Wi-Fi 802.11b/g/n RF Transceiver

  • Ultra-Low Power
  • Digital RF
  • Optimized SoC Integration
  • IoT
  • Sampling Q1 2019

  • Digital
    Wi-Fi transceiver
Wi-Fi 802.11b/g/n RF Transceiver
Breakthrough Technology!

The Orca Live Wireless RF™ ORC8010 is the world’s first wideband polar transceiver

Product Description

Orca’s extremely low power ORC8010 Wi-Fi 802.11b/g/n transceiver is the first digital transceiver in the world to combine wideband throughput with the lowest power consumption for battery powered IoT and M2M devices.

ORC8010 Key features:
  • Patented and groundbreaking Orca Live Wireless RF™ digital radio technology
  • World’s first wideband polar transmitter
  • Exceptional transmit power efficiency
  • Optimized for system-on-chip (SoC) integration
  • Fast time to market with standard CMOS fabrication and standard interfaces

The Orca Live Wireless RF™ ORC8010 transceiver supports up to 40MHz bandwidth and is especially well suited to smart home devices, industrial devices, sensors, speakers, wearables, game controllers and other low-power IoT solutions.

Product Availability
  • IP Core
  • Known Good Die
  • Packaged IC
Key Specifications
  • Wi-Fi version
  • Groundbreaking Orca Live Wireless RF™ Digital Technology
  • World’s First Wideband Polar Transmitter
  • Optimizations for SoC Integration
  • Frequency Band
    2.4GHz (ISM Band)
  • Max Channel Bandwidth
  • Tx Power (max)
  • Exceptional Tx Power Consumption
  • Competitive Rx Power Consumption
  • Efficient Digital Power Amplifier (DPA)
  • RSSI
  • Low Power Modes
  • Self-Calibration
  • Factory Calibration
    Not required
  • Baseband Interface
    Imagination Technologies
    Others upon request
  • Serial Interfaces
  • System Clock
    40MHz (external crystal)
  • Silicon Process
    UMC 55nm LP CMOS
    Orca Live Wireless RF™ digital transceiver performance improves at lower geometries and is optimized for portability between foundries. Contact us for alternatives.
  • Typical Applications
    IoT, smart phone devices, industrial devices, wearables, sensors, cameras, speakers, game controllers, human interface devices and a multitude of other low-power connected devices.
Supporting information is available upon request, including, datasheet, reference schematics, detailed bill of materials (BOM), evaluation board, and standard performance test reports.

Contact us to become an early partner for the next generation of Wi-Fi for IoT and achieve best-in-class power consumption and size!

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