RF and Analog Mixed-Signal ASICs

AXSEM's RF and Analog Mixed-Signal ASIC Design Services provide you with exactly the level of service you require. Our wide selection of proven experience and rich IP catalog will ensure your product's success

The AXSEM ASIC Advantage

Lower your costs.

Choose the services you need, from consulting to joint development to full turnkey design, fab, assembly, test, packaging and support. Our rich portfolio of intellectual property (IP) is available to you.

Reduce your risk.

AXSEM's first-pass success rate is one of the best in the industry. Thanks to the combination of strong ties to top suppliers and world-class in-house expertise we have completed some 20 customer specific projects first-time-right. AXSEM has ASIC development experience in multiple markets.

Shorten your development time.

AXSEM's ASIC services are managed by highly experienced teams. Our broad base of tools and IP has been proven in multiple markets and applications.

Examples of successfully completed ASIC Projects

1.6 GHz high efficiency/high output power PSK transmitter.

• Digitally linearized highly efficient 23 dBm RMS, 27 dBm peak power amplifier
• Capable of meeting stringent regulatory requirements in a licensed band
• Fully integrated LO synthesizer
• Baseline CMOS process

76x5 ultra-low power STN LCD driver.

• Generation of all driver voltages from a single supply voltage
• Capable of handling very large display segments
• Ultra-low standby and operation currents
• Flexible data loading and pixel address configuation
• Baseline CMOS process

Combined RFID reader and passive sensor reader.

• RFID reader for ISO18000-6 tags at 868 MHz and 915 MHz
  (RF front-end and highly programmable digital modem)
• Passive wireless sensor interrogator at 433 MHz
• Two fully integrated LO synthesizers
• DSP & microcontroller
• Automotive qualification requirements
• Baseline CMOS process

2.4 GHz narrow-band transceiver.

• High sensitivity low-power narrow-band transceiver.
• Fully integrated quadrature LO synthesizer
• High frequency hopping rate
• Base-line CMOS process

Video and RGB signal receiver.

• Three 240 MHz 8-bit ADCs with dedicated signal conditioning at input
• One 120 MHz 10-bit ADC
• Pixel clock recovery PLL with 32 phases
• References
• Baseline CMOS process

Combined 13 MHz ultra-low power receiver and 868 MHz narrow-band transceiver.

• 13 MHz ultra-low power wake-up receiver
• 868 MHz narrow-band transceiver
• LO synthesizer
• Baseline CMOS process