ping testing, and network discovery. In the area of passive testing, fiber optic cabling performance testing is also possible.
Well-equipped for future challenges,
the NetXpert XG is a future-proof device designed to ensure your network is ready for the new era of high-speed connectivity. The NetXpert series offers simple firmware updates and a licensing system that allows for future upgrades to add new features. Three options are available: NetXpert 1G, NetXpert 2.5/5G, and NetXpert XG. Purchasing an upgrade license always extends the device's functionality. All accessories (e.g., the RJ45 connector) are easily and conveniently replaceable.
dBm Ingenieros presents Softing's new network qualifier for speeds up to 10Gb/s. NetXpert XG is the name of the new family of network qualifiers that certify a network can support speeds of up to 10Gb/s. Its general features include:
