Agilent/Keysight N1092E

The Keysight N1092E is a DCA-M sampling oscilloscope purpose-built for high-performance optical and electrical waveform analysis in communication system applications. It integrates two optical and two electrical channels on a compact platform, enabling simultaneous multi-signal measurement with low noise and high accuracy. The instrument combines the advanced acquisition architecture of the DCA-X with specialized 861XX series channel hardware, delivering precise signal characterization from 1.25 Gb/s through 64 GBaud with sub-200 fs jitter performance.

– Technical Specifications

Bandwidth
• Electrical channels: 50 GHz (user-reducible to 20, 33, or 40 GHz)
• Optical channels: Greater than 40 GHz (Option 40A) or 30 GHz (alternate configurations)
• Clock input: 0.5 to 28.5 GHz

Sensitivity and Noise Performance
• Optical noise floor: 5 µW
• Electrical noise floor: 310/600 µV
• Jitter: Less than 200 fs

Sampling & Throughput
• Sample rate: Up to 250 kHz

Optical Specifications
• Wavelength range: 830 to 1600 nm
• Factory-calibrated wavelengths: 850/1310/1550 nm (±20 nm)
• Input connectors: FC/PC
• Reference receiver filters available for 25.78, 26.56, 27.95, and 28.05 Gb/s applications

Electrical Input
• Connector type: 2.4 mm

Clock Input
• Sensitivity: 200 mVpp
• Maximum safe input: 2.6 Vp-p (1.4 Vpp non-destructive; recommended <500 mVp-p)
• Impedance: 50 Ω AC coupled
• Connector: 2.92 mm (female)

Data Rate Support
• 1.25 to 11.3 Gb/s (basic oscilloscope mode for patterns <2 ns)
• 20 to 28 Gb/s (with options PLK and IRC)
• 8.4 to 64 GBaud solutions available

– Key Features

• Compact form factor: 88.26 mm H × 207.40 mm W × 485 mm D (without connectors/feet)
• Weight: 6.1 kg
• USB connectivity to PC running N1010A FlexDCA software interface
• Multiple reference receiver filters for Ethernet, fibre channel, and OTN standards

– Typical Applications

Optical and electrical signal analysis in high-speed serial communication systems, including Gigabit Ethernet, 400 Gb Ethernet, OTU4, and fibre channel implementations.