ASICs intended for use in space are required to withstand damage from energetic particles, gamma and cosmic rays.

A range of boards and modules derived from the company’s experience in the development of space-borne GNSS applications.

SAPHYRION produces offers to the GNSS receivers’ developers a complete set of new instruments particularly optimized for logging...

SAPHYRION has pioneered the area of low-cost dual frequency GNSS receivers, which can effectively support the diffusion of GNSS...

Saphyrion has a full command of rad-hard and terrestrial ASIC design, with specific emphasis on RF/mixed signal devices, which can be produced by different processes (Si, SiGe, SOI, GaAs, GaN) according to the client's needs.

Complex electronic boards, also based on rad-hard components and qualified for space, can be designed and developed by Saphyrion's team of electronics experts, saving to the customer efforts, time and additional expenses.

The production of space electronic units is subject to rules and control procedures uncommon in the general industry. Saphyrion's clients could benefit from a constant support in the choice of the best partner in fabrication, packaging and testing.

Saphyrion offers high-level consultancy services spanning over a wide range of disciplines related to space engineering, and has a specific know-how in the design, conduction and quality control of radiation tests of critical electronic components, which are carried out at some of the most important EU facilities.

new-product

GDARS™ offers to the GNSS community an advanced GNSS RF-bands record and playback instrument, combining the highest fidelity with first class flexibility and performances.

"The GNSS record&playback system GDARS™ has been thoroughly tested at Thales Alenia Space laboratories in very demanding applications, by using complex multi-frequency receivers. In all cases, the instrument has confirmed its expected performance especially on wideband GNSS signals, and has proven to be most useful in the study of in-band interference thanks to its high quantization depth"

(Dr. Livio Marradi, GNSS Product Manager, Thales Alenia Space Italy)

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