Intel said it had lost billions of dollars in its previous sale of the baseband chip business to Apple.
By Intel 1003
Intel’s® card can be deployed in a variety of servers with its 1/2 length, single-slot form factor, low-power dissipation, and passive heat sink.
By Intel® FPGAs 1188
The Cyclone® III FPGA family from Intel® broadens the number of high-volume, cost-sensitive applications that can benefit from an FPGA.
By Intel® FPGAs 1585
Arria® II GX FPGA development kit from Intel® enables users to develop and test PCI Express designs.
By Intel® FPGAs 1571
The Cyclone® IV GX transceiver starter board from Intel® enables users to develop FPGA design for cost-sensitive applications.
By Intel® FPGAs 1212
The Cyclone® IV GX transceiver starter kit from Intel® provides a low-cost platform for developing transceiver I/O-based FPGA designs.
By Intel® FPGAs 1738
Intel® offers Cyclone® IV FPGAs with a transceiver variant which are ideal for high-volume, cost-sensitive applications.
By Intel® FPGAs 1701
The Max® V CPLD development kit from Intel® is a comprehensive, low-cost hardware platform for developing low-cost, low-power CPLD designs.
By Intel® FPGAs 1407
Intel®'s Stratix® III FPGA development kit is specifically designed for ease of use and rapid system integration.
By Intel® FPGAs 1455
The Cyclone® III FPGA starter kit from Intel® offers low power consumption and a wide range of low-cost packages.
By Intel® FPGAs 1425
Intel® has developed an extensive family of efficiency-optimized DC-DC buck (step-down) converters with integrated inductors.
By Intel® FPGAs 1422
Cyclone® V FPGA family from Intel® features lower-power due to increased use of hard-IP-blocks.
By Intel® FPGAs 2229
Intel®’s Enpirion® PowerSoC DC-DC converters feature integrated inductors and are ideal for enterprise server, storage, and communications.
By Intel® FPGAs 1256
Intel®'s MAX® 10 FPGA family is a low-cost, single-chip small-form-factor programmable logic device with high-I/O pin-count packages.
By Intel® FPGAs 1194
The high-performance levels of the Cyclone® V SoCs from Intel® make them ideal for differentiating high-volume in a variety of applications.
By Intel® FPGAs 1187
Intel®'s ES1030QI digital quad sequencer provides nested sequencing of four outputs per device.
By Intel® FPGAs 1163
Intel®'s MAX® 10 FPGA 10M50 evaluation kit is intended as an entry-level board for evaluation of the MAX 10 FPGA technology and Enpirion® PowerSoC regulators.
By Intel® FPGAs 1059
Intel® Cyclone® 10 LP FPGAs operate with two core power supplies, simplifying power distribution networks and saving costs, board space, and design time.
By Intel® FPGAs 1336
Intel's EZ6301QI and EZ6303QI outputs are independent, which enables one multi-output PowerSoC to replace three separate power converter devices.
By Intel® FPGAs 2216
Intel® Quartus® Prime Design Software v18.0 provides the ability to analyze design results during compilation allowing designs to be completed faster.
By Intel® FPGAs 1245