q1/2015 product roadmap digital instrument series
TRANSCRIPT
Q1/2015 Product RoadmapQ1/2015 Product Roadmap
Digital Instrument Series
Q1/2015 Product Roadmap
Innovative’s “Off-the-Shelf” Instruments
+OR OR
=
CustomFirmwareSoftware
CustomFirmwareSoftware
Turnkey InstrumentSolution
+
+ORCustomFirmwareSoftware
CustomFirmwareSoftware
++RF Receiver
FPGA-Accelerated PC Analog I/O Module Innovative’s IP
Innovative’s IPFPGA-accelerated XMC I/O Module
ePC-Duo Luggable PC-based RecorderAdvanced Architecture PC
Q1/2015 Product Roadmap
● Cost effective, ready-to-use instruments
● Flexible deployment – in the field or on the bench-top
● Expandable DSP features with the Dev Kit
● Online here
Interactive product selector
Q1/2015 Product Roadmap
Why Digital Down-Conversion (DDC) ?
Input signal
0
Amplitude
Freq(MHz)65 7570 Fs=250Fs/2
=125
Input signal
Amplitude
Freq(MHz)-5 50 Fddc=12.5
Shift the IF input signal to the baseband
Reduce the data rate for storage and post-processing
Input = 500MByte/s/ch Output Rate=50MByte/s/ch
DDC filter
Low-passFilter
RF in up to 6 GHz
Q1/2015 Product Roadmap
Wider Bandwidth DDC Configuration
Input Rate = 3600 MByte/s/ch Output Rate= 900 MByte/s/ch
Low-passFilter
Input signal
0 Fs/2=900
Amplitude
Freq(MHz)1100 16001350 Fs=1800
Input signal
0 Fddc=900
Amplitude
-250 250 Fddc/2=450
Freq(MHz)
RF in up to 18 GHz
Q1/2015 Product Roadmap
Built-in Spectrum Monitoring
Input signal
Amplitude
Freq(MHz)-5 50 Fddc=12.5
Input signal
0
Amplitude
Freq(MHz)65 7570 Fs/2=125
orDDC Spectrum
Raw Spectrum
Q1/2015 Product Roadmap
Transceiver Products
Combine DDC with digital up conversion (DUC)
Low-passFilter
RF in up to 6 GHz
RF out up to 6 GHz