SPS 2025
AI Solutions
Manufacturer: DeepX
The DEEPX DX-M1 M.2 module brings server-grade AI
inference directly to edge devices. Delivering 25 TOPS
of performance at just 2-5W, the module achieves 20x
better performance efficiency (FPS/W) than GPGPUs
while maintaining GPU-level AI accuracy.
Key Features
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Type: AI Accelerator
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Form Factor: M.2 M Key (22 x 80 mm)
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Interface: PCle Gen.3 x4
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Memory: 4GB LPDDR5, QSPI 1Gbit NAND Flash
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Host HW: x86, ARM Based Architecture
Wireless Module
The C17QS modules use their LTE Cat 1bis technology and optional GNSS tracking capabilities to simplify global connectivity and tracking solutions. With an optional integrated iSIM under development, C17QS is capable of ensuring remote monitoring and seamless global coverage. The module comes in Worldwide variant which can be deployed according to customer requirements. The C17QS series, with its power saving and DRx/eDRx modes, ensure prolonged life cycles in both battery powered and externally powered usecases.
The CQS29X series is part of Cavli's C-Series module family, featuring LTE Cat 4 modules that support data rates of up to 150 Mbit/s downlink and 50 Mbit/s uplink, with 2G fallback. Powered by a Cortex A53 quad-core CPU and Adreno™ 702 GPU, offering strong compute and graphics performance. Available in global variants with multiple memory options. Features multi-constellation GNSS (GPS, BDS, GLONASS, Galileo, QZSS, SBAS), Wi-Fi, Bluetooth, FM, and USB 3.1 Type-C/Micro USB connectivity. Suitable for applications such as vehicle clusters, e-mobility, telematics, and smart kiosks.
C42QM is a series of LTE Cat M1/ NB-IoT module, designed for IoT and M2M applications, that support 3GPP release 10. With its LGA form factor, it offers pin compatibility with C17QS and C11QM modules, allowing for flexible migration. Integrated GNSS (GPS, GLONASS, BEIDOU, Galileo) ensures precise positioning. Supports VoLTE, SMS over IMS/SG/CS, multiple Internet protocols, and standard interfaces. Available in global and regional variants, with optional eSIM via Cavli Hubble for seamless connectivity. Ideal for IoT use cases such as asset tracking, e-mobility, data logging, fleet management, and environmental monitoring.
2.4GHz Wi-Fi and Bluetooth Low Energy (BLE) modules, designed for IoT applications such as industrial control, motor drives, user interfaces, power monitoring, alarm systems, consumer devices, gaming, GPS, e-bikes, and optical modules. Available in four variants, offering flexibility in antenna type and operating temperature.
The MGCB1-U110 series is compact, dual band, multi-constellation GNSS receiver module. The module support L1 & L5 band GNSS. The dual band and multi-system GNSS receiver provides the high precision, visible satellite and fast acquisition time. These key features provide excellent performance on position application. The MGCB1-U110 series provide fast TTFF time, acquisition time and up to 135 satellite channel. The module integrates low noise amplifier and high rejection filter. These designs will provide high receiver sensitivity and reduce noise interface. The MGCB1-U110 series is excellent and easy to use in navigation and position application.
Timing
The SiT6907EB evaluation board (EVB) is designed for use with SiTime’s XO in the 5-pin, 2.9 x 2.8 mm (SOT23-5) packages and LVCMOS output type.
The SiT6722EB evaluation board (EVB) is designed for use with SiTime’s Elite Super-TCXOs in the 10-pin, 5.0x3.2 mm ceramic packages. It enables the evaluation of key functionalities of these precision SuperTCXOs in all three configuration modes including TCXO, VCTCXO and DCTCXO with I2C. VCTCXO, DCTCXO.
SiTime oscillators are based on advanced MEMS technology, providing precise, reliable, and flexible timing solutions.
The portfolio spans from standard oscillators to high-stability TCXO and OCXO devices, supporting various configuration modes such as standard, voltage-controlled (VCTCXO), and digitally controlled (DCTCXO).
These oscillators are ideal for automotive, industrial, communications, and IoT applications.
The SiT6098EBB evaluation board (EVB) provides the ability to evaluate the functionality of SiTime’s 32- kHz 1508 oscillators and TCXOs on a simple board that makes it easy to power up the oscillator and observe the output buffered through an operational amplifier. The analog buffer isolates the device from the significant loading, which is important for performing the best waveform and current measurements.
Antenna
The 2JF0102P antenna is a flexible high efficiency embedded solution covering 2.4 GHz, 5.0 GHz and 6.0 GHz bands. The antenna can be easily mounted in most devices due to self-adhesive layer and small size. 2JF0102P is an omnidirectional, ground plane independent antenna. Cable and connector is upon request.
The 2J7724M antenna is a high-performance magnetic mount solution covering cellular and LTE bands, including 698-960 MHz, 1710-2170 MHz, and 2500-2700 MHz. It is ground plane dependent and designed for outdoor applications, offering IP67, IP69, and IK09 certifications. The antenna has a customizable cable and connector, making it versatile for different installation needs. With compact dimensions, it is ideal for various environments.
The PATGPS-I10D-100-1ZM-A is a powerful GNSS patch antenna specifically designed for applications requiring high positioning accuracy. Its dual-feed structure ensures reliable performance across multiple GNSS bands.
WPC
The WPC-W-P-TX-CFM-001 is a high-efficiency wireless power transmitter solution designed for inductive charging applications. It operates within the WPC standard and is ideal for embedded use due to its compact size and flexible design. The component is easy to integrate into most devices, featuring a self-adhesive layer for convenient mounting. The WPC-W-P-TX-CFM-001 offers reliable performance in wireless charging and is customizable.
NFC
Inpaq offers high-performance NFC solutions designed for secure, short-range communication in various applications, including contactless payments, data transfer, and access control. These NFC antennas are compact, efficient, and easily integrated into devices like wearables and IoT systems. With optimized design for low power consumption and high sensitivity, Inpaq’s NFC solutions ensure reliable performance in challenging environments, providing seamless connectivity for modern wireless communication needs. Customization options for size, shape, and performance are available to meet specific application requirements.
Point to Point
- Sensor board with embedded 4G internet connectivity, featuring CAT1-BIS with built-in positioning
- On board sensors (6 axis acceleration, temperature, humidity, microphone, ALS)
- Sensor board with embedded LPWAN internet connectivity, featuring NB-IoT, LTE-M with fallback to 2G; built-in positioning and on-board 0 € broadband antenna
- On board sensors (6 axis acceleration, temperature, humidity, microphone, ALS)
- Sensor board with embedded LPWAN internet connectivity, featuring NB-IoT, LTE-M with fallback to 2G; built-in positioning and on-board 0 € broadband antenna
- Flat design (12 mm height), with 5-12V input voltage (fridge integration)
- On board sensors (6 axis acceleration, temperature, humidity, microphone, ALS)
- Sensor board with embedded LPWAN internet connectivity, featuring NB-IoT, LTE-M; built-in positioning, backup battery, and on-board 0 € broadband antenna (GSM+GNSS);
- PPSB functions with on-board sensors (6 axis acceleration, temperature,
humidity, microphone, ALS)
- GNSS board with embedded LPWAN internet connectivity, featuring NB-IoT, LTE-M; built-in positioning, backup battery, and on-board 0 € broadband antenna (GSM+GNSS);
- Tracker functions based on GNSS and LBS with tower triangulation
- Sensor board with embedded LPWAN internet connectivity, featuring NB-IoT, LTE-M with fallback to 2G; built-in positioning and on-board 0 €
broadband antenna - Integration into a flat refrigeration lamp
- On board sensors (6-axis acceleration, temperature, humidity, microphone, ALS)
- Sensor board with embedded LPWAN internet connectivity, featuring NB-IoT, LTE-M with fallback to 2G; built-in positioning and on-board 0 €
broadband antenna - Integration into a circular refrigeration lamp
- On board sensors (6-axis acceleration, temperature, humidity, microphone, ALS)
- 5V DC 1A power supply integrated onto fridge lighting to offer a power source for E-IoT cellular PPSBs.
Multipoint-to-point
- Sensor node for temperature&humidity or magnetic&ALS&temperature detection
- Battery-operated
- Seamlessly integrates into any wireless NeoMesh network
- 868 MHz (EU) and 915 MHz (US) versions
- Integrated on-board 0€ sub-GHz antenna
- Under CE RED and FCC certification
- Sensor node for temperature & humidity or magnetic & ALS & temperature detection
- Battery-operated, flat (14 mm) design
- Seamlessly integrates into any wireless NeoMesh network
- 868 MHz (EU) and 915 MHz (US) versions
- Integrated on-board 0€ sub-GHz antenna
- Sensor node for AC voltage presence detection assembled on top of an
insulated wire - Battery-operated
- Seamlessly integrates into any NeoMesh network
- 868 MHz (EU) and 915 MHz (US) versions
- Sensor node for temperature&humidity detection
- E-ZeroBatteryZone family, flat (14 mm) design
- Seamlessly integrates into any wireless NeoMesh network operating on FSK modulation
- 868 MHz (EU) and 915 MHz (US) versions
- Integrated on-board 0€ sub-GHz antenna
- Serves as a gateway in any wireless NeoMesh network operating on FSK modulation
- 868 MHz (EU) and 915 MHz (US) versions
- External antenna
- Compatible with every PC, SBC offering native USB support
- Under CE RED and FCC certification
- Sensor node for temperature&humidity detection
- E-ZeroBatteryZone family, flat (14 mm) design
- Seamlessly integrates into any wireless NeoMesh network operating on LoRa modulation
- 868 MHz (EU) and 915 MHz (US) and 2.4 GHz global versions
- Integrated on-board 0€ sub-GHz antenna
- Sensor node for temperature&humidity detection
- E-ZeroBatteryZone family, flat (14 mm) design with extended service longevity with temporary low light conditions
- Seamlessly integrates into any wireless NeoMesh network operating on LoRa modulation
- 868 MHz (EU) and 915 MHz (US) and 2.4 GHz global versions
- Integrated on-board 0€ sub-GHz antenna
- Serves as a gateway in any wireless NeoMesh network operating on LoRa modulation
- 868 MHz (EU) and 915 MHz (US) and 2.4 GHz global versions
- External antenna
