Pebby’s smart robotic pet sitter system, which allows pet owners to monitor, interact with and entertain their furry loved ones anytime, anywhere in the world, will start shipping late Q1 2018 (MSRP: $249 USD) after a highly successful Kickstarter (Goal: $50K / Raise: $500K+) campaign in 2017 with 15,000 pre-orders from crowdfunding backers and commercial […]
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Senet, a provider of cloud-based software, global connectivity service platforms and network build-out for the Internet of Things (IoT), and Kerlink, a provider in network solutions dedicated to the IoT, have announced a collaborative expansion of Senet’s Low Power Wide Area Network (LPWAN) in the Las Vegas area to support a variety of commercial solution offerings, market trials and proofs of concepts.
Powered by Kerlink’s 64-channel WirnetTM iBTS gateways to expand Senet’s public outdoor network coverage, the network also will provide indoor connectivity for Senet’s partners to demonstrate IoT applications at this year’s CES. In addition to expanding Senet’s network coverage and capacity, the roll out represents the first production network in North America to support LoRaWANTM geolocation. This functionality uses a different technology than GPS, eliminating the requirement for costly and battery hungry processing GPS requires.
This functionality is supported by Senet’s LoRa end nodes, and can be used for a wide range of applications requiring location determination for battery powered endpoints that do not require the precision of GPS. Demand for these services is significant, with a third of the world’s 15 billion connected devices forecasted to be critically dependent on geodata by the end of 2020 according to Machina Research.
The IoT is a broadly covered topic at CES, including sessions on smart homes, connected cities, healthcare and wearable technology, along with several dedicated demonstration areas for IoT infrastructure. To run demo applications on the Senet network during CES, companies simply need to register on Senet’s Developer Portal to coordinate access.
“Strong ecosystem partnerships and critical technical advantages have allowed Senet to become a leading IoT connectivity software and solutions provider,” said Dave Kjendal, CTO of Senet. “We are pleased to be working with trusted partners like Kerlink to bring geolocation and other enhanced features to market in order to meet the demands of mass scale IoT deployments.”
“We are excited to support expansion of Senet’s Low Power Wide Area Virtual Network in Las Vegas, which will bring new IoT benefits like geolocation to companies in the region, and enable a variety of innovative IoT demos at CES,” said Carlos Briceno, senior director of sales and business development for Kerlink Inc. “It also marks Kerlink’s first large IoT network deployment in the U.S. and an expansion of our international footprint, following roll outs across Europe, and in South America, New Zealand and India.”
Senet partners demonstrating applications on its network at CES include MultiTech (booth #2214, Westgate Resort & Casino), Sagemcom (Venetian, Lvl 3 – Murano 3201B), Semtech (booth #2215, Westgate Resort & Casino), ST Microelectronics (Wynn Encore Hospitality Suites), Tektelic (Venetian Tower – Suite 31-201), and TrackNet (LoRa Alliance booth #2121, Westgate Resort & Casino).
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Andrew Brown, the executive director of Enterprise and IoT Research at Strategy Analytics, interviews Telit executives Bill Dykas, the product manager for IoT Platforms, and Ricardo Buranello, the global vice president of sales for IoT Factory Solutions, to discuss what the company is doing in IoT and how it is addressing the needs of its customers
Andrew Brown: As one of the leading IoT hardware and software vendors for more than 20 years, can you give us insight into what Telit customers are looking for from an IoT solution and how has it changed?
Bill Dykas: Telit is a highly diversified company. We have many different technologies for supporting customers around IoT; including hardware modules to help customers wirelessly connect their IoT applications, with technology including 2G, 3G, 4G, Cat M1, NB IoT, to short range such as Bluetooth and ZigBee to Wi-Fi, LoRa, Sigfox, GPS and GNSS. This gives us a deep view of the industry and we now have more than 7,000 customers using our technology. On top of the hardware, we have our software and services business and are a global MVNO. We approach this industry from multiple angles, from companies that are building consumer goods, to tracking devices and smart meters, to security systems/smart home alarms, through to the industrial IoT where companies are integrating IoT on the shop floor in large enterprises.
In the last 10-15 years, the market has changed dramatically. Around 15 years ago, the market was highly concentrated among fewer players, while today the market is highly fragmented. For example, our revenue comes from seven thousand customers, not a few. This is going to be the reality for IoT for a long time. Larger companies are trying to innovate or develop products using IoT concepts, or sell the benefits of IoT based on new revenue generation or reduced costs. Consolidation is happening in the IoT market, as larger companies are investing in this space.
The exposure that these companies have brought to IoT, coupled with our experience in the industry, will help us expand our presence in the market. In terms of our deployments, the efficiency and relative return on investment is clear.
AB: What companies is Telit working with to bring solutions to market? Why are strategic partnerships so important when you are a customer looking at deploying an IoT solution?
RB: Partnerships are critical to helping fuel our future growth in the IoT market. We have many examples of important partnerships, but some of our key partners include SAP, TechMahindra, Wind River, Cisco and Mitsubishi. SAP offers our software platform to their customers. We work closely with SAP to offer our technology to every customer with whom SAP is engaged. We offer our device management to their customers to simplify IoT data collection and normalisation and quickly send that data to target SAP databases and business applications. It allows customers to fully integrate things with web-based solutions, mobile apps and enterprise systems. For example, a car manufacturing production line has multiple machines that connect […]
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Powercast Corporation, the provider of radio-frequency (RF)-based long-range power-over-distance wireless charging technology, announced that it will unveil at CES its FCC-approved (Part 15, FCC ID: YESTX91503) and ISED-approved (Canada IC: 8985A-TX91503) three-watt PowerSpot transmitter which works in the far field(up to 80 feet) for over-the-air charging of multiple devices – no charging mats or direct line of sight needed.
Powercast used the experience it gained powering industrial and commercial devices with its initial Powercaster® transmitter (FCC and ISED approved in 2010) to develop the new smaller, smarter and less expensive PowerSpot transmitter specifically for the consumer market. The PowerSpot is the industry’s first long-range, far-field, power-over-distance wireless recharging transmitter for consumer devices to gain FCC and ISED approval.
How Powercast’s patented remote wireless charging technology works
Creating a coverage area like Wi-Fi, a Powercast transmitter automatically charges enabled devices when within range. The transmitter uses the 915-MHz ISM band to send RF energy to a tiny Powercast receiver chip embedded in a device, which converts it to direct current (DC) to directly power or recharge that device’s batteries.
Powercast will begin production of its standalone PowerSpot charger now that it is FCC approved and is also offering a PowerSpot subassembly that consumer goods manufacturers can integrate into their own products.
Consider lamps, appliances, set-top boxes, gaming systems, computer monitors, furniture or vehicle dashboards that become “PowerSpots” able to charge multiple enabled devices around them.
Powercast is in discussions with several manufacturers, and has inked deals with two household names, since releasing a wireless power development kit in early 2017 containing the PowerSpot subassembly.
“Consumer electronics manufacturers can now confidently build our FCC-approved technology into their wireless charging ecosystems, and offer their customers convenient far-field charging where devices charge over the air from a power source without needing direct contact, like inductive charging requires, or near direct contact, like magnetic resonance requires,” said Powercast’s COO/CTO Charles Greene, Ph.D.
The company’s vision is to enable long-range, true wireless charging where consumers simply place all Powercast-enabled devices for charging within range of a PowerSpot in their home or a public place.
“Others might be talking RF power possibilities, but we have consistently delivered far-field wireless power solutions that work, safely and responsibly, under FCC and other global standards providing power up to 80 feet,” said Greene. “Our robust technology has capabilities beyond today’s permitted standards, so our product releases will evolve as regulations do.”
The PowerSpot creates an overnight charging zone of up to 80 feet free of wires or charging mats
Enabled devices charge when in range, but don’t need direct line of sight to the PowerSpot. Powercast expects up to 30 devices left in the zone on a countertop or desktop overnight can charge by morning, sharing the transmitter’s three-watt (EIRP) power output. Charging rates will vary with distance, type and power consumption of a device.
TX91503 – PowerSpot Transmitter
Power-hungry, heavily used devices like game controllers, smart watches, fitness bands, hearing aids, ear buds, or headphones charge best up to two feet away; keyboards and mice up to six feet away; TV […]
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Today marks a momentous milestone for the wireless industry: the finalisation of the 3GPP Non-Standalone (NSA) 5G New Radio (NR) Standard. The formalisation of the NSA standard anchors the coming Standalone (SA) version and represents a remarkable step forward for the industry.
With NSA 5G NR, players across the ecosystem for the first time have rallied around a single internationally recognised specification for 5G radio systems. It provides the technological foundation for the industry to begin testing and commercialising the next generation of wireless services and devices, says Asha Keddy of Intel.
I’d like to congratulate the parties that contributed to the development of this standard, setting the foundation for an interoperable global marketplace ripe with economic opportunity and technological possibility. As I commented in the related news release, Intel participated in the process, working closely with mobile industry leaders to support the standard and accelerate the first NR trials.
Many of the early use cases will fall into the realms of enhanced Mobile Broadband (eMBB), the Internet of Things (IoT), as well as Vehicle-to-Everything Communications (V2X). Intel has already been innovating in many of these segments, conducting field trials with the Intel 5G Mobile Trial Platform (MTP) and the Intel GO 5G Automotive Platform. To prepare for the specification finalisation, we have to be two to three years ahead of the standards when it comes to gathering key learnings about use cases and their related performance requirements.
Intel is proud to have contributed to the development of NSA 5G NR with proprietary research, reference designs and insights from a range of trials. Intel’s many contributions spanned the specification, including coding, error correction, modulation, spatial sub-channelisation, beamforming, reference symbol designs, radio link adaptation and more. Intel also produced prototypes for use in the testing of pre-5G standards, including 5GTF.
Those system stacks were, in essence, the parents of NSA and SA 5G NR – providing evidence of what was possible and informing the standard’s specifications. During this process, we collaborated with industry innovators like Ericsson and Nokia, and leading operators like AT&T, Korea Telecom, NTT Docomo and Verizon.
We’ve rapidly evolved our MTP in lockstep with progress of the NR specification, preparing it for the finalisation of the standard. It’s NSA 5G NR-ready, giving equipment manufacturers the platform they need to test interoperability and operators the ability to simulate real-world use cases. Powered by high-performance Intel FPGAs and Intel® Core™ processors, the MTP will have a key role in informing the pending SA standard within Release 15 in June 2018.
We already have several NSA 5G NR trials lined up using the MTP alongside our 5G RFIC supporting sub-6 GHz and mmWave, and our 5G RFFE for operations in the 28 GHz and 39 GHz bands. The learnings from our interoperability testing and real-world trials are foundational for our first commercial NSA/SA 5G NR-capable multimode solutions, the Intel® XMM™ 8000 series modem, with customer devices expected in 2019. These solutions will support a variety of use cases, including PCs, mobile phones, fixed wireless CPE and even vehicles.
Of course, it’s important to remember that as momentous as this occasion is, it’s really just […]
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