25.78 Gb/s TDEC filter
Enhanced Jitter Analysis Software, Fixed Perpetual License
25 to 29 GBaud filters
Advanced Amplitude Analysis/Rin/Q-Factor, Fixed Perpetual License
30 GHz Amplified
Productivity Package, Fixed Perpetual License
PAM-N Analysis SW, Fixed Perpetual License
Internal SW Option
Certificate of Calibration
Impulse response correction to provide ideal Channel response
Flex Eye - Independent Channel Acquisition and Control
Low Jitter TimeBase Model
Pattern Lock Trigger Hardware
Fast sampling rate
Power cord Right Angle
Qty: 1Cable USB 2 m
Qty: 1Cover Front Protection for N1092A
Qty: 1Enhanced Jitter Analysis Software, Fixed Perpetual License
Advanced Waveform Analysis Software, Fixed Perpetual License
Productivity Package, Fixed Perpetual License
Fast Sampling Rate
Impulse Response Correction To Provide Ideal Channel Response
Low Jitter Timebase
Quad Optical Channel Oscilloscope
Pattern Lock Trigger Hardware
Power cord Right Angle
Qty: 1Cable USB 2 m
Qty: 1Cover Front Protection for N1092A
Qty: 1Enhanced Jitter Analysis Software, Fixed Perpetual License
Advanced Waveform Analysis Software, Fixed Perpetual License
25 to 29 GBaud filters
Advanced Amplitude Analysis/Rin/Q-Factor, Fixed Perpetual License
30 GHz Amplified
Advanced Eye Analysis Software, Fixed Perpetual License
Productivity Package, Fixed Perpetual License
PAM-N Analysis SW, Fixed Perpetual License
Internal SW option
Certificate of Calibration
Fast sampling rate
Impulse response correction to provide ideal channel response
Low jitter timebase
Pattern lock trigger hardware
Cable USB 2 m
Qty: 1Power cord Right Angle
Qty: 1Cover Front Protection for N1092A
Qty: 1Connector FC Optical
Qty: 4Keysight Technologies N1092D Spec Sheet
Content is AI-generated. Verify critical details with manufacturer-provided resources.
The N1092D is a quad optical channel DCA-M sampling oscilloscope, providing four independent optical measurement channels in a single compact instrument. This high-channel-count configuration enables parallel testing of multiple devices simultaneously or comprehensive multi-lane transmitter analysis, dramatically improving test throughput in production environments.
With Option 30A, the N1092D supports measurements from 20.625 Gb/s through 32G Fibre Channel at 28.05 Gb/s. Supported standards include 100GBASE-SR4 TDEC, 25 Gb/s Ethernet (25.78125 Gb/s), 400GBASE-SR16 (26.5625 Gb/s), Ethernet OTU4 FEC (27.952493 Gb/s), and 32G Fibre Channel (28.05 Gb/s).
At 850 nm, the N1092D with Option 30A offers characteristic optical sensitivity ranging from -11.5 dBm for 20.625 Gb/s signals to -10 dBm for 32G Fibre Channel and Ethernet OTU4 FEC measurements. This sensitivity represents the power level where an ideal eye diagram approaches 0% mask margin due to oscilloscope noise, serving as a figure of merit for comparing optical channels.
Yes, each of the four optical channels on the N1092D samples at the specified sample rate (up to 100 kHz standard, or 250 kHz with Option FS1) regardless of the number of active channels. This true parallel sampling architecture ensures consistent measurement performance across all channels without speed degradation when multiple channels are enabled.
With Option 30A and IRC (Impulse Response Correction), the N1092D supports SIRC filters from 12.89 GBd (9.67 GHz) to 53.125 GBd (39.8 GHz). With Option 30A combined with Option 168, the minimum SIRC frequency extends down to 8.4 GBd (6.3 GHz). SIRC correction data is unique to each specific serial number and improves reference filter response for better matching to ideal receivers.
The N1092D average power monitor covers -30 dBm to 0 dBm at 850 nm and -30 dBm to +6 dBm at 1310 nm and 1550 nm. For single-mode fiber, accuracy is 200 nW plus or minus 5% of reading plus connector uncertainty. For multimode fiber, the characteristic accuracy is 200 nW plus or minus 10% of reading plus connector uncertainty.
The N1092D with Option 30A can withstand a maximum non-destructive peak power of 8 mW (+9 dBm) without damage to the optical channels. For normal measurements, the maximum measurable input power is 4 mW at the 500 uW/division scale factor setting across all supported data rates and wavelengths.
The N1092D connects to a control PC via USB 2.0 or 3.0, with the PC running the free FlexDCA software interface. For automated test systems, Keysight recommends connecting the primary test system PC to a secondary PC via LAN, with the secondary PC connected to the N1092D via USB. The communication API uses SCPI over LAN (VXI-11 or HiSlip), simplifying integration with existing test infrastructure.