General
Maximum data transfer rate	1 Gbit/s

The NetXpert XG2 1GBits/s from Softing IT Networks is a network and cabling qualifier designed for testing copper cabling and optionally for fiber optic applications. The device serves for quality control of network cables and installations, particularly in environments requiring data transfer rates up to 1 Gbit/s. It enables analysis of wiring diagrams, measurement of cable lengths, and determination of distance to breaks or short circuits. Functions also include active network tests such as PoE (Power over Ethernet) detection, link detection, ping tests, and DHCP connection tests. Network component detection is performed via LLDP (Link Layer Discovery Protocol), enabling identification of switches, routers, and other devices in the network.

Applications
This device is suitable for use in the installation, maintenance, and troubleshooting of network infrastructures in enterprises, buildings, and industrial facilities. It is particularly used during commissioning of new cabling, for verifying compliance with IEEE standard requirements, and for diagnosing network faults. The ability to test IEEE compliance at data transfer rates up to 1 Gbit/s makes it a tool for professional network technicians who must ensure high reliability and performance of cabling.

Functions and Equipment in Detail
The NetXpert XG2 1GBits/s performs precise measurements to evaluate cabling quality. This includes signal quality analysis using BERT (Bit Error Rate Test), measurement of signal-to-noise ratio (SNR), and determination of delay skew, i.e., the time shift between individual conductors. These values are crucial for ensuring data transmission integrity. The integrated PDF report generation allows results to be documented and printed directly on the device, simplifying traceability and archiving of tests.

Technology Explained Simply
The testing is performed by combining a main unit (XG handheld device) with a remote end unit, connected via a patch cable. The main unit performs the measurements, while the remote end unit is positioned at the other end of the cable. Cable length and distance to faults are measured using the impulse reflection method (Time Domain Reflectometry, TDR), which evaluates signal propagation time in the cable. PoE testing detects whether the cable supplies power to PoE-capable devices, which is important for installing IP cameras, phones, or access points. LLDP detection enables identification of network devices and their configuration settings.

Compatibility and Accessories
The device is designed for copper cabling and can optionally be extended with SFP modules for fiber optic applications. The delivery includes two RJ45 Cat 6A patch cables for connecting the main unit and remote end unit. Compatibility with Cat 6A cables enables testing of modern, high-performance networks.

Installation and Mounting
Installation is performed by connecting the main unit to the remote end unit via a patch cable. The devices are connected to each end of the cable to be tested. Operation is performed via the main unit's interface, with results displayed directly on the device. The delivery also includes a USB adapter, two power supplies, and a hard-shell case for safe storage and transport of the devices. The manual is also included and provides instructions for operation and installation.

Operational Advantages
The integrated PDF report generation reduces administrative effort for documenting tests. The ability to perform active network tests such as ping and DHCP enables comprehensive diagnostics that go beyond the physical properties of the cable. LLDP detection supports network administration by providing information about connected devices. The combination of precise measurement values and the ability to document results directly makes the device an efficient tool for professional network technicians.