T-EFR32ZG23 Wireless SoC Family Data Sheet

T-EFR32ZG23 Wireless SoC Family Data Sheet

The T-EFR32ZG23 Z-Wave SoC is an ideal solution for sub-GHz “Internet of Things” for smart home, security, lightning and building automation. The high-performance sub-GHz radio provides long range capabilities and is not succeptible to 2.4 GHz interference from 2.4 GHz technologies like Wi-Fi.

The single die, multi-core solution, provides industry leading security, low power consumption with fast wake up times, and an integrated power amplifier to enable the next level of secure connectivity for Z-Wave gateways, controllers, and end devices.

T-EFR32ZG23 applications include:

  • Smart home
  • Security
  • Lighting
  • Building Automation

Specifications

T-EFR32ZG23 Chip Max TX Power Flash (kB) RAM (kB) Secure Vault GPIO LCD Package / Pinout Temp Range
T-EFR32ZG23B021F512IM40-C 20 dBm 512 64 High 22 No QFN40 with HFCLKOUT -40 to 125 C°
T-EFR32ZG23B020F512IM48-C 20 dBm 512 64 High 31 Yes QFN48 -40 to 125 C°
T-EFR32ZG23B020F512IM40-C 20 dBm 512 64 High 23 No QFN40 -40 to 125 C°
T-EFR32ZG23B011F512IM40-C 14 dBm 512 64 High 22 No QFN40 with HFCLKOUT -40 to 125 C°
T-EFR32ZG23B010F512IM48-C 14 dBm 512 64 High 31 Yes QFN48 -40 to 125 C°
T-EFR32ZG23B010F512IM40-C 14 dBm 512 64 High 23 No QFN40 -40 to 125 C°
T-EFR32ZG23A020F512GM48-C 20 dBm 512 64 Mid 31 Yes QFN48 -40 to 85 C°
T-EFR32ZG23A020F512GM40-C 20 dBm 512 64 Mid 23 No QFN40 -40 to 85 C°
T-EFR32ZG23A010F512GM48-C 14 dBm 512 64 Mid 23 No QFN48 -40 to 85 C°
T-EFR32ZG23A010F512GM40-C 14 dBm 512 64 Mid 23 No QFN40 -40 to 85 C°

Family Information Description

Key Features

  • Low Power Z-Wave Wireless SoC
  • 32-bit ARM® Cortex®-M33 core with 78 MHz maximum operating frequency
  • Up to 512 kB of flash and 64 kB of RAM
  • Integrated sub-GHz PA with up to 20 dBm TX power
  • Integrated LNA with RX Sensitivity as low as -109.8dBm
  • Secure Element with Secure Vault
  • Robust peripheral set and up to 31 GPIO

If you need to download the entire Data Sheet for the T-EFR32ZG23 Family SoC, you can click here.