SN10-13

SN10-1X series are built in the latest SIGFOX wireless technology inside together with NXP OL2385 as the core. The OL2385 contains a RISC micro-controller to handle the simple application.

Module

Samples

Made By

InnoComm

Certified

Zones

nnocomm SN10-13, an cost effective module, is the best choice for your IoT solution providing more efficient and powerful structure plus comprehensive support in both hardware and software design. The radio frequency of SN10-13 can support Japan regulartion requirment.

Downloadable resources
  • Brochure_SN10-1x_v2.0.pdf

In order to download a datasheet please Sign in or Register

Certification

Certification

Sigfox Verified

End Product Certificate M_0043_909D_01

ARIB

Business

Availability

Samples

Where to buy ?

Technical Details

Product casing

Dimensions (in mm): 15 x 15 x 2.8

Weight: 4.8gr

Sigfox Connectivity

RF:

Max Tx Radiated Power: +13 dBm

Rx Sensitivity: -125 dBm

Product electrical characteristics

Power Supply: From 1.9V to 3.6V

Power Consumption:

Tx: 30 mA

Rx: 14 mA

Idle: 2.5 μA

Embedded Software

SDK: No

Other products from InnoComm (13)

SN10-11

SN10-1X series are built in the latest SIGFOX wireless technology inside together with OL2385 as the core. The OL2385 contains a RISC micro-controller to handle the simple application.
Module
Samples

SN10-12

SN10-1X series are built in the latest SIGFOX wireless technology inside together with OL2385 as the core. The OL2385 contains a RISC micro-controller to handle the simple application.
Module
Samples

SN10-22

SN10-2X series are built in the SIGFOX, GPS, WiFi and BLE wireless technologies inside together. The TI CC2640 ’s built-in 32-bit ARM ® Cortex M3 plays as system controller to handle the applications.
Module
In Development

SN10-32

SN10-3X series are built in the SIGFOX, WiFi and BLE wireless technologies inside together. The TI CC2640 ’s built-in 32-bit ARM ® Cortex M3 plays as system controller to handle the applications.
Module
In Development

SN10-42

SN10-4X series are built in the SIGFOX and WiFi wireless technologies inside together. The TI CC2640 ’s built-in 32-bit ARM ® Cortex M3 plays as system controller to handle the applications.
Module
In Development

SN10-62

SN10-6X series are built in the SIGFOX and GPS inside together. The TI CC2640 ’s built-in 32-bit ARM ® Cortex M3 plays as system controller to handle the applications.
Module
In Development

SN10-52

SN10-5X series are built in the SIGFOX and BLE wireless technologies inside together. The TI CC2640 ’s built-in 32-bit ARM ® Cortex M3 plays as system controller to handle the applications.
Module
In Development

SN10-21

SN10-2Xseries are built in the SIGFOX, GPS, WiFi and BLE wireless technologies inside together. The TI CC2640 ’s built-in 32-bit ARM ® Cortex M3 plays as system controller to handle the applications.
Module
In Development

SN10-23

SN10-2X series are built in the SIGFOX, GPS, WiFi and BLE wireless technologies inside together. The TI CC2640 ’s built-in 32-bit ARM ® Cortex M3 plays as system controller to handle the applications
Module
In Development

SN10-31

SN10-3X series are built in the SIGFOX, WiFi and BLE wireless technologies inside together. The TI CC2640 ’s built-in 32-bit ARM ® Cortex M3 plays as system controller to handle the applications.
Module
In Development

SN10-41

SN10-4X series are built in the SIGFOX, and WiFi wireless technologies inside together. The TI CC2640 ’s built-in 32-bit ARM ® Cortex M3 plays as system controller to handle the applications.
Module
In Development

SN10-51

SN10-5X series are built in the SIGFOX and BLE wireless technologies inside together. The TI CC2640 ’s built-in 32-bit ARM ® Cortex M3 plays as system controller to handle the applications.
Module
In Development

SN10-61

SN10-6X series are built in the SIGFOX and GPS inside together. The TI CC2640 ’s built-in 32-bit ARM ® Cortex M3 plays as system controller to handle the applications.
Module
In Development
Information provided on this page is solely under the responsibility of the company who has created and filled the page.