Produits comparés

New Product, more details to come !
All In One IOT Board, 863-928MHz
Cortex M0+ MCU STM32L07
Semtech SX1276
Maximal output power100mW(20dBm)
Embedded memories (up to 192k bytes of Flash memory and 20k bytes of RAM)

New Product, more details to come !
mPCIE 915MHz Gateway Board

Semtech SX1301

Semtech SX1257 x2

FTDI232H

Hardware reset

Wide Temperature 802.11ac/b/g/n Industrial-Grade Mini PCIe Module based on Qualcomm QCA9890-BR4B

• 802.11ac/b/g/n Mini PCIe Module
• Wide Temperature: -40~+85°C
• Qualcomm Atheros QCA9890-BR4B (Industrial Grade)
• 3 x U.FL connectors, 3T3R
• up to 1.3Gbps Data rate 
• security: WEP, WPA, WPA2, WPS, 802.1x
• Support Linux

Powered by the Intel® Celeron® J1900/ N2807 processor, the OMNI delivers enhanced performance over its preceding models with the maximum resolution of 1366 x 768, memory support of up to 8 GB, (J1900), 4 GB, (N2807) , and VESA 100/ panel mount design.

Some of the most popular expansion interface and I/Os, such as USB type A x 1 for USB 3.0, USB type A x 3 for USB 2.0, HDMI x 1, and 3-pin terminal block x 1 for 9~30 V DC power input, are also featured in the device, making it ideally suited for any industrial or HMI display applications.

Powered by 6th Gen Intel® Core™ Desktop Processor with longevity support and a flexible mechanical design to change out the CPU depending upon the customer’s needs, 2 x HDMI with 4K resolution, 3 x industrial GbE LAN with Intel® industrial-grade I210 chipset, the BOXER-6639 aims at delivering superb performance. The rugged chassis design is ideally suited for smart control systems, machine vision inspection, digital signage, surveillance and machine maker.

With features supporting extended operating temperature from -20°C to 55°C and 9 ~ 36V wide range DC input, this BOX PC enhances operation in harsh factory environments.

AAEON’s BOXER-6639, incorporated with a variety of serial I/O connectors, including 6 COM ports, 4 USB3.0 and 34 channel DIO, offers flexible configuration and expansion capability. Hence, customers can efficiently wire-up multiple systems to the central controller for various automation applications.

The BOXER-6640 is purpose built for factory automation and machine vision applications. With two LAN ports, four USB3.0 ports, and three USB2.0 ports, it can be connected to a range of cameras and sensors, and its 8-bit DIO enables it to control connected systems based on digital inputs. As it also has a VGA port and two further combined HDMI and DP ports for dual display output, this controller can easily serve as the hub of an effective HMI solution.

The BOXER-6640 is a rugged, fanless system and features a tough casing and an operational temperature range of -20°C to 55°C. It can withstand power surges and drops and has a DC input range of 9V to 36V. The system is also resistant to vibrations, especially when fitted with SSD storage instead of an HDD. Additional storage is available in the form of full-size mSATA and PCIE Mini Cards.

“With its combination of nine LAN ports and a 6th or 7th Generation Intel® Core™ Desktop Processor, the BOXER-6640M achieves a level of performance few other systems can match,” said system platform division product manager Roy Huang. While it is normal to see PCs fitted with either a powerful processor or a large number of LAN ports, it’s rare to find both features on the same machine. The BOXER-6640M also features eight USB 3.0 ports to meet the growing demand for USB camera support.

The fanless BOXER-6640M runs in temperatures extending from -20°C to 50°C and has a DC Input operating range of 9-36V. The device was purposefully designed to be user friendly, and thanks to its remote power/reset switch, it can be installed almost anywhere. Ongoing maintenance tasks will also be easy to complete, as the rugged housing can be taken off by removing just six screws, and all internal components can easily be switched out and replaced.

Powered by 6th Gen Intel® Core™ Desktop Processor with longevity support and a flexible mechanical design to change out the CPU depending upon the customer’s needs, 2 x HDMI with 4K resolution, 3 x industrial GbE LAN with Intel® industrial-grade I210 chipset, the BOXER-6639 aims at delivering superb performance. The rugged chassis design is ideally suited for smart control systems, machine vision inspection, digital signage, surveillance and machine maker.

With features supporting extended operating temperature from -20°C to 55°C and 9 ~ 36V wide range DC input, this BOX PC enhances operation in harsh factory environments.

AAEON’s BOXER-6639, incorporated with a variety of serial I/O connectors, including 6 COM ports, 4 USB3.0 and 34 channel DIO, offers flexible configuration and expansion capability. Hence, customers can efficiently wire-up multiple systems to the central controller for various automation applications.

All In One IOT Wi-Fi Developement module based on AcSIP chip.

AI7697H is a highly integrated SIP module which features an application processor, a low power 1x1 11n single-band Wi-Fi subsystem, a Bluetooth subsystem, and a Power Management Unit. The application processor subsystem contains an ARM Cortex-M4F MCU, which has many peripherals, including UART, I2C, SPI, I2S, PWM, IrDA, and auxiliary ADC. AI7697H also includes embedded SRAM/ROM and an external 4MB serial flash.

All In One IOT LORA + GPS 863-928MHz SiP Chip

The S76G is designed & manufactured in a smallest form factor -SiP (System in Package). It integrates with SEMTECH SX1276 and a 32-bit ultra-low power Cortex M0+ MCU (STM32L073x), S76G supports global 863MHz or 928MHz ISM-Bands. Capable of 2-way communication and reach over 16 km (10 miles) distance in our field test. Besides, S76G contains a GPS chip –SONY CXD5603GF which is used to receive GPS/GPS+GLONASS signals for positioning.

This product is designed with multiple easy to use interfaces (I2C/SPI/UART/GPIO), fine-tuned RF performance and will be offered with complete SDK library & ready to go HDK, it can significantly help the users to shrink the size of end device and simplify the development efforts for any LoRa applications.

Cortex M0+ MCU STM32L07

Integrated in one module 13mm x 11mm x 1.55mm ;

• Semtech SX1276
• Sony CXD5603GF Chip GPS/GPS+GLONASS
• Maximal output power100mW(20dBm)
• Embedded memories (up to 192k bytes of Flash memory and 20k bytes of RAM)

New Product, more details to come !
All In One IOT SiP, 863-928MHz
Cortex M0+ MCU STM32L07
Semtech SX1276
Maximal output power100mW(20dBm)
Embedded memories (up to 192k bytes of Flash memory and 20k bytes of RAM)

AI7697HD is a highly integrated SIP module which features an application processor, a low power 1x1 11n Dual-band Wi-Fi subsystem, a Bluetooth subsystem, and a Power Management Unit. The application processor subsystem contains an ARM Cortex-M4F MCU, which has many peripherals, including UART, I2C, SPI, I2S, PWM, IrDA, and auxiliary ADC. AI7697HD also includes embedded SRAM/ROM and an external 4MB serial flash.

AI7697H is a highly integrated SIP module which features an application processor, a low power 1x1 11n single-band Wi-Fi subsystem, a Bluetooth subsystem, and a Power Management Unit. The application processor subsystem contains an ARM Cortex-M4F MCU, which has many peripherals, including UART, I2C, SPI, I2S, PWM, IrDA, and auxiliary ADC. AI7697H also includes embedded SRAM/ROM and an external 4MB serial flash.

New Product, more details to come !
All In One IOT Board, 863-928MHz
Cortex M0+ MCU STM32L07
Semtech SX1276
Maximal output power100mW(20dBm)
Embedded memories (up to 192k bytes of Flash memory and 20k bytes of RAM)

All In One IOT Wi-Fi Developement module based on AcSIP chip.

AI7697HD is a highly integrated SIP module which features an application processor, a low power 1x1 11n Dual-band Wi-Fi subsystem, a Bluetooth subsystem, and a Power Management Unit. The application processor subsystem contains an ARM Cortex-M4F MCU, which has many peripherals, including UART, I2C, SPI, I2S, PWM, IrDA, and auxiliary ADC. AI7697HD also includes embedded SRAM/ROM and an external 4MB serial flash.

A new generation of tough IoT gateways is allowing applications to move into the field and stay connected – no matter what the conditions. AAEON’s AIOT-IP6801 provides complete protection against dust and water, it can be safely plunged into outdoor environment, and it has an operating temperature range of up to -20°C~70°C. This compact system also features an Intel® Atom™ E3940 CPU or Celeron™ N3350 , up to 4GB LPDDR4 memory/32GB eMMC storage, rich I/O interfaces(Ethernet, COM port, USB3.0, HDMI), Wi-Fi & Bluetooth, and optional PoE function & LoRa Technology .

Connectivity
The AIOT-IP6801 comes with WiFi 802.11ac and Bluetooth 4.0 with dedicated antennas. Optional LoRa, 3G/4G LTE, and IQRF kits are available, and the system can also maintain communication links in high-temperature environments.

Convenience
The AIOT-IP6801 is significantly smaller than competing systems, and AAEON has also helped users by substituting M12 connectors with waterproof attachments for many of its I/O ports. As a result, users won’t have the trouble of needing to get M12 cables custom made for their applications.

A new generation of tough IoT gateways is allowing applications to move into the field and stay connected – no matter what the conditions. AAEON’s AIOT-IP6801 provides complete protection against dust and water, it can be safely plunged into outdoor environment, and it has an operating temperature range of up to -20°C~70°C. This compact system also features an Intel® Atom™ E3940 CPU or Celeron™ N3350 , up to 4GB LPDDR4 memory/32GB eMMC storage, rich I/O interfaces(Ethernet, COM port, USB3.0, HDMI), Wi-Fi & Bluetooth, and optional PoE function & LoRa Technology .

Connectivity
The AIOT-IP6801 comes with WiFi 802.11ac and Bluetooth 4.0 with dedicated antennas. Optional LoRa, 3G/4G LTE, and IQRF kits are available, and the system can also maintain communication links in high-temperature environments.

Convenience
The AIOT-IP6801 is significantly smaller than competing systems, and AAEON has also helped users by substituting M12 connectors with waterproof attachments for many of its I/O ports. As a result, users won’t have the trouble of needing to get M12 cables custom made for their applications.

This is a portable gateway for lorawan based on SX1301. It's enclosed into a mobile rugged case with weels.

It can be customised to match your needs. The pictures and component details can all be selected and adjusted to your application needs.

The base is the computer it self. It's an Intel based, industrial network computer with four Intel LAN cards, four mini PCIE, Console port.

We have customised our industrial LCD panels to a snug fit on the top cover of the rugged Nanuk 935.

It's a 18,5'' Full HD screen with a 4mm cover anti reflection glass. the power input can support from 9-36volts DC.

In some case the touch might be needed, no problem we can add either resistive touch or capacitive overlay.

We added our certified WWAN module to add 4G/3G networks, it has a PTCRB certification and is approved at most Canadian/US carriers ( Bell, Telus, Rogers, AT&T) 

The industrial wifi module will allow you to create a local AP or to connect to local wifi networks.

Finally we added a mini PCIE gateway SX1301 + 2 x SX1276 in one module to add Lorawan capability.

It runs the Semtech packet forwarder, a lora server based on loraserver.io that include the bridge, server and app server all inside the box.

This device is intended to easily do a customer site survey. Testings prior to do a final installation is always a good idea.

Since once closed down the case has a IP67 certification it's perfect for travelling around and testings lorawan in harsh environments like agriculture, mining and warehousing.

The USB hub allows you to charge multiple nodes, configure and flash them with your own code.

If you need a different configuration, with a smaller screen, or a different CPU configuration we can do customisation.

Add Cellular Modem Connectivity To Your Own IoT Hardware Solutions Or Use BitPipe™ In Autonomous Mode For Standalone M2M Applications.

BitPipe™ BP43G1-US Cellular Modem is a fully integrated compact wireless interface device that simplifies the development of IoT M2M connectivity solutions, reducing R&D costs and accelerating time to market.

BitPipe™ family of interchangeable devices incorporates everything you need; certified cellular radio, DC-DC converter, digital and analog inputs & outputs, serial communications and software API. SSL data communication, SMS messaging and I/O reporting using MQTT are also supported.

BitPipe™ IoT Connectivity Interface is designed to easily integrate any wireless IoT connectivity, the BitPipe™ Modem Family modules, with your IoT solution and onto your printed circuit board (PCB). Once you’ve integrated it in your design, your IoT solution literally become multi-networks compatible; hence future network migration or upgrade will be no issue.

If required by your IoT application design, especially if your IoT application or service requires the capacity and advantages of a high-performance LTE network, you can instantly establish an LTE cellular connectivity by simply inserting the BitPipe™ 4G LTE Fallback 3G  onto the BitPipe™ IoT Interface; thus, accelerating greatly your time to market.

All our IoT Connectivity Modems are PTCRB-certifed, FCC-compliant &MQTT-ready.

Carrier-approved: Bell, Rogers, Telus, At&T

PRODUCT MADE IN CANADA.

Add Cellular Modem Connectivity To Your Own IoT Hardware Solutions Or Use BitPipe™ In Autonomous Mode For Standalone M2M Applications.

BitPipe™ BP32G-W Cellular Modem is a fully integrated compact wireless interface device that simplifies the development of IoT M2M connectivity solutions, reducing R&D costs and accelerating time to market.

BitPipe™ family of interchangeable devices incorporates everything you need; certified cellular radio, DC-DC converter, digital and analog inputs & outputs, serial communications and software API. SSL data communication, SMS messaging and I/O reporting using MQTT are also supported.

BitPipe™ IoT Connectivity Interface is designed to easily integrate any wireless IoT connectivity, the BitPipe™ Modem Family modules, with your IoT solution and onto your printed circuit board (PCB). Once you’ve integrated it in your design, your IoT solution literally become multi-networks compatible; hence future network migration or upgrade will be no issue.

If required by your IoT application design, you can instantly establish a 2G or 3G cellular connectivity by simply inserting the BitPipe™ 3G-2G Cellular Modem onto the BitPipe™ IoT Interface; thus, accelerating greatly your time to market.

All our IoT Connectivity Modems are PTCRB-certifed, FCC-compliant &MQTT-ready.

Carrier-approved: Bell, Rogers, Telus, At&T

PRODUCT MADE IN CANADA.

Add Cellular Modem Connectivity To Your Own IoT Hardware Solutions Or Use BitPipe™ In Autonomous Mode For Standalone M2M Applications.

BitPipe™ BP43G1-US Cellular Modem is a fully integrated compact wireless interface device that simplifies the development of IoT M2M connectivity solutions, reducing R&D costs and accelerating time to market.

BitPipe™ family of interchangeable devices incorporates everything you need; certified cellular radio, DC-DC converter, digital and analog inputs & outputs, serial communications and software API. SSL data communication, SMS messaging and I/O reporting using MQTT are also supported.

BitPipe™ IoT Connectivity Interface is designed to easily integrate any wireless IoT connectivity, the BitPipe™ Modem Family modules, with your IoT solution and onto your printed circuit board (PCB). Once you’ve integrated it in your design, your IoT solution literally become multi-networks compatible; hence future network migration or upgrade will be no issue.

If required by your IoT application design, especially if your IoT application or service requires the capacity and advantages of a high-performance LTE network, you can instantly establish an LTE cellular connectivity by simply inserting the BitPipe™ 4G LTE Fallback 3G  onto the BitPipe™ IoT Interface; thus, accelerating greatly your time to market.

All our IoT Connectivity Modems are PTCRB-certifed, FCC-compliant &MQTT-ready.

Carrier-approved: Bell, Rogers, Telus, At&T

PRODUCT MADE IN CANADA.

Add Cellular Modem Connectivity To Your Raspberry Pi Hardware Solutions.

The BitPipe™ Hardware Attached on Top (HAT) is designed to provide easy integration of BitPipe™ Modem Family modules onto Raspberry PI platform.

The BitPipe™ HAT can be used as-is in your integrated solution, or can serve as a stepping-stone in designing your own hardware solution.

Command and control of the BitPipe™ modem requires only basic programming skills using Point–to-point protocol for Linux and standard AT command set.

Ideally suited for hardware and software engineers, integrators, students and hobbyists familiar with Raspberry Pi platforms.

PRODUCT MADE IN CANADA.

Add Cellular Modem Connectivity To Your Arduino Based Hardware Solutions.

BitPipe™ Shield is designed to provide easy integration of BitPipe™ Modem Family modules onto an Arduino platform.

The BitPipe™ Shield can be used as-is in your integrated solution, or can serve as a stepping-stone in designing your own hardware solution.

Use the BitPipe™ Arduino SDK to command and control the BitPipe™ modem. Library files allow you to easily communicate data or messages using HTTP, TCP/IP, SMS or MQTT over cellular networks.

Ideally suited for hardware and software engineers, integrators, students and hobbyists familiar with Arduino platforms.

PRODUCT MADE IN CANADA.

Easy To Deploy, Feature Packed USB/Ethernet To Wireless Cellular Gateway For Your Remote Data Communications Applications

BrioConnect™ is a compact Ethernet to wireless cellular gateway ideally suited to extend IP networks or provide remote monitoring and control connectivity. Can be quickly used for applications such as POS and computer terminals, industrial automation, smart utility metering, extending IP networks and many more.

PRODUCT MADE IN CANADA.