Keith Chu, the senior product line manager at Lantronix, is joining Meaghan Ziemba for this HotSeat interview that focuses on M2M. Keith provides an overview of the current state of M2M, and discusses the challenges that are precluding M2M from being embraced...
A new cyber tool that helps map crops and monitor irrigation systems came to life after a University of Vermont researcher realized farmers just weren't very good at keeping records. Department of Agriculture this spring to expand the app for use around the Northeast and California...
Today on Meaghan's Minute, brought to you by Memory Protection Devices, measuring optical power employed aiming a laser at a coated detector, measuring the detector’s temperature change, and determining the electrical power needed to generate an equivalent amount of heat. An extremely accurate method, but difficult with high-power lasers.
Today on Meaghan's Minute, brought to you by Memory Protection Devices, HEVO Power is developing resonance-based wireless charging systems for electric vehicles, and disguising them as manholes. The plan is to deploy the new wireless charging systems in New York’s Washington Square Park by early 2014.
Today on Meaghan's Minute, brought to you by Memory Protection Devices, RFMD has unveiled its power doubler amplifier in a multi-chip module to support the requirements of the new data over cable service interface specification (DOCSIS) 3.1.
The first supercapacitor made out of silicon can be built into a silicon chip along with the microelectronic circuitry that it powers. It should be possible to construct these power cells out of the excess silicon that exists in the current generation of solar cells, sensors, mobile phones, and a variety of other electromechanical devices, providing a considerable cost savings.
Pulse Electronics introduces an ultra-thin near field communications (NFC) ferrite sheet antenna. The antenna is 28 percent thinner than the previous version and still meets the EMVCo specification of 40 mm. It enables NFC connectivity to mobile devices for payment sharing, credential storage and exchange, accessing and controlling...
Ritron’s Quick Talk RQT is an industrial-grade radio transmitter with sensor inputs and voice recording storage that automatically alerts radio-equipped personnel when process conditions, such as temperature, change. This proven technology accepts inputs from up to 4 switches or sensors to monitor conditions.
The September/October issue of Wireless Design and Development contains features on an assortment of topics, including an article by Cavendish Kinetics concerning new design space for mobile antenna designers, a Brainstorm on Test & Measurement, and Sacrificing Conversation for Connection from the editor.
Talley now offers a fiber-plus-power system that bundles all signal and power cabling elements required for installing a functional FTTA system into a single enclosure. Developed in cooperation with FiberSource and CONEC, the Fiber+Power-to-the-Antenna system saves significant installation time and money.
Jellyfish have long been known as having a simple muscular makeup and being inefficient swimmers that rely on the current flow of water to navigate. Yet, the ability to conserve energy even while moving may help explain why jellyfish are bloom and inundate ecosystems, or even man-made systems, such as ports and dockyards.
Virginia Tech College of Engineering researchers are part of a national study that has cracked how jellyfish move with the lowest cost of transport of any animal. The findings will be used as researchers continue to design bio-inspired jellyfish for the U.S. Navy. The study highlights jellyfish as one of the most energetically efficient natural propulsors on the planet.
The need for sensory tags is growing exponentially, and the uses for them span across various industries and markets. From the construction history and condition of certain buildings, bridges, and roads, to recording patient medication consumption, sensory tags are important for validating the origin of any object, as well as verifying the environmental conditions to which that object has been exposed.
Amphenol Industrial Global Operations now offers a line of high performance, rugged and reliable underwater electrical connectors for deep submersion applications...
Agilent Technologies recently announced a limited-time promotion that offers customers more bandwidth at no extra cost...
Wireless designers continue to make tradeoffs among power, cost, size, and performance specifications. Engineers working in the consumer mobile market have difficult challenges due to its extremely competitive nature, as well as the time pressures to produce designs that work in some very difficult environments.
B&B Electronics has launched its next generation AirborneM2M 802.11 a/b/g/n WiFi platform to provide secure, dual-band (2.4 and 5 GHz) WiFi connectivity to rugged and mission-critical M2M networks...
Company debuts new solution that delivers today’s Carrier Ethernet 2.0 services and tomorrow’s software defined networking (SDN) services.
BinMaster Level Controls introduces the new BinMaster RL level sensor designed to provide highly reliable bin level data in challenging environments where dust levels are extremely high.
LoRa Long Range Technology Adds Cost-Effective Solution to Increase Signal Range by 10X with Significant Improvements for Interferer Robustness.
SICK recently announced the launch of the DFS2X line of programmable incremental encoders.
Megger now offers a palm-sized, battery-operated proving unit that provides a substitute voltage source for testing a two-pole tester.
Elo Touch Solutions recently announced its ‘Elo @ The Office’ solutions designed to enhance communications, optimize collaboration, and boost productivity in office environments.
Rohde & Schwarz has added power analysis options and a new differential wideband probe to its portfolio of analysis solutions for clocked power supplies.
Stanford engineers have helped create what may be the next big thing in particle accelerators – and it fits on a fingertip. This “accelerator on a chip” was reported September 27th in the journal Nature. The project included scientists from the U.S. Department of Energy’s (DOE) SLAC National Accelerator Laboratory, a linear accelerator two miles long.