The AWG710B combines world-class signal fidelity with ultra high-speed mixed signal simulation, a powerful sequencing capability and graphical user interface with flexible waveform editor, to solve the toughest measurement challenges in the disk drive, communications and semiconductor design/test industries.

The built-in signal applications enable you to easily create standard waveforms for disk drive read channels, communications up to 4.2Gb/s. Also included is AXW100 ArbExpress waveform creation and editing software. This software allows for easy waveform import from oscilloscopes or basic, advanced, and math waveform creation and edit capabilities. 

Features:

• 4.2 GS/s Sample Rate Simulates Real-world Signals Up To 2.1 GHz
• 2 Markers With 2.0 ps_RMS (@ 4.2GS/s, Typical) Jitter Deliver stable Timing to the Device-under-test (DUT)
• 32.4M (32,400,000) or 64.8M (64,800,000) Point Record Length Provide Longer Data Streams
• Analog Bandwidth to 2 GHz (Option 02, Calculated Based on Rise Time) Provides the Highest Signal Fidelity of All High-speed AWGs
• Direct External clock input allows Jittered and non-jittered signals for high-speed data stream timing margin test up to 4.2Gb/s
• Synchronous operation mode supports two AWG710B outputs (2: analog, 4: marker) synchronization for high data rate wireless and data communication test and optical write channel strategy signal test.
• Waveform Quick Editor with 300 fs Edge Timing Resolution Delivers Output Edge Control with Near Real-time Precision
• Allows two-signal mix function digitally to support disk drive noise performance test and Pre/De-emphasis serial data communication test
• Real-time Sequencing Creates Infinite Waveform Loops, Jumps, Patterns and Conditional Branches

Applications:

• Disk Drive Read/Write Design and Test
• Communications Design and Test
• Arbitrary IF and IQ Base-band Signals
• Standard Waveforms for Communications
• Pulse Generation
• High-speed, Low-jitter Data and Clock Source
• Mixed Signal Design and Test
• Real-world Simulations
• Corruption and Enhancement of Ideal Waveforms
• Timing and Amplitude Signal Impairments
• Waveforms Imported from MathCad, MATLAB, Excel and Others