New Keysight N7081A Micro VNA Vector Network Analyzer Agilent HP 100 kHz-7 GHz

It came to us sealed new in box and we opened it up to make sure it was all complete .  And in good shape. Looks appropriate inside and never registered so you may be able to apply for warranty. I'm unsure however.

We also have a 2nd one that was working perfect but then sustained damage to one of the ports and got bent up. But likely still works fine and we can sell that one for 1000$ as is or 1500$ guaranteed to cal out  . Contact us if interested. We're easy to find online! Discounts apply for finding us  in diamond bar ;)

The N7081A Microwave Transceiver is a compact vector network analyzer (VNA) that uses a novel broadband, multi-tone source and broadband receivers to capture the instantaneous S-parameters at multiple tones simultaneously. Measurements can be made up to the full frequency range of the N7081A and orders of magnitude faster than traditional swept frequency VNAs. With the ability to measure instantaneous S-parameters, fast measurement speed, small size and low cost, the N7081A Microwave Transceiver is the ideal measurement subsystem for Microwave Sensing and Imaging (MSI) solutions, high volume test solutions and built-in test in operational equipment. Key Features

• Captures the instantaneous S-parameters over the entire frequency range of interest simultaneously, critical for measuring S-parameters of anything that changes in time.

• Fast measurement speed: Captures ~ 200 frequency points in less than 40 µsec

• Compact size: 3.9 cm (h) x 10.5 cm (w) x 17 cm (l)

• Broad frequency operation: 100 kHz to 5 GHz (unspecified operation from 25 kHz to 100 kHz and 5 GHz to 6 GHz)

• Full 2-port VNA: Enables measurement of all four S-parameters

• Measurement accuracy similar to other Keysight VNA products

• The broadband source minimizes interference with other electronic or communication equipment, an important feature in EMI sensitive environments such as hospitals or for built-in test applications.

• Controlled by an external PC via USB or LAN using a simple and easy to implement API