512 Gbps (4 x 128 Gbps) NRZ Data Generation
Four multiplexers generate a maximum capacity of 512 Gbps.
66 GHz broadband amplifier used for >100 GBaud (>200 Gbps) PAM4
Amplification of 120 GBaud (240 Gbps) PAM4 signals with a SHF M827 B amplifier is shown to be possible using equalization techniques of a software-based multi-tap FFE filter. As the R&D activity for >100 Gbaud PAM4 and coherent technology intensifies, many of...
SHF’s fastest DAC
SHF’s newest Digital-to-Analog-Converter – the SHF C911 A – is the fastest DAC we ever released. It provides error free operation up to at least 67 GBaud, extremely low amplitude distortion and low jitter output signals as shown below. 67 GBaud 60 GBaud 50...
SHF M827 B with 1.0 mm connectors
SHF’s most broadband amplifier is now available with 1.00 mm connectors and 70 GHz of bandwidth. Engineers are pushing out the 65 GHz frequency limit of the 1.85 mm connector as defined in the standard for Precision Coaxial Connectors (IEEE 287-2007) simply because...
TeraComm is now representing SHF in the USA
With 11 experienced sales engineers located “coast to coast”, we are now much closer to our US customers, and local support will be more personal and readily available. You can find your responsible sales engineer at the Regional Line Cards listed on...
Switchable Filter Bank
Passive low pass filters are very useful tools to minimize unwanted high frequency harmonic components. However, such passive devices tend to have a fixed -3 dB bandwidth and may therefore not always match the requirements. To mitigate this short coming, the SHF C980...
Clock Distribution enables 100 GBaud from existing AWGs
Need to generate more than 200 Gbps PAM4 or 100 Gbps NRZ but your AWG does not support it? Here is your solution! With SHF’s Bit Pattern Generators (BPG) and remote heads it is easy and straightforward to generate the highest possible data rates like 128 Gbps...
50 GHz RF Switches
With increasing complexity in RF test & measurement, some means of routing and switching between high-speed clock or signal lines is required. One example is to measure bit errors of multiple parallel lines with a single channel error analyzer. This can be...
50 GHz Adjustable RF Attenuator
With the SHF C711 A the exact attenuation value can be adjusted with a resolution of 0.1 dB within a 22 dB dynamic range. Engineers working in RF and high-speed communication test and measurement have the need to fine adjust signal levels to fit exactly the...