Based on the Cypress CYW43012 combo chipset, the ultra-small dual-band Wi-Fi 11a/b/g/n/ (11ac Friendly) +Bluetooth 5.0 module offers data transference rates up to 78Mbps on Wi-Fi and 3Mbps on Bluetooth. The solution supports a wide range of popular processors including PSoC6, i.MX RT, STM32, i.MX, and IP Camera platforms, as well as Linux and RTOS based applications.

The module size is 10mm (L) x 7.2mm (W) x 1.4mm (H). It will have a reference antennae design for FCC/IC certifications and CE conducted test to give a lower development cost and quicker time to market.

“Teaming up with Cypress allows us to leverage our combined expertise in delivering breakthrough solutions that are game changers for the market,” said Koichi Sorada, product manager, Connectivity Solutions for Murata Europe. “Using our proprietary packaging and miniaturization technologies, Murata leads in developing turnkey, transformational tools that ease integration and enable connectivity to help bring IoT to fruition. With this lowest Wi-Fi power module, we now enable a new class of products that were previously designated for Bluetooth.”

“The Cypress CYW43012 combo solution continues its forward momentum in the market as OEMs demand key benefits including best-in-class throughput and power efficiency,” said Brian Bedrosian, vice president of marketing for the IoT Compute and Wireless Business Unit at Cypress. “Our collaboration with Murata in integrating the CYW43012 delivers a compact, pre-tested solution that has helped position Cypress as the supplier of choice for OEMs delivering high performance, long battery-life IoT solutions in applications including cameras, music, healthcare, and security.”

The company’s environment-friendly designs decrease energy consumption, produce less waste heat – yielding reduced AC loads and improved reliability while lowering operating costs.

Whereas the N2Power has always offered modifications to its standard power supplies to satisfy customer need, the plan ensures improved performance of the N2 units with no need to change build requirements.

Instead of a customer having to buy an off-the-shelf unit and design the metalwork upon which to build up all the individual parts from scratch, their solution allows the company and NYE to supply a full end solution. This decreases assembly time, decreases BOM and simplifies the entire process by turning cluttered line items into just one line item.

This means their customers, such as OEMs, receive complete custom power assemblies without having to purchase mounting brackets, nuts, bolts, stand-offs, screws, cables, connectors, external fans or other accessories.

The module is powered by a Nordic Semiconductor nRF52840 SoC, which comprises a 32-bit Arm Cortex-M4F processor with 1MByte of flash memory and 256kBytes of RAM. The SoC also incorporates a 12-bit ADC and support for SPI, UART, and PWM interfaces.

The device combines a high-performance PCB antenna, 32MHz system clock, and support for NFC-A Type-2 for touch-to-pair applications. The module provides a typical output power of +8dBm and operates in the low-power 2.4GHz ISM band. The RoHS-compliant module is Bluetooth, FCC, IC and Japan qualified and is excellent for low-power wireless applications, such as advanced wearables, connected health devices, VR and AR, IoT sensors and controllers, and wireless payment systems.

As a nanosilica filled system, the product provides low shrinkage upon cure, outstanding abrasion resistance and dimensional stability with a low coefficient of thermal expansion of 30-35 x 10-6″/”/C. It is a reliable electrical insulator with a volume resistivity of more than 1014Ohm-cm and dielectric constant of 3.85 at 60Hz. The compound is optically clear with a refractive index of 1.52.

The UV curing process for system takes only 10-30 seconds at a 365nm wavelength and 10-40mW/cm2 of UV output. The heat curing process can be initiated at 80C, making it extremely desirable in applications concerning heat sensitive components. Optional post curing at 125-150C for 15-30 minutes will improve the glass transition temperature to over 125C. This system is not oxygen inhibited.

The system has a low viscosity of 500-3,500cps at 75F (~23C). It bonds favourably to a mixture of substrates including glass, metals, ceramics and most plastics. This compound has extremely good resistance to various sterilisation methods including autoclaving and many chemical sterilants. It is offered for use in 30cc EFD syringes, half a pint, pint, and quart containers.

The CNMB enclosures provide designers of monitoring, control, automation and sensor systems a simple solution for mounting their products in the extensively used DIN-Rail format.

The DIN-Rail mounting module box kit is provided in snap-fit kit form for easy assembly and comprises of a base, top panel, terminal guards and clips for rail or wall mounting. Each kit includes two perforated terminal covers allowing customisation as needed and CNMB/6 and CNMB/9 are supplied with extra blank terminal covers.

Paul Raynor, director of JPR Electronics, comments: “DIN-Rail mounted products are widely used in machine and panel building and industrial and building automation. The CambdenBoss CNMB range offers manufacturers of control, automation and sensor products a readily available, simple to use DIN-Rail enclosure system saving the time and costs of a custom design.”

The company’s AH Series modules provide a full display solution in a slender design. The modules are available in VFD or FSTN-LCD with display options of 20 x 2 or full dot matrix. The high-contrast displays are compatible with iOS and Bluetooth and perfect for audio tuners, POS systems, and other display applications.

The EL Series OLEDs are thin, self-luminous display modules that offer high contrast and a wide viewing angle. With consistent response speed regardless of external temperature, the series is perfect for battery-powered consumer wearables, home appliances, handheld medical devices, industrial controls, and automotive instrument panel applications.

Their LC Series TFT-LCD modules use a simple command set to display content, including stored JPEG images and text with internal fonts, which decreases system development time. The touch-enabled modules are ideal for embedded use, featuring a USB 2.0 Full Speed or RS232C interface, high-speed startup, and an 8-bit microcontroller with LCD controller. The series modules are offered in 4.3” and 7” versions with a relevant interface cable, and are suitable for measurement, POS systems, and industrial equipment applications.

The company’s mini circulator family represents just one portion of the company’s expansive 5G infrastructure portfolio, which comprises best-in-class high-efficiency drivers and small cell power amplifiers, advanced LNAs with integrated high-power switches and a wide range of individual RF devices. By giving key base station partners comprehensive platforms, the company facilitates an essential first step in the deployment of 5G and ensures the standard’s rapid commercialisation.

“Skyworks is excited to once again be at the forefront of leading technologies enabling 5G,” said David Stasey, vice president and general manager of diversified analog solutions for Skyworks. “Our ultra-compact, high-performance circulators demonstrate how we are leveraging our unique capabilities to enhance network efficiency and deliver higher capacity with greater coverage. When combined with our mobile and Internet of Things solutions, we are truly empowering end-to-end 5G connectivity.”

The EVM offers a broad assortment of industrial applications like 3D printing, 3D scanning, medical imaging and automated optical inspection (AOI).

The module supports two configurable input triggers and one configurable output trigger to enable convenient synchronisation with sensors, cameras, or other peripheral devices. The EVM comprises a DLP4710 (0.47 1080p) DMD, 2 DLPC3479 display and light controller and a DLPA3005 PMIC/LED driver.

The module comes equipped with a production-ready optical engine and offers a compelling combination of resolution (Full HD), brightness, speed and programmability in a small form factor.

The company’s extensive system of mounting clamps, rods and tubes provide quality engineering to allow location of devices often suspended somewhat in space by offering a supporting framework. The range is modular in design which enables selection easy, so rods/tubes can quickly be matched with connecting clamps with/without base or flanges to ensure solid mounting on floors or structural elements. Linear connecting rods, angle clamps, actuating gears, clamp handles and two-way connecting clamps consist a full system of standard mounting components.

Manufactured from ABS HB, the series is offered in several different models. BCS30W is a white sensor case with slots in two sides. It provides PCB mounting points, and for ease of installation, the wall mounting points are pre-drilled. The vented fastenings are snap-fit for convenience, with a screw fixing to one side. BCS30B offers the same specification, but in black, while model BCS30STW is a white solid top version. The dimensions of these three sensor cases are 80mm x 80mm x 21mm.

For larger designs, BCS276W measures 84mm x 84mm x 36mm. This off-white medium sensor case is manufactured in ABS UL94 V-0. It features internal PCB standoffs, and a snap-fit top, vented on two sides. Two versions are available, for either wall mounting or desk mounting. Ideal applications include alarm cases and gas sensors, as well as many others.

The company also provides a customisation service and can machine, punch and drill sensor enclosures to suit individual applications. The customisation service also comprises silk screen printing to customer designs.