Some of the currently planned missions that benefit from Alphacore's ADC are listed below. The Stratospheric Observatory for Infrared Astronomy (SOFIA) is a 2.7 meter airborne telescope that includes multiple spectrometers covering a broad range of wavelengths. Its Heterodyne Instrument requires 64 high-bandwidth ADCs, similar to the Alphacore ADC. Global Atmospheric Composition Mission (GACM) has passive and active remote sensing instruments in low Earth orbit (LEO) including a UV spectrometer, an IR spectrometer, and a scanning Microwave limb sounder (SMLS). Alphacore's ADC that has 24GSps sampling rate, 40Ghz bandwidth and is radiation hard meets the requirements of these instruments. Compact Adaptable Microwave Limb Sounder (CAMLS) is a collection of instruments, scalable for use in balloons, aircraft and eventually in space. It is a follow-on mission for GACM, and requires digital spectrometers to cover 40 GHz of bandwidth. Six high-bandwidth (and rad-hard) ADCs are needed. Alphacore's ADC is an excellent match to this application. Airborne Scanning Microwave Limb Sounder (A-SMLS) instrument requires seven high bandwidth ADCs for analysis over the spectral range from 225 to 234 GHz. Other NASA missions that can benefit from Alphacore's ADC are TSSM, CCAT, JUICE, MARVEL and VESPER.In addition to NASA's remote sensing applications Alphacore's ADC is a perfect match to a wide range of radio astronomy applications. Alphacore received several letters of support form the international radio astronomy community to go with this application. The features that make it an exceptional match to the requirements of international large-scale radio astronomy experiments are: seamless interfacing to FPGAs, single core design instead of time-interleaved one, very high sampling rate and bandwidth, easy clocking with an on-chip PLL, low power dissipation and low cost. The ADC also has wide commercial applicability in networking (coherent receivers, network modules), communications (software-defined radio), test equipment (high-speed digital oscilloscopes), radar and electronic warfare (EW) devices. The radiation hardness makes it suitable for commercial and defense sector space applications.