• Continuous frequency range of 400MHz-2.5GHz spans key mobile wireless frequency bands
• Intuitive, easy-to-use graphical user interface
• 40MHz modulation measurement bandwidth for capturing signals based on the latest high bandwidth wireless standards
• Signal analysis options for all worldwide mobile phone standards: GSM/GPRS/EDGE, cdma2000 1xRTT, and WC DMA
• Built-in spectrum analyzer mode
• High speed DSP delivers low noise floor for measuring signals thousands of times faster than competitive solutions
• Fast sweep times: A fifteen-second sweep can display 200MHz of a signal's spectrum with a 100Hz resolution bandwidth
• Built-in, fixed-output variable frequency generator
• Remotely controllable via Ethernet, USB, and GPIB interfaces
• LXI Class C compliant
• Readily updatable softwaredefined radio architecture

The Model 2810 RF Vector Signal Analyzer combines complex signal analysis and spectrum analysis capabilities with high performance and unprecedented ease of use. It's designed to address a wide range of measurement needs for wireless devices, wireless transceiver modules, and RF components. In production testing applications, the Model 2810's fast frequency tuning, rapid attenuator switching, and high speed digital signal processing reduce test time significantly, which helps to minimize overall testing costs. High speed digital architecture and the use of Fast Fourier Transform (FFT) technology allow the Model 2810 to measure signals near the noise floor thousands of times faster than competitive solutions, such as sweep-type spectrum analyzers. That means manufacturers can test prototype circuits more thoroughly than previously possible, speeding time to market and identifying costly design flaws sooner. Research and development engineers will appreciate how the Model 2810's fast sweep times with narrow resolution bandwidths over wide frequency spans allow them to obtain the maximum information from a spectrum for characterization and analysis. A highly intuitive graphical user interface and simple operation allow even occasional users to make measurements with confidence.

• Mobile handset production test
• Handset R&D and design verification
• Testing mobile communications infrastructure
• RFIC testing
• Wireless connectivity testing (802.11b/g WLAN, Bluetooth)
• Research and education in mobile communications