Many kinds of satellite operators are trying to deploy more quickly and cheaply, and are looking at components of lower screening levels than traditional QML Read more »
Microsemi’s non-volatile FPGAs have maintained a leadership position in reliability, low-power, and security for several product Read more »
As FPGA capacities become larger, the value of the design IP has become greater. Additionally, the threat landscape has become decidedly more hostile Read more »
PolarFire FPGAs include up to 24 high-speed full-duplex transceiver channels with unique features unavailable in competing devices. The SerDes transceiver was specifically optimized Read more »
In designing the FPGA programmable logic fabric, we aimed to meet mainstream performance requirements with minimal power and cost. Microsemi’s PolarFire FPGAs typically consume one-tenth the static power of competing SRAM FPGAs, and half the total power. Read more »
The PolarFire FPGA family uses SONOS non-volatile (NV) technology on a 28nm technology node. This provides a cost advantage over SRAM-based FPGAs at the same or even smaller node Read more »
The central nervous system serves as a framework for characterizing the rapidly evolving global market for electronic hardware. The cloud is the brain, connected devices are receptors, and the transport network is the nerves that connect Read more »
As part of our on-going commitment to the space industry, Microsemi recently… Read more »
Microsemi participated in the Single Event Effects (SEE) Symposium and the Military and Aerospace Programmable Logic Devices (MAPLD) Workshop in San Diego, California, on May 22-25, 2017…. Read more »
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