N1030A/B Module Specifications

Instrument:
N1000A
DCA-X
FlexDCA Rev:
N1000A: ≥A.06.90
86100D: ≤A.07.60
Availability:
Current

N1030A/B module specifications and characteristics apply when a module is installed in the instrument mainframe. The following notes refer to the module specifications listed in this chapter.

An N1030A/B with a serial number ≥ US62100101 requires FlexDCA firmware version A.06.90 or later.

For N1030A/B modules with a serial number < US62100101, the minimum required firmware version is A.06.55 (FlexDCA) for both the N1000A and 86100D.

All specifications describe warranted performance over the temperature range +10° C to + 40° C (unless otherwise noted). The specifications are applicable after the temperature is stabilized, which occurs after 1 hour of continuous operation and while module calibration is valid. Many performance parameters are enhanced through frequent, simple user calibrations.

Specifications describe warranted performance. Characteristics provide useful, nonwarranted information about the functions and performance of the instrument. Characteristics are printed in green italics.

Factory Calibration Cycle. For optimum performance, the N1030A/B should have a complete verification of specifications once every 12 months.

Nominal Value indicates the expected, but not warranted, value of the parameter.

N1030A/B Optical Channel Specifications

Item Description
Optical Channel Count 1 (N1030A)
2 (N1030B)
Optical Channel Bandwidth, −3 dBo 65 GHz (characteristic) 1
60 GHz 2
Nominal Wavelength Range 1250 nm to 1600 nm
Factory calibrated wavelengths 3 1310 nm (± 20 nm)
1550 nm (± 20 nm)
User calibration wavelength range 1250 nm to 1600 nm
Reference receiver filters 4
25 Gb/s Ethernet (25.78125 Gb/s)
400GBASE-SR16 (26.5625 Gb/s)
Ethernet OTU4 FEC/ITU-T G.959.1 (27.952493 Gb/s)
32G Fibre Channel (28.05 Gb/s)
49.77 Gbaud NRZ ITU-T 50G-PON (37.3 GHz) - Option 490
53.125 GBaud PAM4 TDECQ (26.6 GHz)
53.125 GBaud NRZ (39.8 GHz)
RMS Noise (Characteristic) 1310 nm 1550 nm
25 Gb/s Ethernet (25.78125 Gb/s) 16 μW 18 μW
400GBASE-SR16 (26.5625 Gb/s) 16 μW 18 μW
Ethernet OTU4 FEC/ITU-T G.959.1 (27.952493 Gb/s) 16 μW 18 μW
32G Fibre Channel (28.05 Gb/s) 16 μW 18 μW
53.125 GBaud PAM4 TDECQ (26.6 GHz) 18 μW 22 μW
53.125 GBaud NRZ (39.8 GHz) 30 μW 35 μW
Unfiltered (60 GHz) 35 μW 45 μW
Unfiltered (65 GHz) 80 μW 95 μW
RMS Noise (Maximum) 1310 nm 1550 nm
25 Gb/s Ethernet (25.78125 Gb/s) 20 μW 25 μW
400GBASE-SR16 (26.5625 Gb/s) 20 μW 25 μW
Ethernet OTU4 FEC/ITU-T G.959.1 (27.952493 Gb/s) 20 μW 25 μW
32G Fibre Channel (28.05 Gb/s) 20 μW 25 μW
49.77 GBaud NRZ ITU-T G.hsp (PON) 40 μW 55 μW
53.125 GBaud PAM4 TDECQ (26.6 GHz) 30 μW 35 μW
53.125 GBaud NRZ (39.8 GHz) 40 μW 55 μW
Unfiltered (60 GHz) 50 μW 65 μW
Unfiltered (65 GHz) 105 μW 110 μW
Optical Sensitivity (Characteristic) 5 1310 nm 1550 nm
25 Gb/s Ethernet (25.78125 Gb/s) –6.5 dBm –6.0 dBm
400GBASE-SR16 (26.5625 Gb/s) –6.5 dBm –6.0 dBm
Ethernet OTU4 FEC/ITU-T G.959.1 (27.952493 Gb/s) –6.5 dBm –6.0 dBm
32G Fibre Channel (28.05 Gb/s) –6.5 dBm –6.0 dBm
Scale Factor Specifications (per division, 8 divisions) Description
Minimum 5 μW
Maximum 500 μW
CW Offset Range 6 +1.0 mW to −3 mW
CW Accuracy (single mode)7 ± 15 μW ± 1.5% of reading ± connector uncertainty (Characteristic)
± 30 μW ± 3% of reading ± connector uncertainty
Maximum Measureable Input Power 4 mW at 500 μW/division scale factor
Average Power Monitor Range −30 dBm to +6 dBm (1310 nm)
−30 dBm to +6 dBm (1550 nm)
Average Power Monitor Accuracy 8 Description
For 1 μW ≤ Pinput ≤ 2 mW 200 nW ± 5% of reading ± connector uncertainty
For 2 mW ≤ Pinput ≤ 4 mW 200 nW ± 10% of reading − 100µW ± connector uncertainty
Maximum Non-destruct Peak Power 5 mW (+7 dBm)
Fiber Input 9/125 μm
Fiber Input Connector FC
Channel ADC 16 bits

With the unfiltered setting selected, −3 dBo is calculated from the −6 dBe point.

Tuned to –3 dBo (± measurement uncertainty) at stated bandwidth(s).

For the average power monitor and the channel vertical path.

The frequency response is verified using an optical impulse (< 1 ps FWHM).

Generally represents the power level where an ideal eye diagram will approach 0% mask margin due to the noise of the oscilloscope. Provides a non-specified figure of merit to compare sensitivities of various optical channels. These values are calculated from the characteristic noise values.

Referenced two divisions from screen bottom.

Single marker, referenced to power sensor.

Average power monitor accuracy is tied to the calibration accuracy of the power sensor.

N1030A (Option EC1) Electrical Channel Specifications

Item Description
Electrical Channel Count 1
Electrical Input Connectors 1 mm (m) bulkhead
Bandwidth, −3 dB (user selectable) 33, 40, 50, 70, 85, and 95 GHz 1
Transition Time (10% to 90% calculated from TR = 0.35/BW) Description
33 GHz BW 10.6 ps (Calculated)
40 GHz BW 8.8 ps (Calculated)
50 GHz BW 7.0 ps (Calculated)
70 GHz BW 5 ps (Calculated)
85 GHz BW 4.2 ps (Calculated)
95 GHz BW 3.7 ps (Calculated)
RMS Noise (Characteristic) Description
33 GHz BW 350 μV (Characteristic)
40 GHz BW 350 μV (Characteristic)
50 GHz BW 450 μV (Characteristic)
70 GHz BW 650 μV (Characteristic)
85 GHz BW 950 μV (Characteristic)
95 GHz BW 1150 μV (Characteristic)
RMS Noise (Maximum) Description
33 GHz BW 450 μV
40 GHz BW 500 μV
50 GHz BW 600 μV
70 GHz BW 800 μV
85 GHz BW 1200 μV
95 GHz BW 1400 μV
Scale Factor (per division) Description
Minimum 1 mV/division
Maximum 100 mV/division
DC Accuracy (VAVG Measurement) (at 33, 40, 50, 70, 85, 95 GHz BWs) 2 Description
Specification ± 2 mV ± 4% (reading − offset)
Characteristic ± 2 mV
DC Offset Range
(referenced to center of screen)
± 500 mV
Input Dynamic Range
(relative to channel offset)
± 400 mV
Maximum Input Signal ± 2V (+16 dBm)
Maximum Sample Rate Description
When used in an N1000A mainframe 250 kSa/s (Characteristic)
When used in an 86100D mainframe 40 kSa/s (Characteristic)
Nominal Input Impedance 50 Ω

Tuned to be −3 dB (± measurement uncertainty) at stated bandwidth(s).

Specified at calibration temperature ± 0.5 °C. Perform a new module calibration if hardware skew has been applied.