Sample Rate 125 MSa/s to 256 GSa/s |
Bit Resolution 8 to 14 bits |
Analog Bandwidth 3 to 80 GHz |
Spurious Free Dynamic Range(SFDR) -49 to -90 dBc |
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Realistic Testing with Precision Arbitrary Waveform GenerationKeysight arbitrary waveform generators (AWGs) are the source of greater fidelity, delivering high resolution and wide bandwidth simultaneously. This unique combination, coupled with our flexible form factors, allows you to create signal scenarios that push your design to the limit and bring new insight to your analysis. For your most challenging situations, the M8100 family provides high-performance AWG solutions with sample rates as high as 256GSa/s on 4 channels simultaneously. Get bits and bandwidth and enhance your reality. |
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Benefits of Arbitrary Waveform GeneratorsTesting an electrical/electronic device or system implies applying the right stimuli to the device under test (DUT) and analyzing the resulting behavior. In some cases, stimuli come from the real world but in most situations, a set of signals must be supplied by appropriate instrumentation. These sources can generate a broad variety of stimuli so that the operating range of the DUT may be established and validated. Ideally, it is best to test each module early in the development process in the most realistic conditions possible. In some cases, this can be accomplished using “golden” devices that provide the right signals that may be well characterized but are often difficult to control. An AWG has the potential to generate any signal, thus providing the ultimate customer solution. |
The M8100 Series arbitrary waveform generators (AWGs) offer a level of versatility that enables you to set up complex real-world signals — whether you need precise signals to characterize the performance of a design or need to stress a device to its limits. From low-observable radar to high-density communications, testing is more realistic with our precision arbitrary waveform generators.
Meet the New M8199B 256 GSa/s AWGThe new M8199B arbitrary waveform generator provides the speed, bandwidth, precision, and flexibility to meet the challenges of your next-generation applications.
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Meet the New M8199A AWGTo create next-generation transmission technology, advanced research engineers require a new level of stimulus performance. Whether testing the discrete components of a coherent optical system or experimenting with terabit transmission, you need the highest speed, bandwidth, precision, and flexibility to meet the challenges of applications. The capabilities of the M8199A enable you to take your designs to a new level.
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Key specifications | High-signal-fidelity AWG | High-speed AWG | ||||
M8190A | M8195A | M8196A | M8194A | M8199A | M8199B | |
Max. sample rate | 8/12 GSa/s | 65 GSa/s | 92 GSa/s | 120 GSa/s | 128/256 GSa/s | 256 GSa/s |
Bandwidth (incl. sinc roll-off) | 3/5 GHz @-3dB (sinc roll-off compensated) | 23 GHz @-3dB | 26 GHz @-3dB | 45GHz @-3dB | 50/55 GHz@-3dB |
75 GHz @-3dB 80 GHz @-6dB 90 GHz @-10dB |
DAC resolution | 14/12 bits | 8 bits | 8 bits | 8 bits | 8 bits | 8 bits |
Max. amplitude (differential) | 2 Vpp | 2 Vpp | 2 Vpp | 1.6 Vpp | 1.66 Vpp | 5.0 Vpp |
Memory | 1536 / 2048 MSa per channel | 16 GSa per module | 256 kSa per channel | 512 kSa per channel | 512 / 1024 kSa per channel | 1024 kSa per channel |
Random jitter (RMS) | 5 ps | 200 fs | 130 fs | 125 fs | 75fs | 75 fs |
Rise / fall time (20%/80%) | < 60 ps (typ) | 18 ps (typ) | 9 ps (typ) corrected | 6 ps (typ) corrected | 5 ps | 3 ps |
Max. ENOB (charts in datasheets) | 11.7/10.8 bits | 6.4 bits | 6.3 bits | 5.8 bits | 6.0 bits | 6.1 bits |
Max. SFDR | -90 dBc (DC to 2 GHz) | -80 dBc (DC to 1 GHz) | -57 dBc (DC to 4 GHz) | -35 dBc (DC to 10 GHz) | -48 dBc (DC to 20 GHz) | see datasheet |
Channels per module | 1 or 2 | 1, 2 or 4 | 1, 2 or 4 | 1, 2 or 4 | 1, 2, or 4 / 1 or 2 | 1 or 2 |
Synchronization | up to 12 channels using 6 M8190A modules and the M8192A sync module | up to 16 channels using 4 M8195A modules and the M8197A sync module | multi-module sync possible using a scope for time alignment | up to 16 channels using 4 M8194A modules and the sync cable kit | up to 16 / 8 channels using 4 M8199A modules and the M8008A clock module | up to 8 channels using 4 M8199B modules and the M8008A clock module |
Sequencing | Yes | Yes | N/A | N/A | N/A | N/A |
Channel output type | single-ended or differential | |||||
Auxiliary outputs | sample marker (1 per channel), 2 sync markers, sample clock, sync clock, ref. clock | ref. clock | sync out | ref. clock | sample marker (differential), 2 sync markers, ref. clock (M8008A), ref. clock 16G (M8008A) | sample marker (differential), 2 sync markers, ref. clock (M8008A), ref. clock 16G (M8008A) |
Form-factor | 2-slot AXIe | 1-slot AXIe | 2-slot AXIe | |||
Key applications |
• Radar, Satellite, Electronic Warfare, Multilevel Signals • ADC testing (Analog Digital Converter testing), Jitter Margin Testing • Digital Video, Noise Power Ratio Measurement, Wireless HD, HDMI, MHL • IEEE 802.11ad, CaTV, OFDM, Software Defined Radio |
• Wireless 5G/6G • Radar, Satellite, Electronic Warfare • Coherent/IMDD optical (~30 GBaud) • Quantum, physics, chemistry, and generalpurpose electronics research • HDMI, MIPI • Random interference (RI) in BERT applications |
• Optical research (~80 GBaud), e.g. 400ZR and 100 Gb/s/lane IM/DD. • Quantum, physics, chemistry, and generalpurpose electronics research • Random interference (RI) in BERT applications |
• Optical research (~100 GBaud), e.g. 400ZR and >100 Gb/s/lane IM/DD. • Physics, chemistry, and general-purpose electronics research • Wideband RF signal generation in wireless 5G/6G and aerospace / defense |
• Optical research (~128 GBaud), e.g. 800ZR/ LR and 200 Gb/s/ lane IM/DD. • Physics, chemistry, and general-purpose electronics research • Wideband RF signal generation in wireless 5G/6G and aerospace / defense |
• Optical research (~160/ ~200 GBaud), e.g. ≥ 1.6 Tb/s coherent and > 200 Gb/s/ lane IM/DD • Physics, chemistry, and general-purpose electronics research • Wideband RF signal generation in wireless 5G/6G and aerospace / defense |