Pinnacle™ 100 Cellular LTE-M / NB-IoT / Bluetooth 5 Modem

Recommended for New Design (RND)

Overview

Cellular IoT meets long range Bluetooth 5 – A new world of IoT applications. 

The Pinnacle 100 is an End Device Certified cellular socket modem that combines low-power cellular with Bluetooth 5 technology into a fully integrated hardware platform. It seamlessly incorporates a powerful Cortex M4F controller, full Bluetooth 5 connectivity, and dual-mode LTE-M/NB-IoT capabilities – all with full regulatory, network certifications, and End Device (socket modem) carrier approvals.

Develop your application directly on the integrated Cortex M4F microcontroller using Zephyr RTOS to cut overall BOM costs and enable your application development with a secure, open source RTOS, with more than just kernel services. Remotely debug your fleet of devices with the Memfault Platform. Take advantage of the Zephyr community, Pinnacle 100 Zephyr board files, Laird Connectivity’s multi-featured Out of Box (OOB) sample source code covering all aspects of the products’ capabilities and hardware interfaces. Additionally, the Pinnacle 100 also delivers complete antenna flexibility, with multiple pre-integrated internal or external antenna options such as the Revie Flex family.

Get started today with our complete Out of Box Demo TODAY!

  • From Q2 2021 - New lower pricing in addition to the design’s lower overall costs – integrated radios, MCU, and no radio or cellular certifications needed
  • Cellular & Bluetooth with co-located radio testing
    • LTE-M/NB-IoT capabilities via Sierra Wireless HL7800 module
    • MCU / Bluetooth 5 radio via Nordic nRF52840 – Bluetooth 5, Coded PHY (LE Long Range), 2MPHY, Bluetooth mesh
      • Cortex-M4F – 32-bit @ 64 MHz, 256 KB of RAM, 1 MB internal flash, 8 MB QSPI
  • Multiple Antenna Options – The only cellular solution to have low-cost pre-integrated internal and multiple external antenna options with u.FL connectors
  • Globally & Carrier Certified – Speed your designs to market by leveraging FCC, ISED, EU, UKCA, Bluetooth SIG, PTCRB, GCF, AT&T, and Verizon certifications
  • Flexible Programming – Hostless mode via Zephyr RTOS or Hosted mode AT Command Set
  • Remote Debug – Monitor a fleet of devices with fault and metric tracking to uncover issues and resolve them faster with the Memfault embedded SDK
  • Best in Class Personalized FAE Support – Leverage personalized integration support and product development services including quick tailoring or fully customized solutions from experienced engineering teams

 

Pinnacle™ 100 Inside: Our MG100 IoT Gateway

The Sentrius MG100 Gateway offers a compact, out of box Bluetooth to Cellular gateway solution.

With the Pinnacle 100 inside, the MG100 gateway is a reliable IoT gateway for routing Bluetooth 5 to LTE-M/NB-IoT and on to the cloud. The MG100 supports advanced Bluetooth 5 features like CODED PHY and 2M PHY, for optimal Bluetooth performance.

It's designed to be powerful and flexible: offering low power consumption, battery back up options, integrated or external antenna options and the power of Zephyr RTOS for your application development. The MG100 seamlessly bridges local Bluetooth devices to the cloud in various environments like workplaces, campuses, factories, and more.

Learn More

MG100-square.png

Specifications

Additional Features
LE Coded (long range) 2MPHY (higher throughput ), BLE Mesh, custom services
BT Class
Class 1 (+6 dBm max)
Bluetooth Version
5
Chipset (MCU)
Cortex-M4F, 32 bit @ 64 MHz
Chipset (Wireless)
Cellular: Sierra HL7800 (Altair Semiconductor ALT1250)
Bluetooth: Nordic Semiconductor nRF52840
Firmware Upgrade
Via UART/JTAG, or OTA via Bluetooth/Cellular
Form Factor
Double-sided board with M.2 Connector
Frequency Bands (LTE)
1, 2, 3, 4, 5, 8, 12, 13, 20, 28
LTE Category
LTE-M / NB-IoT, Release 13 GPP
Logical Interfaces
UART, QSPI, SPI, ADC, I2C, GPIO, Timers. Debug via JTAG/UART
Memory
256 KB RAM, 1 MB Internal Flash
Physical Interface
M.2 Connector
Power Consumption
Power Save Mode (PSM), eDRX, BLE – TX, System Deep Sleep
SIM Type
4FF Nano SIM card slot
Part NumberAdditional DescriptionAntenna TypeChipset (Wireless)Frequency Range (Max)Frequency Range (Min)Frequency Range 2 (Max)Frequency Range 2 (Min)Logical InterfacesOS/SoftwareProduct TypeSystem ArchitectureTechnology
Pinnacle 100 with Integrated Antenna
453-00010
Recommended for New Design (RND)
Buy Now
Pinnacle 100 Modem Internal Sierra Wireless HL7800, Nordic nRF52840 2480 MHz2402 MHz2170 MHz703 MHzUART, QSPI, SPI, ADC, I2C, GPIO AT Commands, Zephyr Modem Hosted, Hostless LTE-M, NB-IoT, Bluetooth 5.0
Pinnacle 100 with External Antenna Connector
453-00011
Recommended for New Design (RND)
Buy Now
Pinnacle 100 Modem External Sierra Wireless HL7800, Nordic nRF52840 2480 MHz2402 MHz2170 MHz703 MHzUART, QSPI, SPI, ADC, I2C, GPIO AT Commands, Zephyr Modem Hosted, Hostless LTE-M, NB-IoT, Bluetooth 5.0
450-00010 DVK Contents
453-00010-K1
Recommended for New Design (RND)
Buy Now
Development Kit for Pinnacle 100 Modem Internal Sierra Wireless HL7800, Nordic nRF52840 2480 MHz2402 MHz2170 MHz703 MHzUART, QSPI, SPI, ADC, I2C, GPIO AT Commands, Zephyr Development Kit Hosted, Hostless LTE-M, NB-IoT, Bluetooth 5.0
450-00011 kit contents
453-00011-K1
Recommended for New Design (RND)
Buy Now
Development Kit for Pinnacle 100 Modem External Sierra Wireless HL7800, Nordic nRF52840 2480 MHz2402 MHz2170 MHz703 MHzUART, QSPI, SPI, ADC, I2C, GPIO AT Commands, Zephyr Development Kit Hosted, Hostless LTE-M, NB-IoT, Bluetooth 5.0
USB-SWD Programming Kit - Box Contents
453-00062-K1Buy Now
USB-SWD Programming Kit: Includes mainboard, TC2050-IDC Tag Connect cable, 10-pin flat IDC cable, 1.2 m USB cable, and 2-pin jumper

Documentation

Name Part Type Last Updated
Product Brief - Pinnacle 100 All Product Brief 10/12/2021
Datasheet - Pinnacle 100 All Datasheet 10/13/2021
User Guide - Pinnacle 100 Development Kit v1.1 All Documentation 04/14/2020
Schematic - Pinnacle 100 DVK All Technical Drawings 01/22/2020
User Guide - Pinnacle™ Modem AT Interface Application All Documentation 02/11/2020
Pinnacle Connect for Android (Google Play Store) All Software 04/07/2020
Pinnacle Connect for iOS (Apple App Store) All Software 04/07/2020
Pinnacle_MG100 - Out of Box Demo Applications & Guide (GitHub) All Software 11/11/2021
Application Note - Pinnacle 100 Low Power Guide All Application Note 03/26/2020
3D Model - 453-00010 (STEP file) All Technical Drawings 03/26/2020
3D Model - 453-00011 (STEP file) All Technical Drawings 03/26/2020
User Guide - Pinnacle 100 Modem LTE AT Command Guide All Documentation 04/15/2020
Truphone SIM Setup Guide All Application Note 08/12/2020
User Guide - Pinnacle 100 Hosted Mode – AT Interface Loading/Updating All Documentation 04/20/2020
480-00053 Pinnacle 100 Bootloader Release v3 All Software 04/21/2020
Release Notes - Pinnacle 100 Bootloader -v3 All Documentation 04/20/2020
Release Notes - Pinnacle 100 AT Hosted Mode Firmware v1.0 All Documentation 04/20/2020
480-00079 Pinnacle 100 AT Hosted Mode Firmware Version 1 Build 19 All Software 04/21/2020
Pinnacle 100 Programming Guide v1.0 All Documentation 04/24/2020
UBUtil Firmware Upgrade Generation Utility v1.0 – Windows All Software 04/27/2020
UBUtil Firmware Upgrade Generation Utility v1.0 – Linux / MAC All Software 04/27/2020
UwFlashX – Serial Firmware Update Utility All Software 04/27/2020
UwTerminalX – Serial Terminal Utility All Software 04/27/2020
GCF Certificate - 453-00010 All Certification 05/13/2020
GCF Certificate - 453-00011 All Certification 05/13/2020
Application Note - Data Transfer via UDP - Pinnacle 100 All Application Note 06/03/2020
Application Note - Finding GPS Location with the Pinnacle 100 All Application Note 06/17/2020
EU Certifications - Pinnacle 100 All Certification 12/01/2022
Release Notes - Pinnacle 100 BLE Direct Test Mode (DTM) Firmware All Documentation 06/17/2020
Application Note - Using Direct Test Mode - Pinnacle 100 All Application Note 08/07/2020
480-00081 R2.0 Pinnacle 100 DTM Firmware Build 22 All Software 07/02/2020
FCC Certifications - Pinnacle 100 All Certification 11/25/2020
Application Note - Out of Box Demo Architecture All Application Note 08/17/2020
RoHS 3 - Packaged and Cellular Products All Certification 10/07/2021
ISED Certifications - Pinnacle 100 All Certification 11/25/2020
FCC Certifications (C2PC) - Pinnacle 100 All Certification 02/08/2021
ISED Certifications (C2PC) - Pinnacle 100 All Certification 02/08/2021
Regulatory Information - Pinnacle 100 All Certification 02/24/2022
Zephyr RTOS – Getting Started Guide (external link) All Documentation 05/18/2021
Application Note - MG100 IP6x COTS Housing Recommendation All Application Note 06/24/2021
Remotely debug your fleet of devices with the Memfault Platform (GitHub) All Documentation 11/11/2021
Carrier Approval - Verizon, Pinnacle 100/453-00011 Listing All Certification 08/23/2021
Carrier Approval - Verizon, Pinnacle 100/453-00010 Listing All Certification 08/23/2021
Carrier Approval - AT&T, Pinnacle 100/453-00011 Listing All Certification 08/23/2021
Carrier Approval - AT&T, Pinnacle 100/453-00010 Listing All Certification 08/23/2021
PCN 8O-2021 - MG100 / Pinnacle 100 / MG100-BT510 Starter Kit All Documentation 09/07/2021
Release Notes - Pinnacle 100 DVK, MG100, MG100-CT v6.0.0 All Documentation 12/07/2021
Release Notes - MG100 and Pinnacle100 - v6.2.0 All Documentation 04/27/2022

Certified Antennas

  • 001-0014

    001-0014

    FlexPIFA / FlexPIFA 6E Flexible Adhesive-Backed PIFA Internal Antennas

    001-0014: FlexPIFA antenna, 2.4 GHZ 

    Learn More
  • EFF6925A3S-15MHF1

    EFF6925A3S-15MHF1

    Revie Flex Series Cellular Antennas

    Revie Flex PCB Antenna with u.FL

    698 - 875 MHz / 1710 - 2500 MHz

    Learn More
  • EFF6060A3S-15MHF1

    EFF6060A3S-15MHF1

    Revie Flex Series Cellular Antennas

    Revie Flex PCB Antenna with u.FL

    600 - 6000 MHz

    Learn More
  • EFF6989A3S-19MHF1

    EFF6989A3S-19MHF1

    Revie Flex Series Cellular Antennas
    Learn More

FAQ

How can I access UART between HL7800 and nRF52840 on the Pinnacle 100?

The Pinnacle 100 is a cellular modem which is basically composed of a Sierra HL7800 cellular module (Altair ALT1250 chipset) mated with a nRF52840 Nordic BLE chipset. The nRF52840 being provided with 2 UARTs, one of them is used to command the Sierra HL7800 cellular chipset. This UART that both HL7800 and nRF52840 share is called UART1, it is only accessible via non populated connector J2 on the Pinnacle 100 PCB:

User-added image

If actively using UART1 to command the HL7800 from another host, please make sure to disable nRF52840 UART end to avoid conflict between respective external host and nRF52840 UARTs.

How can I access the Out-Of-Box Pinnacle or MG100 UART command line interface?

Both Pinnacle and MG100 both are programmable using Zephyr RTOS. Zephyr is essentially a kernel but compare to other RTOS it has got other software running on its code, like drivers for sensors, logs output and even a shell subsystem.

Besides providing a quick proof of concept, our out-of-box demo software are a good starting point for your own IoT cloud application.
The out-of-box software comes directly with output UART logs that provides immediate information on what is going on in the background.

Within a UART log window open via e.g a terminal software like Putty, it is possible to access a shell command line interface by simply pushing "Tab" on your keyboard as follows :

User-added image

This allows to quickly show or set up multiple different parameters and can be useful for development purposes.

What is the Maximum LTE MTU size with the Pinnacle/MG100?

The max MTU is 1500 bytes but the network operator can set a lower value, it also depends on the Internet Protocol Version (IPV4,IPV6), and the protocol itself (UDP/TCP). If max MTU size is 1500 bytes then :

  • IPV4, default value = 1020 bytes
    For UDP: 8 – 1472 bytes max
    For TCP:  8 – 1460 bytes max
  • IPV6, default value = 1020 bytes
    For UDP: 8 – 1452 bytes max
    For TCP: 8 – 1440 bytes max

If user application send more than the MTU limitation, the module will display those data with several URCS (Unsolicited Result Codes).

Where do I get Sierra HL7800 AT Commands guide?

Why "out of the box" Pinnacle or MG100 UART logs sometimes comes up with Error 922 and 923?

Error 922 can happen if you try closing a socket that was already closed by the server.
Error 923 can happen if trying to send data on a socket that is already closed.

These are very common and expected errors than can happened during normal functioning. Our out of the box software are designed to properly clean up and ignore them.

Customers can use following command to increase the log level of the HL7800 driver at runtime to get more info:

attr set 201 3   <- HL7800 info log level
attr set 201 4  <- HL7800 debug log level

Do I need to enter an APN when using my Pinnacle/MG100?

You are free to leave the APN (Access Point Name) blank, but we advise to set it up when possible as it's always safest to do so. It's also usually recommended by IoT SIM provider.

Entering an APN often helps to quickly reach proper network frequencies bands. To know exactly what APN you need to enter, please contact your SIM provider.

Entering an APN can be done through either the Pinnacle phone application or via UART with command attr set 196 "apn"

Can my Pinnacle 100 BLE can act as BLE peripheral and central concurrently with the AT Hosted Mode firmware??

The Pinnacle 100 AT Hosted firmware provide an effective and direct way to alternatively interact via UART with both modules that compose the Pinnacle 100 :

  • Sierra HL7800
  • Nordic nRF52840

The AT Hosted firmware has been designed from previous BL654 firmware (v29.1.1.0) where the AT Command application code version was 1.01 and library version was 1.20.

Unfortunately, this firmware doesn't allow to assume both BLE (central and peripheral) concurrently as for now.

How is MQTT implemented with the Pinnacle 100?

On the Pinnacle 100 MQTT is implemented in the Zephyr IP stack. The MQTT protocol managed by IP stack in Zephyr running on the nRF52840. The MQTT layer uses sockets in order to send and receive data. The HL7800 driver in Zephyr does all the work to expose socket APIs to be used by a user app or other software layers.

This approach provides a lot of flexibility. The Pinnacle 100 supports anything that the Zephyr IP stack supports.

How do I get started with Memfault?

Laird customers get instant access to Memfault's device observability platform for up to 100 devices free forever. To get started with Memfault for remote debugging, continuous monitoring, and OTA firmware updates, sign up here.

How can I diagnose and debug crashes and other issues with devices remotely without an FAE on-site?

You can use Memfault to remotely monitor the health of their devices and debug issues in both the Pinnacle 100 and MG100 Gateway designs. Laird customers get instant access to Memfault for up to 100 devices free forever.

How can I measure the performance and health of my Pinnacle 100 / MG100 devices once they're in production?

For analyzing overall performance patterns in your fleet, metrics can easily be collected using our Memfault integration with the Pinnacle 100 and Sentrius MG100. Laird customers get instant access to Memfault for up to 100 devices free forever. 

Where are the instructions for the Out-Of-Box Demo for the Pinnacle 100/MG100 cellular gateways?

Everything needed to get started with our Out of the Box Demos for the Pinnacle 100 cellular modem and the MG100 cellular gateway can be found on GitHub

These links is also made available on the Pinnacle 100 Product Page in the Documentation section under Software.

A demo video for the Pinnacle 100 is also linked on the Product page for additional reference.

Do I need to build the OOB Demo to evaluate the Pinnacle100?

You do not need to build the OOB Demo on your own, if you have need to upgrade your OOB Demo version on your Pinnacle 100 modem or MG100 gateway, please use our official releases found here: https://github.com/LairdCP/Pinnacle-100-Firmware/releases.

Found at this link are several firmware file types depending on how you plan to upgrade, *.hex is for SWD while *.bin is used for BLE, UART, and HTTP over LTE. Additionally, 480-00052 is for the Pinnacle 100 and 480-00070 is for the MG100.

See the Firmware Updates section for how to upgrade over the different interfaces, BLE/UART/HTTP over LTE

To upgrade over SWD, use the JLINK USB port on the Pinnacle 100 DVK board, for the MG100 see the MG100 Hardware Guide section 5.4.4 to learn how to connect a J-Link debugger to the board for the upgrade using nRF Connect or Nordic Command Line Tools.

 

On Windows 10 when building firmware such as oob_demo firmware I am getting the following error: ninja: error: FindFirstFileExA(c/:/oob_demo/oob_demo/src): The filename, directory name, or volume label syntax is incorrect can you help me to correct this?

On Windows 10 when building firmware such as oob_demo firmware I am getting the following error: ninja: error: FindFirstFileExA(c/:/oob_demo/oob_demo/src): The filename, directory name, or volume label syntax is incorrect can you help me to correct this?

The ninja: error: FindFirstFileExA(c/:/oob_demo/oob_demo/src): The filename, directory name, or volume label syntax is incorrect, may be thrown if you have previously set up a Zephyr environment. This indicates ninja needs to be upgraded. If west update did not update ninja to the latest version enter choco upgrade ninja --force in cmd.exe as administrator to force the upgrade:

C:\Windows\system32>choco upgrade ninja --force

How do I switch between the HL7800 AT command interface and the smartBASIC AT command interface of the Pinnacle 100 Cewllular modem?

In order to toggle between the HL7800 AT command interface and the smartBASIC AT command interface, the DTR tickbox in UwTerminal needs to be de-asserted (Toggled) and then re-asserted(Toggled) again.  

With the Pinnacle 100 Cellular Modem, why can the GPS location not be retrieved while being connected to a LTE network?

In the Pinnacle 100 the GPS radio hardware is shared with the LTE radio hardware.
This means LTE needs to temporarily be disabled so that the GPS engine can take over the RF circuit to generate GPS location output.
To disable LTE, Airplane Mode needs to be enabled using the AT command at+cfun=4,0
To disable Airplane Mode again issue at+cfun=1,0.

Can I use the SIM card from my phone in the Pinnacle 100?

No, the Pinnacle 100 and the MG100 are LTE Cat-M1 or NB-IoT modems which require their own SIM card and are not compatible with the network your mobile phone uses. Customers need to source SIMs specifically for LTE Cat-M1 or NB-IoT networks through the carriers directly or through an MVNO. 

What is the correct Zephyr Branch to use for Pinnacle 100?

It is recommend that you reference the https://github.com/LairdCP/Pinnacle_100_OOB_Demo_Manifest for the correct Zephyr branch to use with the Pinnacle 100 to ensure that you will not run into any issues when compiling applications.

What IDE can I use with Zephyr for development and debug on the Pinnacle 100 or other Nordic-based modules?

We suggest using Visual Studio Code, please see the following for more information: https://github.com/LairdCP/Pinnacle_100_oob_demo/blob/master/docs/development.md

  • We suggest using Memfault for an out-of-the-box fault debugging and device observability solution. Memfault integrates seamlessly with Zephyr on the Pinnacle 100 and Sentrius MG100. Laird customers get instant access to Memfault for up to 100 devices free forever.

Do you have a hostless mode example for the Pinnacle 100?

The best example to use when designing your Hostless system on the Pinnacle 100 is to use the Out-of-the-Box Demo example as a template. Please see the OOB Demo manifest on our Github repository here for steps to building the firmware: https://github.com/LairdCP/Pinnacle_100_OOB_Demo_Manifest

How much Flash memory is available on the Pinnacle 100 for customer applications?

There should be approximately 750KB of space in the hostless version of the module after loading the soft device and image for the Nordic nRF52840 and Sierra Wireless HL7800.

Do I have to use the Segger branded debugger to program over the 2-wire SWD interface (JTAG) of the Nordic-based modules?

Yes, any programmer/debugger that supports the SWD 2-wire interface and the Cortex M4F processor should work with the Nordic-based modules. You can find information about the memory map in the nRF5xxxx Product Specification under the Memory and NVMC sections.

What is Laird Connectivity's product lifecycle EOL and PCN policy?

Laird Connectivity is committed to the long-term supply of all its standard embedded wireless modules and packaged products. Laird Connectivity’s products are specifically designed to meet the needs of the industrial and medical markets, which typically require 7 – 10 years product lifecycle. Although Laird Connectivity can’t guarantee that a component used in our products will not be obsoleted and cannot be reasonably substituted, Laird Connectivity can assure customers we will continue to sell our product when we have customer demand and can obtain the necessary components to build our products.

View our full policy here. 

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Buy Now

Distributor Part In Stock Region Buy
Future Electronics 453-00010 525 North America Buy Now
Digi-Key 453-00010 222 North America Buy Now
Symmetry Electronics 453-00010 100 North America Buy Now
Mouser 453-00010 95 North America Buy Now
RS 453-00010 25 EMEA Buy Now
Farnell 453-00010 5 EMEA Buy Now
Newark 453-00010 5 North America Buy Now
element14 APAC 453-00010 5 APAC Buy Now
Classic Components 453-00010 4 North America Buy Now
Avnet 453-00010 0 North America Buy Now
Digi-Key 453-00010-K1 26 North America Buy Now
Classic Components 453-00010-K1 5 North America Buy Now
Mouser 453-00010-K1 5 North America Buy Now
Symmetry Electronics 453-00010-K1 5 North America Buy Now
Farnell 453-00010-K1 3 EMEA Buy Now
Newark 453-00010-K1 3 North America Buy Now
RS 453-00010-K1 3 EMEA Buy Now
element14 APAC 453-00010-K1 3 APAC Buy Now
Avnet 453-00010-K1 0 North America Buy Now
Future Electronics 453-00010-K1 0 North America Buy Now
Symmetry Electronics 453-00011 100 North America Buy Now
Classic Components 453-00011 4 North America Buy Now
Avnet 453-00011 0 North America Buy Now
Farnell 453-00011 0 EMEA Buy Now
Future Electronics 453-00011 0 North America Buy Now
Mouser 453-00011 0 North America Buy Now
Newark 453-00011 0 North America Buy Now
RS 453-00011 0 EMEA Buy Now
element14 APAC 453-00011 0 APAC Buy Now
Digi-Key 453-00011-K1 23 North America Buy Now
Mouser 453-00011-K1 7 North America Buy Now
Classic Components 453-00011-K1 5 North America Buy Now
Symmetry Electronics 453-00011-K1 5 North America Buy Now
RS 453-00011-K1 3 EMEA Buy Now
Farnell 453-00011-K1 1 EMEA Buy Now
Newark 453-00011-K1 1 North America Buy Now
element14 APAC 453-00011-K1 1 APAC Buy Now
Avnet 453-00011-K1 0 North America Buy Now
Future Electronics 453-00011-K1 0 North America Buy Now
Digi-Key 453-00062-K1 24 North America Buy Now
Mouser 453-00062-K1 21 North America Buy Now
RS 453-00062-K1 4 EMEA Buy Now
Avnet 453-00062-K1 0 North America Buy Now
Symmetry Electronics 453-00062-K1 0 North America Buy Now

Distributors

Distributor Phone Number Region Website
Alpha Micro UK Only +44 1256-851770
EMEA Website
Arrow Electronics 1-855-326-4757
+44 2039 365486
APAC, North America, South America, EMEA Website
Avnet 1-480-643-2000
+44 1628 512900
APAC, North America, South America, EMEA Website
Cal-Chip Connect 1-215-942-8900
North America Website
Control Synergy +61-2-4966-5211
APAC Website
Digi-Key 1-800-344-4539
North America, South America, APAC, EMEA Website
EBV Elektronik EMEA Website
Farlink Technology +86 13266922199
APAC Website
Farnell 1-800-936-198
+44 3447 11 11 22
EMEA Website
Future Electronics 1-800-675-1619
1-514-428-8470
North America, South America, APAC, EMEA Website
Glyn +49-6126-590-0
EMEA Website
Jetronic China, Hong Kong and Taiwan 852-27636806 
APAC Website
Laird Connectivity 1-847-839-6925
+44 1628 858941
North America, South America, APAC, EMEA Website
M2M Germany +49-6081-587386-0
EMEA Website
Martinsson +46 8 7440300
EMEA Website
McCoy South East Asia +65 6515 2988
APAC Website
Mouser 1-800-346-6873
+44 1494 427500
North America, South America, APAC, EMEA Website
RS Components +852-2421-9898
+44 3457-201201
North America, South America, APAC, EMEA Website
Ryoyo Japan +81-3-3543-7711
APAC Website
Symmetry Electronics 1-866-506-8829
North America Website
Tekdis Australia and New Zealand +61 3 8669 1210
APAC Website
Telsys +972 3 7657666
EMEA Website