Microchip Technology Inc.

The VelocityDRIVE LAN8660X/1X/2X endpoints with an integrated 10BASE-T1S PMD transceiver and support for standards-based remote control protocol (RCP) offers designers enhanced flexibility in their edge design. This single chip solution is ideal for space constrained designs. These endpoints directly bridge data between the T1S network and the sensor/actuators without the need for a gateway or added software programming. This provides a streamlined edge solution that reduces wiring complexity and speeds time to market. Support for gPTP, TC14/TC10 and standards-based RCP, combined with AEC-Q100 and ISO26262 qualifications makes these endpoints well suited for automotive, industrial, aerospace and defense and robotics applications.

Wide PHY interfaces eat pins, board space and power budget, exactly what edge nodes don't have. VelocityDRIVE™ LAN8679 and LAN8680 10BASE-T1S PMD transceivers use the standardized OA3p interface to link to an MCU with a reduced pin count design. The result: smaller, lower-power nodes and an all-Ethernet network right to the edge, with less wiring and cost. TC14/TC10 compliant. AEC-Q100 and ISO 26262 qualified. See the new transceivers.

Fewer pins. Less power. Smaller designs. That's what the OA3p interface brings to 10BASE-T1S edge connections. The new VelocityDRIVE™ LAN8679 and LAN8680 PMD transceivers connect to your MCU through the standardized OPEN Alliance 3-pin interface, cutting pin count, board space and power while improving interoperability. - TC14/TC10 compliant - AEC-Q100 and ISO 26262 qualified - LAN8680 adds System Basis Chip features: power control and a watchdog failsafe Explore specs and request samples.

The Space CSAC-SA65 has a proven track record of delivering atomic clock performance in a compact, low-power package designed for the rigors of Low Earth Orbit (LEO) missions and beyond. Building on this heritage, the second generation Space CSAC-SA65 is engineered to thrive in demanding environments with an expanded temperature range and increased radiation resilience of > 30 Krad. You can trust your timing and synchronization needs to the most advanced chip-scale atomic clock available. • Wide temperature range (-40 to +80 °C) • Ultra-low power consumption (<120 mW) • Compact footprint (<17 cc, <35g) • 10 MHz & 1PPS outputs • Backwards-compatible with first generation CSAC-SA65 • Tested for single event effects • Utilizes commercial parts for reduced cost and shorter lead times, backed by rigorous batch radiation testing The low-power Space CSAC-SA65 provides atomic precision and proven reliability for next-generation satellites, assured PNT and cross-link networks. Ready to elevate your timing solution?

Unlock a new era of satellite timing and navigation with the CSAC-SA65 Chip-Scale Atomic Clock, the ultimate solution for atomic precision and power efficiency in space applications. Experience Atomic Accuracy, Radiation Tolerance and Unmatched Power Efficiency. The CSAC-SA65 has a proven track record of delivering atomic clock performance in a compact, low-power package designed for the rigors of Low Earth Orbit (LEO) missions and beyond. Building on this heritage, the second generation CSAC-SA65 is engineered to thrive in demanding environments with an expanded temperature range and increased radiation resilience of > 30 Krad. You can trust your timing and synchronization needs to the most advanced chip-scale atomic clock available. Ready to elevate your timing solution?

On a small satellite, every milliwatt is spoken for. The CSAC-SA65 delivers atomic accuracy on less than 120 mW of steady-state power. That's <3E-10 ADEV at 1 s in a <17 cc, <35 g package, from the lowest-power commercially available atomic clock family. Precision timing that fits the power budget of next-generation LEO missions.