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Silicon Labs wireless products that last on a coin cell.

★★★★★ 4.9 Rated on Google Inc. 5000 honoree · ISO 9001:2015

Deep expertise on the Silicon Labs EFR32 platform — BG, MG, and FG SoCs. We design BLE, Zigbee, Thread, Matter, and Z-Wave products on EFR32, with energy-friendly profiling baked in from day one. Not a Silicon Labs partnership — just years of hands-on EFR32 hardware and firmware work.

  • EFR32 BG, MG, FG SoC selection
  • BLE, Zigbee, Thread, Matter, Z-Wave
  • Energy-friendly low-power design
  • Simplicity Studio firmware toolchain
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What we deliver

Wireless products that hit battery targets.

EFR32-based products designed for the lowest possible energy budget without giving up range or latency — from SoC selection to production.

EFR32 SoC selection

BG for BLE, MG for multi-protocol mesh, FG for sub-GHz. We match the SoC to your protocol, topology, and battery target.

Simplicity Studio firmware

Production firmware in Simplicity Studio with the Gecko SDK. Bluetooth Mesh, Matter, Zigbee 3.0, and OTA integrated.

RF & antenna tuning

PCB or chip antenna matched and tuned on the bench, with pre-compliance RF scans before formal certification.

Compact PCB & production

Space-constrained wearable-grade layout, RF calibration in fixture, and SMT assembly under one roof.

How we work

From protocol choice to shipped product.

Four phases, with energy validation built into firmware bring-up.

01

Protocol & SoC

BLE, Zigbee, Thread, Matter, or Z-Wave. EFR32BG for BLE, MG for mesh, FG for proprietary sub-GHz.

1 week
02

Hardware & antenna

EFR32 reference design adapted to your form factor. PCB antenna or chip antenna, with bench tuning.

3–4 weeks
03

Firmware in Simplicity Studio

Stack integration, application code, and OTA. Energy-friendly mode usage profiled with live current measurement.

4–8 weeks
04

Cert & production

FCC, CE, and Bluetooth SIG QDID. SMT assembly, RF calibration in fixture, and ship.

6–10 weeks
Silabs stack

EFR32 family versus use case.

The EFR32 series across every wireless standard, plus the full energy-friendly toolchain and certification paths.

Family / categoryWhere we use it
Bluetooth LEEFR32BG21, BG22, BG24, BG27 (BLE 5.3, audio, direction finding)
Multi-protocolEFR32MG21, MG24, MG26 (Zigbee, Thread, Matter, BLE concurrent)
Sub-GHzEFR32FG23, FG25, FG28 (proprietary sub-GHz, Wi-SUN)
Z-WaveEFR32ZG23, ZG28 (Z-Wave 800 series)
ToolchainSimplicity Studio 5, Gecko SDK, EnergyAware Profiler
Cert pathsBluetooth SIG QDID, Zigbee Alliance, CSA Matter, FCC, CE
FAQ

Common questions about Silabs projects.

Process, scope, and what to expect when you start an EFR32 project with Jaycon.

Which wireless protocols do you support?

BLE 5.3, Zigbee 3.0, Thread, Matter, Z-Wave 800, Bluetooth Mesh, Wi-SUN, and proprietary sub-GHz. We pick the protocol that fits the use case, not the other way around.

Can you hit microamp sleep targets?

Yes. We profile current with live measurement during firmware bring-up. We have shipped products that average sub-5 microamps in deep sleep with periodic wakes.

Do you handle Bluetooth SIG QDID and Matter certification?

Yes. We submit QDID through our developer account and align Matter products to the CSA test plan. Pre-test is run in our lab before formal submission.

Which Simplicity Studio version do you use?

Simplicity Studio 5 with the latest Gecko SDK. We track Silabs releases and migrate projects forward when there is a security or feature reason to do so.

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