Digitizers at least 14 bits

12-bit digitizer instead of an 8-bit digitizer to acquire a waveform provide greater fidelity. With an 8-bit digitizer, 256 voltage levels are available to define the wave shape when 14-bits digitizers offer 16384 distinct voltage levels, a great improvement in resolution

ADC_3110
FMC Eight Channel 16-bit Digitizer
- Eight (8) channels 16-bit/250Msps ADC
- Single width FMC VITA
ADC_3117
FMC Dual 16-bit DAC and Twenty 16-bit ADC
- Single width FMC VITA 57.1-2008:
  - HPC 400 pins
ADC_3210
FMC Eight Channel 14-bit Digitizer
- Eight/Four (8/4) channels
  - 14-bit @ 1’300/625 Msps with
APX-5040
High speed data acquisition board, 14-Bit, 400MS/s, PCI Express
- 1 or 2 digitizing channels
- 400 MS/s maximum sampling
DAC_3113
FMC Dual 16-bit DAC and Dual 16-bit ADC
- Single width FMC VITA 57.1-2008
  - HPC 400 pins
IFC_1420
MTCA.4 High performance digitizer and generator
- MTCA.4 mid-size double-width AMC form factor
- NXP QorIQ T2081
PA72
Generation and capture PXI platform
- Flexible analog signal generation and capture platform
- Two daughter
PX14400A
400 MS/s, 14-Bit, PCI Express high speed data acquisition board
- 2 AC-Coupled Analog Channels at up to 400 MHz
PX14400D
400 MS/s, 14-Bit PCI Express high speed data acquisition board
- 2 DC-Coupled Analog Channels at up to 400 MHz
RazorEdge Express
16-Bit / 14-Bit, 2-CHs @ 250 MS/s, PCIe Gen3 x8 Digitizer
- 16-Bit or 14-Bit Vertical A/D Resolution with 2 Digitizing
RazorMax Express
16-Bit, 4-CHs or 2-CHs @ 1 GS/s, PCIe Gen3 x8
- 16-Bit Vertical A/D Resolution with 4 or 2 Digitizing
RazorMax PXI Express
16-Bit 1GS/s High Speed Digitizers PXI Express
- 4 or 2 Digitizing Input Channels
- 1 GS/s or