AAEON Technology Inc.

AAEON founded in 1992, is a leading Taiwanese provider of Industrial Internet of Things (IIoT) and AI edge computing solutions, specialising in development and manufacturing for the global market. With strong R&D capabilities and manufacturing capabilities, AAEON offers flexible customisation and ODM services, supporting customers throughout the entire product lifecycle—from design and development to mass production and after-sales service—while delivering reliable and professional solutions. AAEON is featuring two of its new products at Electronex 2026.

GENE-R8K6

• DDR5 5600 SODIMM x 2, up to 96GB
• LVDS x 1, eDP x1, DP x 1, HDMI x 2
• USB3.2 Gen2 x 2, USB2.0 x 4, 2.5GbE LAN x 2
• FPC3 x 1 (PCIe Gen4 [x8] x 1)
• M.2 2280 M-Key x 2
• 9V~36V DC input

UP Xtreme PTL Edge

• AI Edge Slim Computer with Intel® Core™ Ultra Series 3
• DDR5 7200 Dual Channel SODIMM x 2, up to 128GB
• HDMI x 2, DP x 2 via USB4.0 Type-C
• USB 3.2 Gen 2 (Type-A) x 2, USB 4.0 (Type-C) x 2, 2.5GbE LAN x 2
• M.2 2230 E-Key x 1, M.2 2280 M-Key x 2
• Onboard TPM 2.0
• 19V~36V DC input

For more information visit: aaeon.com

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Advantech Co. Ltd.

Optimised Performance and Efficiency for Next-Generation Edge AI Solutions

The AMD Ryzen™ AI Embedded P100 Series platforms deliver up to 12 cores and 24 threads based on the latest Zen 5 architecture, with AVX-512 support including VNNI and BFLOAT16 for high compute density and accelerated AI performance in demanding edge applications. Integrated RDNA™ graphics provide up to 30 TOPS via the AMD ROCm™ ecosystem, support up to four 4K @ 120 Hz displays, and include a hardware codec accelerator for advanced machine vision and HMI visualisation. The XDNA™ 2 NPU adds up to 50 TOPS at lower power, enabling up to 80 TOPS total AI performance (approximately 160 TOPS dense) within a heterogeneous architecture designed for low latency and power efficiency across Windows and Linux environments. The platform supports DDR5-5600 memory up to 128 GB, PCIe Gen 4 x8, NVMe, HDMI 2.1, DisplayPort 2.1, and USB4, with TDP options from 15 watts to 54 watts and extended-temperature variants operating from –40 °C to 105 °C.

Comprehensive Edge AI Portfolio for Diverse Applications

Advantech provides a full portfolio of Ryzen™ AI Embedded P100 Series platforms for diverse EIoT applications, including the compact 3.5" MIO-5380 SBC with MIOe expansion, MXM GPU support, additional LAN with PoE, PCIe via MCIO, and EdgeBMC for out-of-band remote management. The SOM-6874 COM Express Compact Type 6 module supports up to 18 PCIe lanes, 2.5GbE, USB 3.2, and features QFCS thermal design to prevent throttling up to 60°C, with carrier board references to speed development. For larger integrations, the AIMB-2211 Mini-ITX motherboard offers three 4K DisplayPorts, eDP, seven USB plus USB Type-C (optional 100W), PCIe 4.0 x16, dual M.2 NVMe, and 12–24V DC input for flexible, compact system deployment.

Simplifying Edge AI Deployment with Integrated Software and Remote Management

The AMD Ryzen™ AI Embedded P100 Series boards are validated for Windows 11 LTSC and Ubuntu LTSC and are supported by Advantech’s value-added software ecosystem to accelerate development. The EdgeAI SDK enables efficient cross-platform AI deployment using AMD Ryzen™ AI capabilities, while DeviceOn provides remote monitoring, predictive maintenance, and centralised device management for large-scale edge operations. At the hardware level, the SUSI API offers standardised access to GPIO, watchdog, thermal, and power controls, and Advantech Design-in Services deliver expert support—from carrier board design to thermal optimisation and compliance testing—to reduce complexity and speed time-to-market.

MIO-5380: 3.5 inch Single Board Computer

• MCIO flexible PCIe extension for GPU cards.
• EdgeBMC for out-of-band remote management and recovery.
• USB 4.0 for external MXM GPU and USB Type-C for 100 watts PD.

AIMB-2210: Mini-ITX Motherboard

• 5 × USB 3.2, 2 × USB 2.0, 1 × USB-C, 2 × 2.5 GbE, 4 × COM ports (optional TTL and CCtalk).
• Multiple expansions: PCIe Gen4 × 16, M.2 M-key, and E-key.

SOM-6874: COM Express Compact Type 6

• Four independent 4K displays with LVDS/eDP and HDMI/Display Ports.
• Up to 18 PCIe lanes for high-speed connectivity.
• Multiple I/O expansion: Up to 18 PCIe lanes, 2.5 GbE LAN, USB 3.2, USB 2.0.

These AMD Ryzen™ AI Embedded P100 Series products will be available for ordering starting in Q2 2026. For more information on these solutions or other Advantech offerings, please visit the Advantech website or contact your local Advantech sales representative.

For more information visit: advantech.com

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Avnet | AMD

The VPR-7P132 combines the next generation of P100

AMD Ryzen™ AI Embedded processors with the latest AMD Versal™ AI Edge adaptive SoC FPGA devices on a single mini-ITX compute platform. Exhibited by Avnet in collaboration with AMD, this solution enables industrial and automotive developers to leverage multiple compute engines in parallel to process image and sensor data in real-time for diverse embedded AI edge applications. This next level of processing power has never been available from a single mini-ITX platform.

The EDGE+ VPR-7P132 Mini-ITX embedded motherboard is a powerful combination of AMD Ryzen™ AI Embedded V4526iX processor (Zen 5 CPU, RDNA 3.5 GPU, 50+ TOPS XDNA2 NPU) with AMD Versal™ AI Edge Gen2 VE3558 adaptive SoC (world class programmable logic, ARM CPUs, AI engines). The Ryzen V4526iX processor supports support dual 4K displays, 10GbE, M.2 WIFI, SSD storage, and USB interfaces to offload the Versal adaptive SoC of non-time critical functions. The Versal adaptive SoC is dedicated to real time preprocessing, AI inference and post processing low-latency adaptive processing tasks. This solution is available through Avnet, providing easy access to the platform for industrial and automotive developers.

For more information visit: avnet.com/apa or amd.com

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SCHURTER

EKO: HV Fuse Series

The EKO series is engineered for demanding high-voltage environments, offering protection up to 1000 VDC (and 1250 VAC for selected models) and current ratings from 50 A to 1100 A. With a breaking capacity of up to 50 kA DC, these square-body fuses deliver safety and reliability. Designed for robust performance, the EKO series withstands mechanical vibration, shock, chemical exposure, and extreme temperatures from -40°C to +125°C. Its ceramic housing and tin-plated copper alloy terminals ensure durability and stable electrical characteristics even under harsh conditions.

APO: Active Safety for High-Voltage Systems

With the new Pyrofuse-APO Series, SCHURTER launches a fuse technology that sets a new benchmark for safety. Unlike conventional fuses, the APO Fuse operates actively. In the event of a short circuit or accident, the control unit sends a trigger signal to an integrated micro gas generator. Within milliseconds, the generator produces high pressure that drives a piston to mechanically sever the solid copper busbar. The resulting arc is safely suppressed in a dedicated extinguishing chamber. The outcome is a complete galvanic isolation in less than two milliseconds – with measured values as fast as 0.9 ms.

ARO: Inline Fuse for High-Voltage Applications

The new ARO fuses from SCHURTER provide robust protection for HV applications. Designed as an inline fuse, ARO integrates seamlessly into charging cables and connectors. It also meets the latest international safety standards. Key facts: Rated voltage: 250 VAC; Rated currents: 16 A, 32 A, and 63 A – additional options on request; Breaking capacity: 50 kA; Ceramic tube with silver-plated copper alloy terminals; Fulfis GB/T13539.4, IEC60269-4, UL248; CCC, CE and RoHS compliant.

USE 2410: Surface-Mount Fuse

Discover the innovative Surface-Mount Fuse USE 2410 from SCHURTER – a reliable solution for modern electronics. This Quick-Acting F fuse in the 2410 footprint is designed for 125–250 VAC and 86–125 VDC. Lead-free, without internal solder joints and AEC-Q200 tested, it is sealed against potting compounds. With a temperature range from -55°C to 125°C, it is suitable for demanding conditions. The USE 2410 offers precision and robustness through innovative melting wire technology. It has a breaking capacity up to 200 A and precise tripping. The compact form factor saves space, while UL 94V-0 materials – fibre-reinforced plastic and gold-plated copper terminals – ensure longevity. Certified to UL, VDE, RoHS and REACH, it meets the highest standards.

USL 0603: Chip Fuse for ATEX and Precision Applications

In modern electronic applications—especially in safety-critical areas such as ATEX-certified environments—the requirements for miniaturisation, precision and thermal resistance are constantly increasing. The new USL 0603 low-current fuse has been specifically developed to meet these requirements. An outstanding feature of the USL 0603 is the extended creepage distance of 1.1 mm (pad-to-pad). This means that it meets the requirements of IEC 60079-11 for 60 VDC applications in which a minimum creepage distance of 1 mm is required. This makes it one of the few fuses in the 0603 format that can be used without hesitation in ATEX applications—for example in the oil and gas industry, chemical processing or mining.

FPR: High-Performance Fuse Holder

Modern electronic designs require ever higher power density with reduced space requirements – without compromising on safety and reliability. The FPR fuse holder was developed precisely to meet these requirements. It offers an impressive 30% higher power consumption with the same footprint as the well-established FPG4 series. This means more thermal load capacity without taking up additional space on the PCB. With a power consumption of 3.2 watts at 10 amps at 23°C ambient temperature, the FPR significantly outperforms the previous generation. The housing dimensions remain compact at 12.5 mm, which enables simple 1:1 integration into existing designs. At the same time, the component meets all relevant standards with regard to vibration resistance in accordance with IEC 60068-2-6 and operates reliably in a temperature range of -40°C to +85°C. The IP40 degree of protection round-offs the technical profile.

MSM II: Switch with Common Anode Control

The well-established MSM II mechanical switch family is growing. With the MSM II (Common Anode), SCHURTER is introducing a variant that uses a common anode to control the RGB LED illumination. This combines the familiar robust mechanics with visualisation technology for clear feedback, easy integration, and maximum reliability in control and operating solutions. RGB LEDs can be controlled either via a common anode (+) or a common cathode (–). While with common cathode all negative poles are connected together and the colours are controlled individually via the positive pole, the common anode variant does the opposite: all positive poles are connected, and the colour channels are switched separately to ground.

EDC: Safe Switching of Direct Current

The SCHURTER EDC (Electronic Direct Current) switch was specifically engineered for the reliable switching of direct current in compact systems. It combines the mechanical precision of a microswitch with integrated power electronics. The result of SCHURTER's new development: completely arc-free. Arcing is one of the greatest safety risks when switching direct current. These are completely eliminated by an intelligent switching architecture. When the contact is opened, the integrated electronics detect the disconnection process at an early stage and interrupt the current in a controlled manner before an arc can occur. This protects both the system and the environment from damage caused by sparking or EMC interference.

MSS-IO: Electronic Switch with IO-Link Interface

With the MSS-IO, SCHURTER is entering the field of bidirectional communication via switches in industrial automation. The MSS-IO is based on the successful SCHURTER MSS electronic switch, which has been expanded to include an IO-Link module. The MSS-IO switch from SCHURTER is based on wear-free resistance measurement and completely avoids mechanical components. Instead of capacitive technology, a precise change in electrical resistance is used for switch detection: sensitive enough to detect the smallest changes in pressure, robust enough for industrial series processes. Ultra-rugged, precise and easy to integrate.

FPAC RAIL: 3-Phase DIN Rail-Filter

SCHURTER launches a new 3-phase filter series for DIN rail mounting. Thanks to the slim housing (44 mm), it takes up very little space on the mounting rail in the control cabinet. The single-stage filter is available with standard or high attenuation. A metal base plate ensures an excellent ground connection to the rail. Space is almost always at a premium in control cabinets for industrial applications in the 3-phase range (e.g. motor drives, control systems). SCHURTER addresses this problem with a complete new filter design that is just 44 mm in width. The new, single-stage filter series is constructed with a printed circuit board in a plastic housing. It has screw terminals for the three phases and a terminal on the metal base plate for the earth connection.

FPBB RAIL: DIN Rail Filter

Filters for DIN rail mounting have been known for some time. It is important to achieve maximum filter performance with minimal installation space. Since the filter for EMC protection of the controller is located very close to the power supply of the device or system, it also makes sense to integrate overcurrent and over-voltage protection here. The FPBB RAIL was developed precisely to meet these requirements and thus represents a unique concept that combines the expertise of EMC protection with that of overcurrent protection. This makes it possible, to use this filter in an optimal way for space-saving installation in the control cabinet thanks to its compact design.

5180: Appliance Inlet Filter with IP67

Protection against dirt particles and moisture is becoming increasingly important. With product type 5180 and the associated V-Lock power cord, SCHURTER is launching an IP54 device connection that meets even the most demanding requirements. The newly developed SCHURTER 5180 is an appliance inlet with filter in accordance with IEC 60320 and IEC 60529. Thanks to several seals, the built-in device plug provides IP67 protection for the housing. In combination with the corresponding V-Lock power cord, a protection rating of IP54 is achieved when plugged in. This rating offers excellent protection against dust particles and is splash-proof.

4799: IEC Connector C19 for Cable Mounting with V-Lock

The 4799 rewireable IEC connector from SCHURTER is the first of its kind: it combines a rewireable C19 connector with the proven V-Lock cord retention system. Fast reaction time is an important factor in opening a new market for a device. Rewireable connectors are particularly flexible and especially suitable for small series of mains cables to enable exactly this. These connectors give you the freedom to choose the right cable with a country-specific plug.

DG11: Power Entry Module with Magnetic Release

The SCHURTER DG11 power entry module, which has been optimised and proven over many years, is now available in a version with an additional magnetic release to protect against very high overcurrents (short circuit) at the integrated TA35 circuit breaker. Circuit breakers are usually designed according to the thermal principle with a bimetal. If a defined temperature is exceeded due to the overcurrent, the circuit is interrupted. Once the bimetal has cooled down, the device is ready for use again. However, this process is very slow. For this reason, thermal circuit breakers are usually combined with a fuse.

For more information visit: schurter.com

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Our customisable solutions will accelerate development time for even the most experienced professionals, while maintaining low barrier to entry for advancing engineers. From our competitive pricing to the portability of our products and comprehensive documentation, we value delivering accessibility and lowering barriers to progress for our customers.

Analog Discovery Pro 2400 Series: High-Speed, High-Bandwidth Mixed Signal Oscilloscopes

The new Analog Discovery Pro 2440 and Analog Discovery Pro 2450 deliver serious measurements for the engineer who knows what matters. Choose between four analog channels of either 100 MHz bandwidth at 12-bit resolution (ADP2440) or 200 MHz bandwidth at 8-bit resolution (ADP2450) with both featuring 16 independent digital I/O and seamless integration with the WaveForms software. These USB 3.0 oscilloscopes provide the right level of performance where you need it. Circuit design, embedded systems, or your own unique test workflow; you can do it all without distracting from your task at hand.

• USB-based Mixed Signal Oscilloscopes.
• Four analog inputs at either 12-bit, 600 MS/s, 100+ MHz bandwidth (ADP2440) or 8-bit, 1 GS/s, 200+ MHz bandwidth (ADP2450).
• Dual Mode and low latency memory segmentation.
• Arbitrary Waveform Generator with 15 MHz bandwidth.
• Freely allocatable deep buffer memory.
• 16 digital inputs / outputs supporting a variety of communication protocols.
• Bode plot, dedicated FFT, impedance analyser, bus analyser, data logger and more.
• Extensive and powerful software support with WaveForms and WaveForms SDK.

For more information visit: digilent.com

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Established in 1979 with the Head Office in Sydney and branch offices in Melbourne, Brisbane, Adelaide and Perth, Emona Instruments Pty Ltd is a high-tech engineering company specialising in electronics, electrical, education and additive manufacturing equipment. Rigol Technologies, represented in Australia by Emona Instruments for over 20 years, are launching three new series of high performance test instruments at Emona’s display at Electronex 2026 located at stand B2.

Rigol’s new DNA5000/6000 series Vector Network Analysers (VNA) bring network analysis to every engineer's test bench. They provide a frequency range from 5 kHz to 26.5 GHz, support two or four test ports and deliver high-performance RF component characterisation with powerful S-parameter measurement capability.

Rigol’s new RSA6000 Series real time spectrum analysers offer bandwidth up to 26.5 GHz. Featuring up to 200 MHz real-time bandwidth, low phase noise, and advanced analysis modes, they capture transient signals and complex interference efficiently for R&D, wireless, EMI and compliance testing applications.

Rigol’s MHO900 Series high-resolution digital oscilloscopes combine portability with powerful mixed-signal performance. Offering up to 800 MHz (1 GHz special edition) bandwidth, 4 GSa/s sampling, 12-bit resolution, and deep memory, they deliver precise signal visibility, fast waveform capture, and advanced analysis.

Emona’s Electronex 2026 display covers from oscilloscopes, generators, power supplies and EMC test equipment through to our range of 3D printers and additive manufacturing solutions ranging from applications covering prototyping in composites through to production scale printing in thermoplastics and metal.

For more information visit: emona.com.au

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LE271-GL Module

Fibocom launches the LE271-GL, a global LTE Cat.1 bis module offering single-SKU worldwide connectivity for IoT devices. Featuring a compact 17.7 mm × 15.8 mm design, it is pin-to-pin compatible with Fibocom’s MC661, LE270, and LE37X series, enabling seamless migration without PCB redesign. Supporting both FDD-LTE and TDD-LTE bands, LE271-GL ensures global frequency coverage and simplifies international deployment.

The module delivers fast and stable network access, achieving registration in under 3.5 seconds, with optimised AT command and USB response. Built on an OpenCPU architecture, it supports flexible secondary development while lowering overall device cost. Designed for ultra-low power consumption, LE271-GL provides microamp-level sleep current and extended battery life, ideal for asset tracking, IP cameras, new energy systems, and consumer electronics.

Equipped with rich interfaces and features such as eSIM, dual-SIM, LBS + Wi-Fi positioning, and multiple IoT protocols, the LE271-GL sets a new standard for global Cat.1 bis solutions, empowering diverse and scalable IoT applications worldwide.

LE270-EU Module

The Fibocom LE270-EU delivers exceptional power efficiency and stability for IoT applications across Europe. Featuring an optimised connection-state and DRX power design, the module achieves as low as 2.5 µA in PSM mode and under 100 µA in IDLE state. Even in TCP keep-alive scenarios with one-minute heartbeat, average power consumption remains below 2 mA, ensuring extended battery life for energy-sensitive devices.

Supporting low-voltage operation down to 2.1 V, the LE270-EU adapts easily to various power supply environments. Its cost-effective PCB design and mainstream LCC + LGA package (17.7 mm × 15.8 mm × 2.4 mm) enable compact integration while helping customers reduce development and manufacturing costs.

Combining ultra-low power performance, small footprint, and high reliability, the LE270-EU offers an ideal LTE Cat.1 bis solution for applications such as smart metering, asset tracking, and consumer IoT, empowering efficient, long-lasting, and cost-effective IoT connectivity across the European market.

SC126-EAU Module

• Comes with a built-in 64-bit Arm Cortex-A53quad-core processor at up to 2.0 GHz.
• Supports Dual Image Signal Processor (ISP) and multi-channel camera input.
• Support up to FHD (1920px × 1080px @30fps) display and 1080px @30fps video recording.
• Equipped with the latest Android operating system, allowing long-term lifecycle usage.
• Planned multiple regional versions for empowering global AloT applications.

Tracker Terminal

Designed for global logistics and asset management, the Smart Asset Tracker integrates Fibocom’s LE270-EU Cat.1 bis module to deliver seamless connectivity and ultra-long battery life. Supporting global frequency bands under a single SKU, the tracker enables real-time monitoring and cross-border roaming without hardware modification or re-certification.

Built with ultra-low power architecture, it achieves microamp-level standby current, ensuring months or even years of operation on a single charge. Its compact, integrated design allows discreet installation in containers, vehicles, and high-value equipment, while intelligent sleep/wake mechanisms maintain stable connectivity and timely data updates with minimal energy use.

Ideal for fleet management, logistics, and industrial asset tracking, the Smart Asset Tracker provides accurate positioning, global coverage, and reliable communication even in weak-signal environments. Combining endurance, mobility, and global reach, it delivers a new standard for intelligent, energy-efficient asset visibility worldwide.

Metering Terminal

• Reliable Connectivity: Stable cellular connections for remote and urban / rural deployments.
• Low Power Consumption: Instant reporting of consumption, anomalies and device status.
• Scalable Management: Cloud-ready solutions for centralised monitoring and analytics.

AI Lawn Mower Terminal

• Autonomous Navigation: AI-powered path planning and obstacle detection for precise and safe mowing.
• Smart Scheduling & Control: Set mowing schedules, adjust cutting modes and receive notifications anywhere.
• Seamless Integration: Connects easily with smart home ecosystems and IoT platforms.

For more information visit: fibocom.com

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Founded in 2000, Finenet Electronic Circuit Ltd. is one of the largest integrated solution providers in the High Tech Printed Circuit Board manufacturing industry, with a monthly production capacity of 500,000 square feet and around 60% of its products exported. The company integrates production, sales, and service, and its main products are including single-sided, double-sided, multi-layer (including high-layer count), HDI, impedance-controlled, metal base (aluminium substrate), press-fit, and flexible PCBs, with surface finishes such as Lead-Free HASL, ENIG, Chemical Tin, and OSP, serving industrial, automotive, consumer electronics, lighting, and power applications.

In recent years, the company has received honours including excellent projects in Guangdong Province for wastewater treatment upgrades and new water reuse systems, and recognition as a Guangdong–Hong Kong Clean Production Partner (Manufacturing). Finenet has achieved UL, IATF16949:2016, ISO9001:2015, ISO14001:2015, and ISO13485:2016 certifications, exports to Southeast Asia, Australia, Europe and the US, and operates under a quality policy focused on customer satisfaction, compliance, pollution prevention, energy saving, and sustainable development, strictly implementing RoHS management to minimise environmental impact.

For more information visit: finenetpcb.com

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Globalink Electronics is an established EMS service provider with fully integrated manufacturing facilities in China. Our services include design verification, sourcing and procurement till final assembly, and the production of buzzers, transducers and switches.

For more information visit: globalink-e.com

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Onomondo at Electronex: Live Dashboard, Real Devices, No Black Boxes

Onomondo provides IoT connectivity infrastructure that eliminates the cost and complexity of traditional telecom. Our software-defined core network integrates directly with 680+ carriers in 180+ countries, giving device makers real-time visibility into network performance, programmable control over connectivity settings, and the ability to deploy globally without multiple regional contracts. At Electronex, we will have a demo of our SIM management platform, packet-level troubleshooting, and live SoftSIM-enabled devices online and transferring data. Visit Glyn’s stand, an Onomondo partner, to see how teams troubleshoot connectivity issues in minutes instead of days.

TDK expands compact industrial power supply series with 600W and 1000W models

The compact GUS series of single output AC-DC industrial power supplies are available with 12V, 24V, 36V and 48V outputs in an economic, compact footprint and can deliver up to 350W, 600W or 1000W. GUS350 is convection cooled and GUS600 and GUS1000 have an integral cooling fan. Remote on / off is an option for all models. Efficiency of up to 95.5% (model dependent) is possible. Safety certified to IEC/EN/UL 62368-1 with UKCA and CE marking for the Low Voltage, EMC and RoHS Directives, the units also comply with EN 55011-B and EN 55032-B conducted and radiated emissions. Furthermore, they comply with IEC 61010-1 and IEC 62477-1 (OVC III).

3,000W Programmable CVCC AC-DC Power Supplies

The compact HWS3000G AC-DC power supplies can deliver 1,500W with a low-line input voltage of 85 to 132Vac and 3,000W at high-line 170 to 265Vac. The HWS3000GT has a rating of 3,000W with a three-phase input voltage of 170 to 265Vac. With nominal output voltages of 24V, 48V, 60V and 130V the output voltages and currents are fully programmable (CV/CC) from zero up to their maximum rating. This can be achieved using a serial RS485 interface (MODBus protocol) or analog 1 to 5V or 4 to 20mA signals. Up to three units can be connected in series and / or ten units in parallel. The HWS3000G and GT are packaged in a compact 270 x 150 x 61 mm (10.6 x 5.9 x 2.4 inch) footprint.

DUSH – 960W Uninterruptible DC Power Supplies

This uninterruptible power supply for DIN rail applications offers a high degree of safety in the event of a power loss. Wide input and output voltage range of 10 to 60VDC IN and 10 to 58VDC OUT. Decoupled load and battery voltages thanks to an integrated DC-DC converter. Continuous battery protection due to NTC sensor, SoC monitoring and Ri measuring. System monitoring and control via Modbus / RTU with comprehensive settings, measuring and status parameters. Thanks to its comprehensive features, our DUSH can be deployed in a multitude of applications such as industry automation, plant engineering, building control systems, test and measuring technology, and information and communication technology.

D1SE – NEW 120/480W DIN rail power supply

The D1SE series is a cost-effective solution for users requiring a reliable power supply. With outputs of 120W, 240W and 480W, a wide range of industrial applications can be flexibly scaled. Thanks to the use of the latest semiconductors, these single-phase power supplies not only reduce energy consumption, but also optimise the balance between performance and cost efficiency – without compromising on quality or reliability. The D1SE series demonstrates a consistent response to evolving system requirements. In addition to conventional operation with AC voltage, the devices can alternatively be operated safely with DC voltage. Equipped with push-in terminals, they can be quickly and reliably mounted, thereby reducing installation times or even enabling automation. For applications in challenging environments, separate models with coated printed circuit boards are available. The compact design and easy assembly make the D1SE series an optimal choice for a variety of control cabinets, machines, and production systems.

DDSM – NEW 120/240W DIN rail DC-DC converter

The DDSM series of DC-DC converters offers high-performance models with 120W and 240W output power in a compact, lightweight design. The DDSM series is highly flexible, with a wide input and output range that allows it to be used across various applications. The DC-DC converter series is fully digitally controlled. The 7-segment display shows precise system values, status, and alarm codes, and the system can be operated directly via three push buttons. An advanced communication interface is available for operating and maintaining the DDSM with the PowerCMC software tool using the Modbus over USB connection. An additional DC-OK contact provides further signalling opportunities. Thanks to its push-in terminals, the DDSM series guarantees simplified installation and reliable performance in diverse industrial environments.

GENESYS™ AC – NEW MODEL 2kVA, 3kVA, 6kVA and 9kVA AC Programmable Power Sources

Suitable for 19-inch rack mounting, the GENESYS™AC (GAC) programmable power sources have a very high-power density. The series offers several power levels from 2kVA and 3kVA in 1U format to 6kVA and 9kVA in 3U format with the possibility of paralleling units to increase the output power. The GAC series proposes an auto-ranging power output, 1-phase and 3-phase, with adjustable voltage from 0V to 350Vac and +/-500Vdc (GAC-PRO models) with a frequency range from 16Hz to 1.2kHz (5kHz GAC-PRO). Multiple remote programming methods are available, including built-in LAN, USB, RS232 and RS485. The GENESYS™ GAC-PRO models include real time analogue control functionality necessary for more complex test scenarios. The series has a full colour LCD, multi-language, touch panel display for ease of use and a software GUI interface. Avionics and IEC test libraries are also available as options.

For more information visit: glyn.com.au

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Turnkey SMT Production Solutions

Explore our complete Turnkey SMT Production Solutions for modern electronics manufacturing. We bring together world-class SMT equipment, intelligent automation, and software-driven process control into a single, fully integrated production environment. From equipment supply through to commissioning and ongoing support, each SMT line is engineered to deliver consistent quality, high throughput, and repeatable manufacturing outcomes.

World-Class SMT Production Equipment

• High-performance pick and place systems for speed, accuracy, and flexible component handling.
• Inline quality, incorporating SPI, AOI, and X-ray inspection to detect defects early.
• Advanced reflow systems delivering stable thermal profiles and consistent soldering results.
• Precision rework stations for BGA, QFN, CSP, and fine-pitch components.

Smart Factory Integration with YSUP Software

At the heart of every turnkey SMT line is YSUP intelligent SMT software, acting as the digital backbone of the production process. YSUP connects all machines into a single, coordinated workflow through machine-to-machine (M2M) communication.

• Closed-loop feedback that automatically feeds inspection results back upstream to prevent defects from progressing down the line.
• Visual Data Editor to simplify programming, reduce setup time, and minimise operator error.
• Real-time dashboards providing live visibility of performance, defects, and line efficiency.
• Intelligent algorithms that automatically detect and correct issues such as component polarity.

A Fully Connected, Scalable SMT Line

This software-driven approach delivers full visual traceability from component reel to finished PCB, improving first-pass yield, reducing waste, and enabling faster, more predictable production. Combined with local integration, commissioning, training, and support, Hawker Richardson provides a future-ready SMT solution built for maximum ROI.

Yamaha LM Head – Power and Precision for Next-Generation Assembly

Hawker Richardson is committed to providing customers with the latest technology and most advanced solutions. The Yamaha LM Head for YRM-series pick-and-place machines addresses the accelerating trend toward automated placement of odd-form and specialised components in SMT (Surface Mount Technology) production.

Automation of Manual Processes: Odd-form components (such as large connectors, transformers, and sockets) historically required manual assembly, which is slow and error-prone. High-capacity heads like the LM head bring these parts into the automated inline process to improve yield and reduce labour costs.

Sector-Specific Demand: The need for high-capacity placement solutions is accelerating across multiple industries:

• Electric Vehicles (EVs): Modern EVs rely on heavy-duty, high-current connectors and power modules that standard SMT heads cannot lift or place.
• AI and Data Centres: The rapid expansion of generative AI has increased demand for large, high-pin-count components such as BGAs and FPGAs, which require the precise force control and handling capability of LM-class heads.

High-Mix Production: Manufacturers increasingly need "all-round" flexibility to handle both tiny 0201 chips and massive 500g components on the same line. The LM head's ability to mount parts up to 90 mm x 139 mm and 40 mm in height allows for this extreme range.

Market Growth: The global market for odd-form component insertion is projected to grow significantly (reaching approximately US$2 billion by 2033), signalling that more industries are moving away from manual insertion toward specialised automated solutions.

The LM Head addresses these factors with 100N placement-force management for press-fit parts and vision software recognising up to 20,000 BGA balls. Hawker Richardson ensures you stay ahead with cutting-edge automation that delivers measurable results.

PDR Focused IR Rework – Precision and Confidence for Modern Electronics

PDR has set the global benchmark for focused infrared rework since 1985, with more than 5,000 systems installed worldwide and a proven 98% BGA rework success rate. Now exclusively represented in Australia and New Zealand by Hawker Richardson, PDR brings world-leading rework capability to local electronics manufacturers and repair specialists.

Designed for today’s increasingly complex PCBs, PDR Focused IR systems deliver precise, repeatable rework without thermal shock or unnecessary stress to surrounding components.

• Proven Focused IR Precision: Focused infrared heating targets only the component being reworked, ensuring controlled, stress-free removal and replacement of BGAs, QFNs, CSPs, LEDs, and lead-free devices.
• Closed-Loop Temperature Control: PC-based, closed-loop thermal management precisely controls both component and board temperatures, delivering repeatable results and protecting sensitive assemblies.
• Clean, Gas-Free Operation: Tool-free, gas-free operation with instant thermal response simplifies setup, reduces operating costs, and creates a cleaner, more efficient rework environment.
• Modular and Upgradeable Platform: From entry-level systems such as the IR-E1 to advanced semi-automated platforms, modular design allows systems to scale as rework complexity and production demands increase.

Rework Systems Designed for Real-World Manufacturing

PDR rework systems transform complex rework tasks into a stable, intuitive, and highly repeatable process. The result is higher success rates, reduced scrap, and greater confidence when working on high-value electronic assemblies.

For more information visit: hawkerrichardson.com.au

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TEFZEL Cable Ties for Extreme Environments and High-Reliability Applications

This new range of TEFZEL (ETFE) cable ties is specifically engineered for applications requiring exceptional chemical resistance, thermal stability, and long-term durability. Manufactured from high-performance fluoropolymer material, the product delivers outstanding resistance to extreme temperatures, UV exposure, chemicals, and ageing, making it ideal for the most demanding environments.

TEFZEL cable ties maintain mechanical strength and dimensional stability across a wide operating temperature range, ensuring reliable fastening performance where conventional nylon ties may fail. The material’s inherent flame resistance and low smoke characteristics further enhance safety in critical installations. A precision-moulded locking mechanism provides secure fastening while allowing efficient, tool-free installation.

These cable ties are particularly well suited for aerospace, automotive, electronics, chemical processing, and industrial equipment applications, as well as environments exposed to fuels, solvents, or corrosive substances. Designed to meet stringent quality and performance requirements, this TEFZEL cable tie series offers a dependable cable management solution for manufacturers and system integrators seeking reliability in extreme operating conditions.

Heat-Stabilised Cable Ties

Standard Cable Ties, PA66 Heat stabilised up to 120°C (248°F), for industrial and professional use. UL and CE certified for industrial and professional use. A high-quality making process and the best ability in practical use can reach a wide range of applications.

• Heat-stabilised cable ties (PA66HS) suitable for continuous operating temperatures up to +120°C.
• Internal serrations ensure a secure and positive grip on cables and pipes.
• Optimised head design delivers high tensile strength while maintaining low insertion force.
• Available in a wide range of sizes to suit almost any application.
• Material: PA66 heat-stabilised nylon.
• Flammability rating: UL94 V-2.
• Colours available: Black, Red.

For more information visit: hwlok.com

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3.5-inch IPS TFT Display with Super High Bright LED Backlight and Optional Touchscreen

The new DT035CTFT series is a 3.5-inch colour IPS LCD module featuring a high-resolution 320 × 480 display that offers a sharp detail. With super high bright backlight and wide IPS viewing angle, these displays ensure excellent readability and consistent colour performance in both indoor and outdoor environments. Available with an optional capacitive touch panel, this 3.5-inch IPS TFT is an ideal LCD for industrial, consumer, and medical devices requiring reliable and high-quality visual displays.

5.0-inch IPS TFT Display with Super High Bright LED Backlight and Optional Touchscreen

The DT050CTFT series is a 5.0-inch colour IPS LCD module with an 800 × 480 resolution, offering crisp visuals, wide viewing angles, and consistent colour reproduction. Its super high bright LED backlight ensures excellent readability in any lighting condition, including direct sunlight. An optional capacitive touch panel provides responsive, intuitive input for interactive applications, making this 5.0-inch TFT IPS display well-suited for industrial, consumer, and medical devices.

3.7V High Capacity Lithium Polymer Battery

EEMB High-Capacity Lithium Polymer Battery is designed for greater energy density, safer, wide temperature range, ultra-thin, high power delivery, flexible form factors. By optimising electrode structure and materials, the high-capacity batteries achieve higher energy density without increasing size, delivering extended battery life for a wide range of devices. EEMB ultra-low-temperature battery technology delivers reliable performance in extreme cold environments. This represents not merely an improvement, but a revolution in battery technology. From emergency rescue equipment in polar regions and high-end outdoor gear to drone logistics and monitoring systems, EEMB low-temperature batteries provide critical power support and operate reliably in the most demanding conditions.

For additional details about our products, please visit us on our stand A24.

For more information visit: imppc.com.au

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For more information visit: onboardsolutions.com.au

HumiSeal 1B59 Sharp Edge Coverage (SEC): Advanced Synthetic Rubber Conformal Coating

HumiSeal 1B59 SEC is a synthetic rubber-based conformal coating designed to enhance sharp edge coverage while providing superior moisture and environmental protection. This latest formulation optimises edge retention, ensuring uniform thickness across complex geometries.

• Enhanced Edge Coverage: Designed to address challenges in coating sharp edges, reducing the risk of weak points.
• Fast Drying and Easy Application: Suitable for spray, dip, and selective coating processes.
• Superior Moisture and Chemical Resistance: Provides robust environmental protection against harsh conditions.
• UV Tracer: Allows for easy inspection under UV light.

Ideal applications for HumiSeal 1B59 SEC are high-reliability electronics, automotive and aerospace PCBs, and industrial and consumer electronics requiring moisture resistance.

For more information visit: HumiSeal 1B59 SEC

PROMOSOLV™ DR3: Low GWP Solvent Cleaning Replacement for 3M Novec™ 7030

PROMOSOLV™ DR3 from Inventec Performance Chemicals is a non-flammable, low Global Warming Potential (GWP) solvent designed as a high-performance replacement for 3M Novec™ 7030 in light-duty cleaning and rinsing applications.

Engineered for precision electronics and industrial processes, PROMOSOLV™ DR3 delivers exceptional cleaning performance with very low surface tension (13.6 dynes per cm), enabling deep penetration into tight geometries and complex assemblies. It is thermally and chemically stable in use, offering short cleaning, rinsing and drying times in both mono-solvent vapour phase and co-solvent processes.

With no flashpoint and zero ozone depletion potential (ODP), PROMOSOLV™ DR3 supports safer workplace operation while aligning with evolving environmental regulations. The product is compatible with all metals and alloys, including sensitive substrates, and demonstrates strong materials compatibility across a wide range of applications.

Inventec’s ECOPROGRAM also enables solvent recycling and reuse, reducing operational costs and environmental impact. PROMOSOLV™ DR3 provides manufacturers with a future-ready, regulatory-compliant alternative without compromising cleaning performance.

For more information visit: PROMOSOLV™ DR3

DP1010 Photonics Laser Depaneling System: Precision PCB Separation

Photonics’ Laser Depaneling Systems deliver high-precision, non-contact separation of printed circuit boards, enabling manufacturers to achieve clean, burr-free edges without mechanical stress. As board complexity increases with fine pitch, high-density components and complex geometries, traditional mechanical depaneling methods can risk board damage, delamination, or component stress. Photonics’ laser-based approach addresses these challenges with a controlled, high-energy beam that precisely cuts the substrate according to programmed patterns.

The system utilises advanced laser optics and motion control to produce consistent, repeatable results across a range of materials—from standard FR-4 to high-performance laminates and flexible substrates. Non-mechanical depaneling eliminates tool wear, reduces particle generation and minimises post-process cleaning, delivering improved throughput and quality for high-mix production environments.

With integrated vision systems and programmable cut paths, Photonics laser depaneling solutions support rapid changeovers and complex board designs. The modular architecture enables seamless integration into SMT and box-build lines, making it well suited for electronics manufacturers seeking higher yields, greater flexibility and reduced rework.

For more information visit: DP1010 Photonics Laser

MBtech NC25 Precision Cleaning System

The c is a high-precision parts cleaning system engineered for demanding electronics and industrial applications where deposit removal and surface cleanliness are critical. Designed to address a wide range of contaminants—including flux residues, particulate, oils and process soils—the NC25 delivers consistent, repeatable cleaning performance with minimal operator intervention.

Built around a robust wash-rinse-dry architecture, the NC25 utilises carefully controlled spray dynamics and chemical management to achieve thorough cleaning across complex assemblies, fine geometries and mixed-technology boards. Its automatic conveyor and process controls support high throughput without compromising part integrity, making it well suited to integration into both batch and continuous production environments.

The system’s modular design allows flexible configuration to match customer process requirements, including ultrasonic enhancement and rinse stage optimisation. With a focus on reproducibility and validated process control, the NC25 is ideal for manufacturers who require tightly controlled cleanliness standards as part of quality systems or regulatory compliance.

The system’s modular design allows flexible configuration to match customer process requirements, including ultrasonic enhancement and rinse stage optimisation. With a focus on reproducibility and validated process control, the NC25 is ideal for manufacturers who require tightly controlled cleanliness standards as part of quality systems or regulatory compliance. Reliable, efficient and adaptable, the MB-Tech NC25 supports manufacturers in achieving both performance and productivity goals in precision cleaning.

For more information visit: MB-Tech NC25

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Transparent Printed Circuit Board

PCBWay’s transparent PCB is manufactured using a halogen-free transparent resin substrate. Unlike traditional glass-based substrates, it delivers high optical clarity while maintaining excellent mechanical and thermal performance. The material is lightweight, heat-resistant, and impact-resistant, making it suitable for advanced applications where both transparency and reliability are required.

Depending on board thickness, transparent PCB can be combined with flexible displays and is well suited for innovative products such as transparent displays, transparent televisions and smart devices. The material is fully compatible with standard FR-4 processing, allowing direct integration into existing production lines without additional investment, ensuring high manufacturability and process adaptability.

Transparent PCB demonstrates outstanding resistance to yellowing, chemicals, heat and CAF (Conductive Anodic Filament), meeting demanding design requirements for high reliability and superior optical performance. It has received certifications: UL File Number: E359866 and ANSI Rating: Non-ANSI. It’s performance and manufacturing advantages are that is it is halogen-free material with excellent resistance to yellowing; fully compatible with FR-4 processes; low moisture absorption, suitable for lead-free reflow soldering; high impact resistance; superior CAF resistance; and reliable through-hole performance and solderability.

Transparent PCB Specifications

• Flammability Rating: 94V-HB
• Maximum Operating Temperature: 130°C
• Layer Count: 1–6 layers
• Base Material: FR-4 Transparent
• Solder Mask: Transparent
• Board Thickness: 0.002 inch (0.05 mm) to 0.080 inch (2.0 mm), suitable for both small and large formats
• Copper Weight: 1/3 oz to 5 oz, available for multilayer and double-sided boards
• Film Format: Roll material or small panel formats
• Glass Cloth (prepreg): 106, 1080, 2116, 7628, or customised upon request
• Minimum Trace / Spacing: 4 mil
• Surface Finish: Immersion Gold, ENEPIG, OSP
• Silkscreen: Custom colours available

For more information visit: pcbway.com

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Australia’s own Power Line Communications chip company

Semitech Semiconductor, a proudly Australian semiconductor company, sells its flagship SM2400 Power Line Communications chip to market leading vendors in Europe and US. Markets include Smart Grid, Stadium lighting, Airport runway lighting, Semi-trailers, Smart Building systems, and Mining drill rigs. Designed in Australia with wafers manufactured by TSMC, Semitech’s chips are widely regarded as market leading technology. Semitech have teamed up with Texas Instruments to offer the latest G3 Hybrid network architecture to the global Smart Grid market.

Modern Power Line Communications for Smart Grid Networks

Smart Grid networks modernise traditional electricity grids by integrating digital communication and control to improve efficiency, reliability, and sustainability. They enable two-way communication between utilities and end users, supporting applications such as advanced metering infrastructure (AMI), demand response, distributed energy resources (DERs), fault detection, and distribution automation.

While a variety of communication technologies are used in Smart Grids, Power Line Communication (PLC) is uniquely positioned by leveraging the existing medium-voltage (MV) and low-voltage (LV) electricity distribution networks as the communication channel, eliminating the need for new cabling, while overcoming the shortcomings of wireless communication. Semitech Semiconductors, a proudly Australian semiconductor company, is today selling its flagship SM2400 Power Line Communications chip to leading Smart Grid vendors in Europe and US. They have teamed up with Texas Instruments to offer the latest G3 Hybrid network architecture to the global Smart Grid market.

G3 PLC

G3 PLC is widely deployed in AMI, following the globally recognised standard ITU-T G.9903. By utilising modern signal processing and mesh networking techniques, G3 Alliance developed the G3 PLC and G3 Hybrid standards to provide a ubiquitous, robust, and highly reliable network architecture with unprecedented reach without requiring new infrastructure investment. G3 PLC networks have been deployed in over 60 countries, with over 1 million devices connected, and rapidly expanding.

Semitech G3 PLC

Semitech offers a best-in-class G3 PLC solution built on the versatile SM2400A PLC modem designed for advanced narrowband PLC protocols.

• Advanced dual-core architecture for low-cost and power efficiency.
• Multi-protocol support, including G3 PLC and G3 Hybrid.
• Superior noise resilience with advanced preamble detection and <20 dBµV sensitivity.
• Certified G3 stack supporting full OFDM-based PHY, MAC, and 6LoWPAN ASL.
• Built-in security with an integrated AES-256 security engine.

Some key highlights are:

• High-Speed PLC with data rates above 600 kbps.
• AC and DC Power Line compatible.
• Global Frequency Band compatibility including CENELEC (Europe), FCC (North America), ARIB (Japan).
• Future-proof software defined performance with remote firmware updates.
• Flexible integration options including external flash or host-loaded modes, and a wide range of compatible line drivers.
• Easy to Develop, Troubleshoot, and Prototype with complete developer-friendly tools and evaluation kits.

G3 Hybrid

Hybrid networks seamlessly integrate Power Line Communication (PLC) with RF mesh into a single, unified infrastructure. Devices can automatically switch between PLC and RF, ensuring reliable connectivity under all conditions. This dual-medium approach improves the network robustness and capacity, making the network more resilient even in hard-to-reach locations. Utilities and applications experience one cohesive network, regardless of whether data travels over wires or wireless. G3 Hybrid expands coverage beyond electricity meters to gas, water, and other smart devices, while maintaining the cost advantages of PLC. By combining the strengths of PLC and RF into a single interoperable network, hybrid technology delivers greater coverage, higher reliability, and long-term flexibility for modern Smart Grids.

Semitech G3 Hybrid

In partnership with Texas Instruments, Semitech delivers a G3 Hybrid platform that seamlessly combines PLC and sub-GHz wireless for maximum reach and reliability.

• Full integration of TI s CC1312R wireless MCU and Semitech s dual-core SM2400 PLC.
• Dynamic mesh routing, automatically sensing and selecting RF or PLC communications for best connectivity.
• RF-only mode for battery-powered edge devices +14 dBm RF output power with temperature compensation.
• Built-in security with an integrated AES-256 security engine.

Some key highlights are:

• Dual Media Reliability with automated PLC or RF path selection.
• Long-Range Wireless utilising TIs high-performance MCU for 802.15.4.
• High-Noise Resilient PLC allowing extended data rates and <20 dBµV sensitivity.
• Developer-Friendly support with simplified integration of tooling and evaluation kits.

For more information visit: semitechsemi.com

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Hackrf Pro Cirket Version

The HackRF Pro is an advanced software-defined radio (SDR) peripheral designed for testing and developing modern radio technologies. It operates as a half-duplex transceiver, supporting frequencies from 100 kHz to 6 GHz, with tuneable ranges up to 7.1 GHz and sample rates up to 20 Msps (40 Msps in oversample mode). The device features a high-speed USB 2.0 interface with a Type-C connector, SMA antenna connectors, and a built-in TCXO crystal oscillator for superior timing stability.

Compared to its predecessor, the HackRF Pro introduces significant improvements, including a wider frequency range, better RF performance with flatter frequency response, and a power-efficient FPGA replacing the old CPLD. It also offers extended-precision mode with 16-bit samples for low sample rates and half-precision mode with 4-bit samples at high rates. Ideal for researchers, engineers, and hobbyists, the HackRF Pro enables applications like signal analysis, protocol development, and wireless security testing. Its open-source nature, portable design, and backward compatibility make it a versatile and cost-effective solution for exploring radio communication systems.

Shenzhen Cirket company is the biggest HackRF one manufacturer in the past decade years. We have finished our HackRF Pro prototype and small quantity producing. We will place the most important role of SDR field in the coming future.

Long LED PCBA

Long LED PCBA, length more than 1500 mm, are widely used in building wall, bridge, shopping mall, road tunnel, and some others lighting construction projects. Shenzhen Cirket Electronics Co.,Ltd has setup 3 SMT lines for long PCB assembly. Our solder paste printer can print up to 1800 mm length PCB. Pick and place machine and board conveyor longer than normal too. We have added additional track on both side of YAMAHA pick and place machine, and place a 500 mm length PCB conveyor between two mounting machine. Then each machine can mount component on half of the long PCB.

As the board is long, the pad position tolerance will be bigger than normal PCB. Thus it need PCB factory to provide high precision board. Stencil need use good steel sheet to keep enough stretching force. A strong and stable solder paste printer work platform can fix stencil strongly to make sure all solder paste are printed to the correct place on PCB pad. Our factory has rich experience in all producing process.

Ultimate Reliability for SDR Mainboards: Mastering ENEPIG and Copper-Fill Processes

Our factory, Shenzhen Cirket, has produced a SDR project recently which require high mastery of complex PCBA processes. This production involves a 10-layer PCB with Isola 370HR material, specifically processed to maintain structural integrity at a high Tg of 180°C. A key process challenge we successfully managed is the diverse copper weight distribution—ranging from 0.5 oz to 1.5 oz across different layers—ensuring consistent plating quality and thermal performance.

For interconnect reliability, we utilised advanced copper-filled thru-via technology. These vias are plated over to create a perfectly flat surface, which is critical under high-density contactor areas. Furthermore, we applied an ENEPIG surface finish. This specific process provides a superior, flat interface that is exceptionally friendly to fine-pitch BGA soldering, eliminating the risks of 'black pad' and enhancing joint strength. These sophisticated processes reflect our commitment to delivering reliable, high-end PCBA solutions.

The BGA ball space for this board is 0.25 mm. We use high reliability Alpha tin with 3% silver as solder paste. Too active solder paste can make short circuit very easily at small BGA ball space. Thus a proper oven temperature chart is very critical. We have controlled 0.1% NG board in mass production.

For more information visit: szckt.cn

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VSG200 20GHz Vector Signal Generator

The VSG200 features a low phase noise, agile local oscillator with 200 µs switch time, enabling frequency hopping spread spectrum testing. A dual 14-bit DAC runs at 2x or 3x the I/Q symbol rate using digital oversampling to provide a flat, clean baseband; and a digitally adjustable internal VCTCXO ensures frequency errors are kept to a minimum over temperature, or an external 10 MHz input may be used for zero ppm frequency error. A trigger output is also available to synchronise your VSG200 with other test equipment.

• Available Modulation Types: LTE, 802.11a/n/ac/ax, Bluetooth LE, Custom OFDM, 16/64/256/1024-QAM, 2/4/8/16-PSK, 2/4/8/16-FSK, ASK, GMSK, AWGN channels, Ramp/Chirp, Stepped sweep, Multi-tone, Pulse, FM, AM, CW, Arbitrary/Custom.
• Digital Modulation Impairments: Custom channel response, AWGN, Sample rate error, frequency and level offset, I/Q offset, spectrum inversion.
• Other Features: Use the API to continuously stream custom I/Q data to the VSG200 at arbitrary sample rates up to 51.2 MSPS. Use the external trigger output to synchronise multiple instruments for complex measurement setups. Take advantage of the 10 MHz timebase input to ensure frequency coordination between all lab equipment.

PCR4200 Four-Channel Phase Coherent Receiver The PCR4200 is a high-performance, 100 kHz to 20 GHz, four-channel, phase coherent receiver, streaming I/Q data over a vita 49 interface. Each channel on the PCR4200 may be configured as a phase coherent channel using the high-performance shared local oscillator (LO), or independently tuned using that channel’s dedicated LO. Additionally, any single channel may be configured to provide swept spectrum data at up to 200 GHz/s. Other features include a built-in 30 MHz to 20 GHz vector signal generator to simplify system alignment and calibration, and an internal GPS to provide precise time, frequency, and location.

• Frequency range 100 kHz to 20 Ghz
• Streams 40 MHz bandwidth per channel over 10 GbE SFP+
• Built-in sub-octave preselectors from 45 MHz to 20 GHz
• Noise figure: 10 dB typical at 2 GHz
• Calibrated I/Q data
• Ultra-low phase noise: -136 dBc/Hz 10 kHz offset from 1 GHz centre frequency
• Internal GPS
• 110 dB dynamic range
• Independent channel configuration
• Up to 16 phase coherent channels

Applications for PCR4200

• Simultaneous multi-band spectrum monitoring
• Emitter detection and geolocation
• Multi-channel transmitter testing
• SIGINT/COMINT/ELINT
• Drone detection
• MIMO channel testing

The PCR4200 excels at multi-channel, wide-band, simultaneous monitoring applications.

For more information visit: silvertone.com.au

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Stars Microelectronics is the only Thailand-based company that delivers world-class EMS,SMT, OSAT, Advanced IC Packaging and Advanced Photonics solutions across seven high-impact industries from Microelectronics, Telecom, Industrial Automation, Professional Audio Video, Automotive RF and Power Electronics, Medical Devices and Clean Energy. As a one-stop-service partner, we empower clients to optimise costs, accelerate innovation, and scale faster with high-precision, end-to-end manufacturing—from wafer to final system build.

Our commitment to world-class standards, certified facilities, and strict quality assurance means that every product we deliver is crafted to exceed customer expectations, every time. We are committed to delivering nothing less than a masterpiece for every product. Leveraging Free Trade Zone advantages and supported by global offices, we provide seamless, reliable, and cost-effective solutions that strengthen your competitive edge into the global market.

For more information visit: starsmicro.com

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SubaScope Ultimate

The NEW SubaScope Ultimate has a CMOS camera which is specially designed for Suba that includes multiple modes of output (HDMI, WiFi, USB and network). The camera has multiple interfaces and uses an ultra high-performance CMOS sensor. It can be directly connected to an HDMI display or to a computer via WiFi or USB and images and videos can be saved directly for on-site analysis and subsequent research. The user can directly control the camera hardware with the software ToupView or ToupLite.

SubaScope Ultimate is enhanced with an embedded ARM core, and the camera integrates various functions using the mouse and well-designed UI on the HDMI monitor; all functions can be easily controlled. The camera comes with the built-in auto focus system (lens focusing), which can realise the best auto focus specification areas of the sample, and can be used for many fields of applications and inspections, microscope observation, etc.

• Scientific research, digital teaching (teaching, demonstration and academic discussing).
• Digital laboratory, medical research.
• NOYAFA NF-826 Cable Locator: Accurate Underground Tracker for Professionals.
• Medical treatment (pathological observation).
• Food (microbial colony observation and counting).
• Wire processing wire, crimp and tooling inspection.
• Electronic manufacturing, solder joint and other detail inspection.
• Aviation and military.

Some of the key features are:

• 16MP Sony CMOS sensor.
• 4K HDMI / WiFi / USB multiple video synchronous outputs.
• 4K / 1080px auto switching according to monitor resolution.
• USB flash drive for captured image and video storage, support local preview and playback.
• Auto Focus (Lens focusing),Support Canon EF Mount Lens. The SubaScope is the only Digital microscope on which you can change from far distance to close distance by changing the Canon camera lens. The new SubaScope on which you can have both modes, far and close distance.
• Embedded XCamView for the control of the camera and image processing, supporting automatic edge finding and measurement functions.
• ToupView and ToupLite software for PC.
• iOS and Android applications for smart phones or tablets.

For more information visit: suba.com.au

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OTTO Controls Joysticks, Thumbwheels and Paddles: Operator Controls for Tight Spaces

Compact HMI controls can have a large impact while saving space on panels, armrests and wireless, autonomous devices. OTTO Controls’ smaller joysticks, thumbwheels, paddle switches and more offer reliable, precision management for many functions.

• NEW! Narrow JHLN Joystick: OTTO’s new JHLN is a narrow, bottom-mount, single-axis joystick that is ideal for space-constrained operator cabs. Select from friction hold or return-to-centre actuation and between five handle types.
• Miniature and Finger Joysticks: JHT mini joysticks, which enable spot-on movement, are common in military and aerospace, medical and heavy equipment applications. Z-axis models also feature a 60° rotating knob on top. Single- and dual-axis finger joysticks have various button styles, such as bat handles or concave, to give the operator the optimal tactile feel.
• Thumbwheels and Paddles: Sealed, Hall effect thumbwheels with a knurled wheel or paddle wheel are great choices for grips and panels. Hall effect paddle joysticks come with three lever style and output options. OTTO Controls solutions are available through Switches Plus.

For more information visit: switchesplus.com.au or otto-controls.com

RAFIX’s MICON 5 and RACON Tactile Switches Series

RAFIX’s MICON 5 and RACON Series of tactile switches deliver precision-engineered solutions tailored for high-reliability electronic applications. Designed for direct PCB mounting, these compact components combine defined actuation characteristics with a long mechanical lifespan and stable electrical performance.

MICON 5 Series

The MICON 5 family is optimised for applications requiring precise tactile feedback and consistent switching behaviour over millions of cycles. Gold-plated contacts provide low and stable contact resistance, ensuring reliable signal transmission, even in low-current circuits. Variants such as the MICON 5 S and MICON 5 SL support extended durability requirements; the SL version is rated for up to ten million actuations. MICON 5 SAFETY is ideal for safety-related systems, integrating two electrically isolated, potential-free contacts within a minimal footprint to enable redundant signal paths for functional safety architectures.

RACON 8/12 ST Series

The RACON 8/12 ST series has been specifically developed for operation in harsh environmental conditions. With sealed designs up to IP67 and an operating temperature range of -40°C to +125°C, RACON switches are ideal for use in automotive, industrial and outdoor electronics. Their robust housing design, defined switching forces and SMT compatibility support automated assembly processes and ensure long-term performance under mechanical and environmental stress.

RAFIX 22 FS+ Platform

The RAFIX 22 FS+ platform from RAFI is a modular control and signalling system designed for industrial machinery, automation equipment, and control panels. Based on a standardised 22.3 mm mounting hole, the RAFIX 22 FS+ enables the consistent integration of push buttons, selector switches, key-lock switches, emergency stop actuators and signal indicators within a unified design concept. The system architecture separates the actuating elements from the contact blocks and illumination modules, allowing flexible configuration according to electrical and mechanical requirements. High-quality materials and precise mechanics ensure consistent actuation forces, clear tactile feedback and a long mechanical lifetime.

RAFIX 22 FS+ components are engineered for use in demanding industrial environments. Features such as front panel sealing up to IP65 and IP69K, impact-resistant front rings and durable marking options ensure reliable operation when exposed to dust, moisture and cleaning processes. Illuminated versions with LED technology enable uniform, efficient signalling with high visibility.

For more information visit: switchesplus.com.au or rafi-group.com

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Based in Melbourne, Australia, TECHAL SOLUTIONS specialises in providing state-of-the-art SMT Electronic Production Equipment, Assembly Automation Solutions, as well as spares, consumables, and accessories. We are committed to delivering comprehensive solutions tailored to meet the evolving needs of the electronics manufacturing industry.

Equipment Solutions for PCB Assembly and Semiconductor Manufacturing

• Surface Mount Assembly
• Assembly Line Integration
• Automated Inspection Solutions
• X-Ray Inspection and Testing
• Used and Refurbished Equipment

Equipment Solutions for Screw-driving Automation

• Pneumatic and Electric Screwdrivers
• Torque Measuring Devices
• Automatic Screw Feeders
• Complete Assembly Automation Systems
• Air Tools and Motors

Support for Spares and Consumables

• Comprehensive Spares and Consumables Support

For more information visit: techalsolutions.com

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