Upcoming Products*           RWA-5000 Digital RWA-5000 is the next generation of Guzik Read-Write Analyzers. The new tester performs all measurements digitally. Guzik High Speed Digital Data Processor operates at data processing speed 1Gs/sec. As a result, RWA-5000 executes such complicated algorithms as PRML decoding 100 times faster than available now digital scopes. The RWA-5000 open architecture provides possibility to use multiple processors in order to get a proportional increase in the processing speed. The tester has a modular structure built on Compact PCI platform, which allows customers to optimize the system for their specific needs.   Specifications     16 Bit / 100 MHz Digitizer This 16 Bit / 100 MHz digitizer is designed as an FFT postprocessor for the Spectrum Analyzer SA3000. The digitizer, however, can work as a standalone high-performance two-channel device.   Specifications       Data Acquisition Module ADC-10000 Single ADC-10000 module has 5 GHz analog bandwidth (typical) and converts an analog signal to a digital signal with 10 Gs/sec sampling rate.   Specifications       Digital Data Processor DDP-5000 Single DDP-5000 module has 1 Gs/sec data processing speed, which is 25 times faster than RWA2585 and 100 times faster than digital scopes. The module executes whole spectrum of Parametric and PRML measurements.   Specifications       Pattern Generator PG-5000 The module has three channels, each with 5Gs/sec maximum data rate, and generates a user defined pattern with up to 180 Mbit programmable bit sequence. The main channel of PG-5000 has an individual transition time shift (precompensation) with 250 fsec resolution.   Specifications     Spectrum/Signal Analyzer SA-3000 The analyzer performs high-speed high-accuracy spectral measurements with DC to 3GHz frequency range and noise floor 130 dBm/Hz.   Specifications       Arbitrary Waveform Generator AWG-5000 The module generates analog arbitrary signals with up to 2.5 GHz analog bandwidth, 10 Bit resolution, and up to 180 Msamples random waveform.   Specifications     *All specifications available on this page are preliminary.