presenter-2

OSM Module with NXP i.MX93

Application: AI-supported component recognition for THT soldering process

F&S own trained model and TFLite implementation uses ETHOS U65 NPU

PicoCore i.MX93 i.MX93 (Dual-Core),
NPU: ETHOS U65
1 GB LPDDR4, 16 GB eMMC, 2 MB NOR-Flash
1x Gbit/Ethernet
WIFI 6, BT 5.2

Displays & Embedded Systems

Touch-PC (ARM) Face recognition via embedded system

iSi30+ 7“ TFT-Display with PCAP

Size 7.0“, IPS-Technology
iSi30+ -> all-in-one connector
Resolution 1.024 x 600
Brightness 600 cd/m²
MIPI interface for display and I²C for touch
PCAP with microchip IC (mXT1066T2)
Backlightdriver on-board
3.3 V for display and PCAP
5.0 V for backlightdriver

Touch PC

Lithium-Polymer-Batteries

The mode of operation of LiPo batteries is identical to that of lithium-ion batteries. Therefore, the same statements apply to lithium-polymer batteries as to lithium-ion batteries. The advantage is the almost infinite number of sizes due to the absence of a stable steel housing. Instead of a solid housing, a plastic-coated aluminum foil is used. This means that very thin battery designs can be realized.

Lithium polymer cells are therefore also lighter. In addition, the large number of different sizes leads to great design freedom for the end application. Individual dimensions are possible in relatively small quantities, so that the space available for the battery can be optimally utilized. The disadvantage is that the battery is more sensitive to mechanical influences due to the lack of a fixed housing.

In addition, the lithium polymer cells react critically to overcharging. LiPo batteries are therefore equipped with protective electronics that protect this rechargeable battery from overcharging. When charging, only chargers for this battery chemistry should be used. LiPo batteries are also known as soft/pouch cells.

Applications

Battery-powered tools (e.g. cordless screwdrivers etc.)

Smoke/fire detectors

RFID and mobile radio systems

Electronic atomizers

Autonomous lighting

IoT applications (smart meters)

Accus & Batteries

Super capacitors from Ligna

The S-Power series was developed to provide an environmentally friendly supercapacitor for wireless electronics. With excellent cycling and performance capabilities, it is well suited for applications that require repeated fast discharging and charging.

A supercapacitor, also known as an ultracapacitor or electric double layer capacitor (EDLC), is an energy storage device that bridges the gap between conventional capacitors and batteries. Unlike batteries, which store energy chemically, supercapacitors store energy electrostatically. This enables fast charging and makes them ideal for applications where rapid energy replenishment is required.

Both supercapacitors and batteries are adapting to new and innovative form factors. Supercapacitors generally offer greater versatility due to their simpler and more robust design. This makes them easier to integrate into flexible and thin-film technologies than batteries.

Applications

Asset tracking systems
Smartcards with biometric sensors
IoT applications based on LoRa, BLE and other similar wireless technologies
Battery-free MESH sensor board with solar cell

Capacitors

Wireless Connectivity

RX-2CH-LORA

The RX-2CH-LoRa by Aurel is a long-range radio transceiver for controlling two relay outputs with bistable, monostable, and timer modes. Paired with the TX-2CH-LoRa, it enables point-to-point control, relay status monitoring, and RF band compliance per EN 300 220-2.

It stores up to 100 remote controls and features a wall-mountable plastic enclosure, two programming buttons, and three LED indicators. Operating at 8-24Vac or 10-33Vdc, it integrates easily with gate opener systems, using 3.81mm terminal block connections for cables up to 1.5mm².

TX-6AB-LoRa

The TX-6AB-LoRa is a robust, bidirectional long-range radio remote control utilizing LoRa technology with variable code encoding. Paired with the RX-2CH-LoRa decoder, it manages two relay outputs in bistable, monostable, or timer mode while receiving real-time relay activation status.

Ideal for remote load control and alarm triggering, the TX-6AB-LoRa ensures reliable communication over long distances, making it perfect for industrial and automation applications.

TX-IND6-2G4/ RX-IND6-2G4

The TX-IND6-2G4 is a robust, bidirectional long-range radio remote control utilizing 2.4 GHz FSK technology with secure data transmission. Paired with the RX-IND6-2G4 receiver, it enables seamless control of industrial peripheral devices, supporting up to 80 configurable RF channels. (6 channels used)

It is designed for applications such as automated warehouse shuttle systems and industrial machinery operation. Its high reliability and secure communication make it an ideal solution for demanding industrial environments.

Aurel - Customized ISM modules

Aurel offers customized ISM band modules that are specially tailored to the requirements of various applications. From 433 MHz to 868 MHz and up to 2.4 GHz, the solutions enable reliable and efficient wireless communication for industrial control systems, smart home systems, automation and more.

This is also an example module developed for a customer that shows the flexibility and performance of Aurel technology. This exhibit serves as a demonstration - individual adaptations are possible at any time to fulfil specific customer requirements.

Wireless Connectivity

Wireless Connectivity

WPC-W-P-TX-CFM-001 (Wireless Power Charger from Inpaq)

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 (customized solution von Inpaq)

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.

SIT6907EB (High-Temp Oscillator EVAL Board)

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.

Wireless Connectivity

Wireless Connectivity

PAN 9019

The PAN9019 is a dual band 2.4 GHz / 5 GHz 802.11 a/b/g/n/ac/ax Wi-Fi radio module with integrated Bluetooth BDR/EDR/Low Energy (LE) and optionally 802.15.4 radio, specifically designed for highly integrated and cost-effective applications.

PAN B511

The PAN B511-1x is a Bluetooth 5.4 Low Energy (LE) module built around the Nordic nRF54L15 single-chip controller.

This module comes with either an onboard chip antenna or an RF bottom pad. It integrates all key features of the nRF54 Series, enhancing performance and memory capacity while keeping power consumption to a minimum.

Thanks to its ultra-low power usage, the PAN B511-1x is an excellent choice for battery-powered applications. The module's compact design, featuring hybrid castellated holes and an LGA footprint, allows for optical inspection, supports two-layer designs, and enables quick prototyping with hand soldering. Additionally, more GPIOs are available on the bottom if required.

PAN W601

The PAN W601-1x is a Wi-Fi 6 companion module that supports tri-band frequencies at 2.4 GHz,
5 GHz, and 6 GHz, along with built-in Bluetooth BDR/EDR/Low Energy (LE).

This module can be integrated with any Linux or Android-based host platform through SDIO or PCIe for Wi-Fi connectivity and HS UART for Bluetooth, enabling smooth wireless communication. It features a compact design and is available with either an integrated chip antenna or a connection point for an external antenna via the bottom pad.

PAN W602

The PAN W602-2 is a dual band 2.4 & 5 GHz companion module with integrated Bluetooth Low Energy (LE) for projects which require more data rates or less interferences and is based on the chipset CC3351 from Texas Instruments.

PATGPS-I10D-100-1ZM-A (GNSS Patchantenne L1/L5 Band from Inpaq)

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.

2JF0102P (2,4/5,0/6,0 GHz Flexi Antenne von 2J)

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.

Wireless Connectivity

Wireless Connectivity

JL41 (WiFi 6E / WiFi 7 SMD/Chip Antenne von 2J) with Demoboard

The 2JL41 antenna is a compact, surface-mount solution designed to support 2.4 GHz, 5.0 GHz, and 6.0 GHz ISM bands, covering frequencies from 2410-2490 MHz and 4920-7125 MHz. Made of ceramic material, it is easy to integrate due to its small size. The antenna operates efficiently with ground plane dependency and has a linear, omnidirectional radiation pattern. It supports WiFi, Bluetooth, and ZigBee applications.

CQS29X

The CQS29X series, part of Cavli's C-Series module family, consists of LTE Cat 4 modules capable of delivering data speeds of up to 150 Mbit/s downlink and 50 Mbit/s uplink, with 2G fallback support. These Android-based smart modules feature a Cortex A53 quad-core CPU and an integrated Adreno™ 702 GPU, ensuring high-performance computing, superior graphics, and exceptional image quality. Available in global variants with multiple memory configurations, the series supports multi-constellation GNSS, including GPS, BDS, GLONASS, Galileo, QZSS, and SBAS. Additional connectivity options such as USB 3.1 Type-C/Micro USB, Wi-Fi, Bluetooth, and FM make the CQS29X ideal for applications like vehicle clusters, e-mobility, telematics, and smart kiosks.

SIT6722EB (Elite Paltform Super TCXO, EVAL Board)

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.

2J7724M (LTE Antenne ""Shaker"" from 2J)

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.

C17QS Cat 1bis Modul (Cavli)

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 World wide 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.

C42QM

The C42QM series is a range of LTE Cat M1/NB-IoT modules designed for IoT and M2M applications, supporting 3GPP Release 10. Featuring an LGA form factor, it ensures pin compatibility with C16QS and C42GM modules, enabling seamless migration. The C42QM module integrates GNSS for accurate positioning, supporting GPS, GLONASS, BEIDOU, and Galileo. It also offers VoLTE and SMS over IMS/SG/CS, along with a comprehensive set of Internet protocols and industry-standard interfaces. Available in two variants—C42QM-EA for Europe and Asia, and C42QM-NA for North America—the module also offers an optional integrated eSIM powered by the Cavli Hubble platform for global connectivity, streamlining deployment. Designed for a wide range of IoT applications, the C42QM is ideal for asset tracking, e-mobility, data logging, fleet management, and environmental monitoring.

MGCB1-U110-00

The MGCB1-U110-00 is a compact dual-band GNSS receiver module that supports L1 and L5 frequency bands, enhancing positioning accuracy. It is compatible with multiple satellite systems, including GPS, GLONASS, Galileo, BeiDou, and QZSS, and can track up to 135 channels (75 for L1 and 60 for L5). The module integrates a low-noise amplifier (LNA) and a high-rejection filter to improve signal reception and reduce interference. It offers a maximum update rate of 10 Hz and features low power consumption, making it suitable for applications such as personal positioning, IoT devices, smart city infrastructure, and base station alignment. The MGCB1-U110-00 comes in a small 12 mm x 16 mm package with a stamp hole design, facilitating easy integration into various systems.

Antennen

E-Smart Meter IoT Gateway

Manufacturer: endrich
LPWA and NeoMesh wireless communication extension for RS485 Smart Meters

Commercial RS485 Smart Meters
Disadvantage: Data can be accessed through only wired RS485

New solution

With the help of our e-IoT Gateways data can be forwarded wirelessly through local mesh network and/or using NB-IoT and LTE-M cellular communication with built in SIM card (no extra telecom cost)