IP & IC design

Rad-hard microelectronics

IP & IC radiation resistant design

As a fabless Design House, we design IP cores in several technologies. We use commercial processes with specific rad-hard standard cell libraries and apply specific radiation-hardening-by design techniques to our IPs. We also provide support and related services such as integration and verification.

Major space missions

Rad-Hard LVDS Driver. LVDS Receiver. LVDS Transceiver. LVDS Repeater (customer: ESA – European Components Initiative).

SEPHY – 10/100Mbps Space Ethernet Physical Layer Transceiver (Customer: European Commission – H2020).

SECHIS – SERDES Chip for Space Applications (Customer: European Commission – Eurostars).

Rad-hard microelectronics

IP & IC design

Our space microelectronics developers create systems capable of meeting the demanding needs and performance of space missions, so that they withstand complex conditions during the launch process and operate reliably in the harsh radiation conditions of space.

LVDS

Our LVDS allows data transmission along twisted pair cables at very high data-rates. Some typical applications are SpaceWire and clock distribution networks. Our devices are available in soft IP core, space-grade ceramic and plastic package.

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SEPHY

Space-graded 10BASE-T/100 Base-TX Ethernet PHY which allows full adoption in space of the most widely used network communication protocol while maintaining interoperability with the existing ground equipment. It is available as Soft IP Core, space-grade ceramic and plastic package.

SERDES

SERDES are commonly used in high-speed communications to compensate for limited input/output. The primary use is to provide data transmission over a single line or a differential pair to minimize the number of I/O pins and interconnects.

IP CORES

We have years of experience in the design of rad-hard IP cores.

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IP & IC design

IP & IC radiation resistant design

IP & IC design

LVDS

SEPHY

SERDES

IP CORES

QUANTUM ASIC ARQ-RSB02 for ELSA Antenna

ARQUIMEA leads the development of rad-hard Ethernet SEPHY transceiver 10BASE-T/100BASE-TX for the European 2020 Program

ESA – RTG4 FPGA SEE Mitigation

ASICS and FPGA design

Hold Down & Release Mechanisms (HDRM) and actuators for space applications

Deployment mechanisms for satellites

ARQUIMEA and SpeQtral announce strategic MOU to advance quantum secure solutions and satellite technologies

The Island Council of Tenerife and ARQUIMEA will promote CanarySat, a constellation of Canary Islands telecommunications satellites

Ecliptic receives $5M investment from ARQUIMEA to support growth and accelerate new technology development