HaLow 802.11ah Transceiver for IoT

Overview

Key Features

• Low current draw for extended battery life
• Supports 1 MHz, 2 MHz and 4 MHz modulation bandwidths
• Low noise integrated, balanced, direct conversion receiver
• Receiver capable of processing signals from 113 dBm to 10 dBm at the LNA input
• Integrated DC offset correction & I/Q calibration scheme
• Highly linear Rx path architecture
• Minimal latency of 5us RF to baseband conversion in the receiver
• Battery monitor input
• Onboard temperature sensor
• Supports use of external power amplifier for a Pout of +20 dBm
• Interfaces supported: SPI/SDIO, JTAG, UART, I2C, GPIO, ADC, I2S
• Easily modifiable to be part of an SoC or be used as standalone transceiver

Benefits

• Will extend battery life
• Reduces the total power foot print of the SoC/ASIC
• Completely tested and complaint to IEEE 802.11ah
• Ready for integration on an SoC/ASIC
• Interfaces easily to FPGA for prototyping/testing

Block Diagram

Applications

• Asset tracking management
• Building security systems
• Electronic door lock
• Electronic shelf label
• Elevator and escalator control
• Factory automation
• Fire alarm control panel
• Gateway
• HVAC
• IoT applications
• IP camera
• Motion detector
• Smart & automatic meter reader
• Thermostat
• Video surveillance
• Wearable
• Window sensor
• Wireless environmental sensor
• Wireless health application
• Wireless sensor networks

Deliverables

• GDS
• User/Integration Guide
• Integration Support
• Systems

Technical Specifications