The extremely accurate ALS provides 16-bit high resolution with ample selections to satisfy the demands of most applications, whether dark or high transparency lens design. Patented Filtron technology delivers ambient light spectrum sensitivity close to real human eye responses, with fluorescent light flicker immunity. The proximity function provides immunity to red glow (940nm IRED) and has an intelligent cancellation system that efficiently reduces crosstalk and a smart persistence scheme to decrease response time. Both the ALS and PS work in parallel and can be programmed for high and low interrupt thresholds, so only using the minimum amount of microprocessor resource.

Other specifications cover operating voltage between 2.5V to 3.6V, temperature compensation of -40C to +85C and a low power consumption I²C SMBus compatible interface.

By following the exact time of operation/shutdown and capitalising on the information given by the operators, this solution will enable the user to understand the performance losses, find their root causes and improve continuously.

The solution is provided turnkey, simple to install, externally and non-invasive (no connection to IT systems) and is configurable by the user in a few hours.

No obsolescence of software with frequent updates and remotely. Online support and online training are provided.

Each solution comprises of an electronic module that retrieves machine operation and performance information from sensors or PLC outputs. This module then transmits the production information in real time by Bluetooth to a tablet, on which operators indicate the origin of each stop or drop of a machine. Finally, this information is returned via the Internet (WiFi, 3G/4G) on a supervision site. Your data is secure and encrypted (SSL). The interface of the site is intuitive and simple to use. All information collected is visually restored and offers managers and field teams with simple tools to visualise and consolidate machine performance information. This product requires a license to operate and comes with one month of license.

The solution comprises the recently introduced R&S SmartAnalytics web-based software suite. The suite offers intuitive and powerful analytics with drill-down functions to analyse the collected measurement data over the whole network test cycle, supporting the analysis and visualisation of 5G NR scanner and UE measurements.

Hanspeter Bobst, vice president Market Segment Mobile Network Testing at Rohde & Schwarz, stated: “With the latest additions to our end-to-end network measurement solution, Rohde & Schwarz provides mobile network operators and infrastructure vendors with a complete solution for 5G NR testing. The solution covers data collection with scanners up to mmWave frequencies and with 5G devices as well as powerful data analytics with our SmartAnalytics tool. We enable our customers to be ahead in 5G by achieving superior 5G NR performance in all phases of the network lifecycle.”

Constant monitoring of process media on machines and equipment contributes considerably to process security. Values that need to be maintained are pressure, level and temperature. The BFT temperature sensors stand out when it comes to monitoring the lubricants, cooling water and compressed air, making them perfect for a mixture of applications.

The benchtop Optical Spectrum Analyser features wide dynamic range, high resolution, and fast sweep speeds over a wavelength range of 600nm to 1750nm. The device supports multimode fibre input and is perfect for manufacturing and evaluating 850nm band VCSEL modules.

Moreover, the device retains optical active device (LD-Module, DFB-LD, FP-LD, LED, WDM and Optical Amplifier (NF and Gain) measurement menu screens for evaluating devices. The device supports all-at-once measurements of key evaluation items, such as optical centre wavelength, level, OSNR, spectrum width, etc., and displays these results on one screen.

With the WILSEN.sonic.level, the company offers an ultrasonic wireless sensor for monitoring fill levels in mobile containers, tanks and silos. Also, the battery-operated device defines the geolocation of the container and transmits the collected data via a GSM or LoRaWAN connection to a designated collection point on the Internet. The WILSEN.service not only assures the secure exchange of data but also provides centralised management of all IoT sensors in the field. In turn, software systems and data platforms for business data processing can be connected to the service.

The company has compiled an entry-level starter kit that comprises all of the components needed to create a working IoT system. This time-limited, fixed-cost package enables interested parties to get started with the IoT even without prior knowledge so that they can gain experience in their own process environment as speedily as possible.

With customers scattered over large sites, such as big retail outlets or student accommodation, where working in tight spaces is often needed, test equipment demands to be easily portable. With the potential for troubleshooting call-outs to occur 24 hours a day, it is also crucial for network and cable test equipment to give a fast and simple solution.

“NaviTEK NT Pro saves us time, saves us money and makes my job a lot easier when it comes to troubleshooting,” says Justin Hill, senior engineer, of ISG Technology. “There were big benefits beyond just the cost savings.”

Whether working with copper or fibre cable, the device is a lightweight handheld tester that is simple to transport across large sites and makes operating in confined spaces easy, even when operating through awkward or ceiling-based access points.

“This is a more convenient and efficient alternative to network troubleshooting using a laptop or software tool,” explains Tim Widdershoven, IDEAL Networks marketing director. “Plus, a single tester can meet multiple needs, from checking a device is on the right VLAN to detecting the IP information or checking cable length for compliance with standards. This means less equipment is needed for efficient troubleshooting.”

The PQ3198 analyser is able to be used for single-phase two-wire or three-wire, three-phase three-wire or four-wire plus one extra input channel for voltage, current, power measurement (AC or DC). Sampling at 2MHz, voltages up to 600Vrms (transients to 6kV peak) and currents from 500mA to 5kA can be supported, dependent on the chosen sensor. Comprehensive power analysis of various parameters can be made by the IEC61000-4-30 Class A standard with high accuracy and continuous gapless recording. Voltage dips, inrush, swell, transients to 0.5us, flicker, distortion, harmonics, K factor, etc., can all be analysed and presented via the 6.5″ TFT LCD. The broadband voltage range enables high-order harmonic component measurements up to 80kHz. In addition to 50/60Hz, the device can measure a line 400Hz frequency. An arbitrary battery pack provides continuous isolated use for up to 180 minutes.

The analyser offers robust critical support for field personnel who need to analyse power characteristics, reliably capturing a broad range of power anomalies with exceptional ease of use. Applications comprise verifying the power quality of EV rapid chargers, assessing light flicker issues, testing for abnormal waveforms when switching to UPS power, detecting intermittent or poor quality power feeds, solar power quality surveys, etc.

The GCF announced the inclusion of cellular (LTE) based vehicle-to-everything (V2X) and vehicle-to-vehicle (V2V) communication technologies within its certification program. This certification concentrates specifically on LTE sidelink, an adaptation of core LTE standards as defined in 3GPP Release 14 that enables communication between two or more nearby devices. It can be offered on any LTE band with the 5.9GHz band allocated for ITS services.

The company claims to be the first test and measurement equipment manufacturer to satisfy the GCF test platform approval criteria (TPAC) for C-V2V protocol conformance testing. The certified solution brings together the company’s established hardware platforms and additional software. On the wireless communication side, their CMW500 wideband radio communication tester supports both LTE-A and WCDMA/HSPA+ technologies as well as performing LTE sidelink functionality testing on the communication link to the C-V2X module. This is used in conjunction with their SMBV100A vector signal generator, which simulates the GNSS signals of global positioning services such as GPS, GLONASS, Galileo, and BeiDou. Implementation of the GCF-approved protocol tests are provided through the company’s CMW-KK550 software package.

Typical applications include automotive, industrial control, medical, consumer, weather stations, and altimeters.

The company’s KP275 MAP sensor is an accurate digital Turbo sensor that serves to achieve the targets of new CO2 legislative demands. This digital MAP sensor offers high quality and long lifetime and operates in harsh environments. The digital MAP sensor offers integrated signal processing for an external temperature sensor, SENT protocol interface, and real 12-bit temperature and pressure resolution.

Typical applications include automotive, industrial, consumer, and medical fields.