After beginning his new role at Ziff Davis, Bye will join Dish Network’s board of directors
Stephen Bye, the current chief commercial officer of Dish Network’s facilities-based wireless network business, is moving to Ziff Davis to serve as president of its Connectivity division—which includes network testing and analysis brands Ookla, Rootmetics and Ekahau. When Bye begins his new post on January 23, he will also join Dish Network’s board of directors. Bye has an extensive wireless background. Prior to his work at Dish, which he began in 2019, he has served as CTO of Sprint and the CEO of Connectivity Wireless, as well as in senior positions at Cox Communications, AT&T, Optus Communications and Telstra. “Stephen is a visionary in the telecommunications industry with three decades of experience across wireless, cable, and wireline providers,” commented Vivek Shah, CEO of Ziff Davis. “He’s ideally suited to lead our Connectivity business which is a premier provider of network and service intelligence, network design and optimization, and connectivity insights.”
While Ziff Davis is known mostly as a publisher of trade magazines, the company has been investing more into the wireless industry with several recent acquisitions, including the 2014 purchase of Ookla . From there, Ookla — now under ownership of Ziff Davis — acquired Finnish wireless design firm Ekahau in 2018 and then RootMetrics in 2021. Dish’s 5G network stands out because it is a greenfield, nationwide 5G network architected using cloud-native and Open RAN principles. However, the company has faced numerous wireless delays. In 2020, the company said its 5G service would be available within the year, but later updated this deadline to Q1 2021. Ultimately, its first next-gen launch in Las Vegas didn’t happen until May 2022. By mid-2022, Dish said it had reached the government’s deadline to cover 20% of the population with its 5G network, claiming expansion to more than 120 cities. Now, the company is required to up that coverage to 70% of the population by June.

Stephen Bye leaves Dish to lead connectivity division at Ziff Davis

NEW YORK–(BUSINESS WIRE)–Ziff Davis, Inc. (NASDAQ: ZD) announced the appointment of Stephen Bye as President of its Connectivity division. He will report to Vivek Shah, Chief Executive Officer of Ziff Davis, and will be part of Ziff Davis’ executive leadership team, overseeing Ookla, Ekahau, RootMetrics, and related properties. His first day at Ziff Davis will be January 23, 2023. Mr. Bye is a broadband and wireless industry veteran, currently serving as the Chief Commercial Officer of DISH Network’s facilities-based wireless network business. He has been instrumental in the development and deployment of DISH’s standalone 5G network. Prior to DISH, Mr. Bye was CEO of Connectivity Wireless, a provider of carrier-grade in-building and venue-based wireless systems. Previously, he was the President of C Spire, a regional wireless and broadband provider. Mr. Bye also served as the Chief Technology Officer of Sprint where he was responsible for the deployment of its LTE-based network. He also held senior roles at Cox Communications, AT&T, Optus Communications, and Telstra. Mr. Bye holds a Bachelor of Engineering degree (Hons.) in electrical engineering from the University of Tasmania (Australia) and a Bachelor of Science degree (Hons.) in banking and finance from the London School of Economics (UK). “Stephen is a visionary in the telecommunications industry with three decades of experience across wireless, cable, and wireline providers,” said Mr. Shah. “He’s ideally suited to lead our Connectivity business which is a premier provider of network and service intelligence, network design and optimization, and connectivity insights.”
About Ziff Davis
Ziff Davis (NASDAQ: ZD) is a vertically focused digital media and internet company whose portfolio includes leading brands in technology, shopping, entertainment, connectivity, health, cybersecurity and martech. For more information, visit www.ziffdavis.com . Contacts

Ziff Davis Appoints Stephen Bye as President of its Connectivity Division

Wireless access in healthcare is high stakes and requires high availability. A properly designed IEEE 802.11-compliant wireless network can support continuous patient telemetry and VoIP in an enterprise healthcare environment. by
Terry Pelkey is a professional wireless engineer with 22 years of experience in IT. He spent the past six years specializing in enterprise healthcare wireless. Pelkey recently implemented this methodology when remodeling the emergency department at a hospital that sees over 78,000 emergency visits annually. He holds the following active certifications: CWNP Certifications: CWNA, CWSP, CWAP, CWDP, CWISA, CWIDP | Ekahau ECSE | Cisco Certifications: CCNA Wireless, CCNA Collaboration, CCNA R&S, Cisco CCENT. Listen
 
Healthcare systems require a consistent, reliable and strong wireless connection to support real-time patient care and monitoring. Connectivity is required in all locations accessed by patients, including bathrooms and showers. The multitude of factors and variation in structural composition across these locations present significant challenges for wireless engineers providing this service. It’s important for wireless engineers to understand best practices for the design, deployment and validation of wireless services that are compliant with the IEEE 802.11 Standard for Wireless Networks and that support constant, real-time patient telemetry and Voice over IP in an enterprise healthcare environment. A U.S. hospital recently achieved the successful implementation of a Philips telemetry running over 802.11 on the 5 gigahertz band. The hospital has since been held up as a gold standard benchmark by Philips to show that it is possible to use real-time patient telemetry over 802.11 when the proper design protocols are followed and the WLAN is properly tuned. Wireless engineers looking to design a similar system should carry out the following instructions, which are intended for new wireless network constructions, but also can be adopted to wireless network upgrades. 1. Create an Accurate Predictive Model for Wireless Networks
The predictive model is the starting point for designing a wireless network that supports healthcare system requirements for constant availability of wireless devices. A software application such as Ekahau Pro can help engineers design a wireless network. However, automated artificial intelligence modeling software alone is not sufficient for accurate radio frequency (RF) designs. Understanding the floor plan, building materials, access routes and equipment that will be connected to the wireless is crucial for building an accurate predictive model. Wireless engineers should start with the most up-to-date CAD drawings for the facilities where real-time patient monitoring is requested. Ideally, the wireless engineer tasked with the design will visit the site at different stages of the construction project. This allows the engineer to understand the types of materials used for the walls, ceiling and floors, as well as the materials that will be built into the facility, such as stainless steel, lead, electrical components, tube systems, plumbing, etc. These materials introduce multipath, reflection, refraction and absorption of the RF signal into the design considerations. These components should be factored into the design of the wireless implementation for the model to be predictively accurate. The more detail incorporated into the predictive model at the beginning, the more closely the validation survey will align with the model. 2. Be Ready to Suit Up When Surveying the Healthcare Site
Surveying a construction site typically requires attending a safety class and wearing personal protective equipment (PPE) before entering the site. Alternatively, visiting an emergency department or ICU wing may require surveying outside of standard hours to avoid interfering with surgery schedules or other critical operations, in addition to wearing PPE. During site visits, take pictures, videos and notes of the various construction stage, which will assist in adding details into the predictive model. Incorporating the knowledge of building materials, floor plans and details from photographs will result in a truly predictive model that closely aligns with all requirements when implemented. A well-designed, thorough and accurate predictive model will help reduce issues during implementation, meet business objectives in a timely manner and save the healthcare system costs in IT resources. 3. Understand the Health IT Devices Supported by the Network
The types of devices and applications that must be supported on the wireless network have an impact on the network design. It’s important to understand a device’s security capabilities, such as WPA2-PSK or WPA2-Enterprise. Typically, EAP-TLS or EAP-PEAP is used for the wireless LANs such as Vocera devices, VoIP phones, smartphones and tablets. During the predictive modeling stages, build in the requirements using the least capable, most important device (LCMID) methodology. This is a significant challenge in healthcare environments because there are a multitude of devices constantly connecting to the wireless networks. Use LCMID methodology to focus on the critical devices and models that must connect to the network, such as patient telemetry using real-time applications, VoIP devices such as Cisco or Vocera, and mobile devices using applications such as Voalte or Mobile Heartbeat . Once these are identified, shift the focus to the vendor requirements to support these devices. Be aware of these requirements during the modeling stages:
The version of wireless support, such as 802.11b/g/n/ac/ax
Channel width support: 20-40 megahertz
Multiple-Input Multiple-Output support for the number of spatial streams 1/2/3/4
Maximum supported transmit power
Roaming threshold
If documentation with this information is not available, the Federal Communications Commission identifier listed on the device is an excellent resource for learning what the device can support. The FCC ID Search and Redirection tool uses the FCC ID to return this information to aid in the design of the predictive model. LCMID vendor requirements that include newer devices capable of supporting multiple spatial streams with 802.11ac/ax are less likely to experience performance problems when connected to the WLAN or when using applications for electronic medical records, web browsers, word processors, VoIP and roaming. For example, a wireless predictive model designed for Philips Telemetry included Vocera B3000n badges for doctors and VoIP communications for nurses. In this case, the Vocera WLAN requirements and Vocera Best Practices documentation were used for this model because Vocera devices had greater WLAN coverage requirements:
Primary Signal Strength: -65
TX Power: Max 16 dBm (40 mW) – Min 13 dBm (20 mW)
This Philips Telemetry model was designed only for 5GHz. Unnecessary 2.4GHz radios were disabled during the design and staging of the access points. Alternatively, the wireless engineer can place disabled radios into monitor mode to optimize location tracking and security. One of the most critical steps when designing a wireless network in the healthcare environment is using 20MHz channel width. The importance of implementing a 20MHz channel width rather than 40MHz or 80MHz channel bonding cannot be stressed enough. Utilizing a 20MHz channel width in high density deployments allows the reuse of channels to minimize co-channel interference. A valuable predictive model design incorporates the use of 20MHz channel width and looks to achieve a high-performing 5GHz wireless network that will work reliably for the customer for the next three to five years. Soon, this requirement will shift to 6GHz. To accomplish this, there must be the ability to reuse as many channels as possible. This decreases co-channel interference in a high-density deployment. Vocera provides detailed documentation  of the requirements for a successful, high-performing wireless network. 4. Prepare to Deploy a Predictive Model for Wireless Networks
Prior to starting a predictive model, set three or four Vocera badges connected to a WLAN next to each other. Next, open the badge settings to view the Received Signal Strength Indicator (RSSI) reported by each badge. Then, connect an Ekauhau Sidekick device to the Ekahau Pro spectrum analyzer software to view the measured RSSI for that area. Finally, determine the difference between the highest RSSI and the lowest RSSI measured by the badges and the Sidekick device. This difference is the offset for the wireless design. For example, say the badges have the following RSSIs:
Badge 1: -70 dB
Sidekick device viewing as measured: -65 dB
The difference of the highest measured RSSI and the lowest measured RSSI results in an offset value of -10 dB. Therefore, with a built-in offset, the primary coverage is -55 dB and the secondary coverage is -57 dB. Ekahau Pro modeling software is now able to compute this with reliable accuracy using the “View as Mobile Device” feature. 5. Create a Wireless Network Installation Guide
Once the predictive model design is complete, a list of the hardware required to implement the design should be developed. Generating a comprehensive guide listing the type of access points, external antennas and other components used assists with creating the bill of materials and an instruction guide for the installation vendor. All access points, external antennas and other necessary hardware should be included in the bill of materials and the installation guide. The guide documents the following information at minimum:
Access point model

7 Steps to Design an Effective Wireless Network in Healthcare

2022" - https://www.reportlinker.com/p06246511/?utm_source=GNW
, AiRISTA Flow, Inc., Savi Technology, Lockheed Martin Corporation, GE Healthcare, Impinj, Identec Group AG and Ekahau. The global real-time location systems market is expected to grow from $5.37 billion in 2021 to $7.11 billion in 2022 at a compound annual growth rate (CAGR) of 32.6%. The change in growth trend is mainly due to the companies stabilizing their output after catering to the demand that grew exponentially during the COVID-19 pandemic in 2021. The market is expected to reach $19.20 billion in 2026 at a CAGR of 28.6%. The real-time location systems (RTLS) market consists of sales of real-time location systems by entities (organizations, sole traders, and partnerships) that are used to automatically recognize and track the location in real-time.A real-time location system (RTLS) is one of several systems that recognizes a target’s present geolocation, which can range from a vehicle to a manufacturing plant product to a human. The RTLS is used for fleet tracking, navigation, inventory and asset tracking, personnel tracking, and network security. The main types of components in real-time location systems (RTLS) are hardware, software, and service.In RTLS hardware, a transmitter is attached to an individual or property and uses a wireless signal to provide identification and location data to receivers. Signals from tagged assets are received by RTLS receivers placed across the facility, which identify the location.They can detect location either by the tag’s proximity to receivers or by a mathematical technique called trilateration, based on the wireless technology employed. The different technologies include RFID, Wi-Fi, ultra-wideband (UWB), bluetooth low energy (BLE), ultrasound, infrared (IR), GPS and others and is used in inventory or asset tracking and management, personnel or staff locating and monitoring, access control and security, environmental monitoring, supply chain management, and operational automation or visibility and others. It is implemented in various verticals such as transportation and logistics, healthcare, retail, manufacturing and processing, and others. North America was the largest region in the real-time location systems (RTLS) in 2021.Asia Pacific is expected to be the fastest-growing region in the forecast period. The regions covered in this report are Asia-Pacific, Western Europe, Eastern Europe, North America, South America, Middle East, and Africa. The increasing demand for smartphones is expected to propel the growth of the real-time location system (RTLS) market in the coming years.A smartphone is a portable electronic device that connects to a cellular network. Smartphones enable users to make phone calls, deliver text messages and connect to the internet.The growing population across the globe has led to an increase in the demand for the smartphone. Smartphones are used for incident response and emergency management because of real-time location system (RTLS) innovation, which is used to automatically spot and track the destination of objects or people in real-time. For instance, according to the Mobile User Statistics report, in 2021, there was 3.8 billion smartphone users worldwide, accounting for 48.33% of the global population. Therefore, the increasing demand for smartphones drives the growth of the real-time location system (RTLS) market. The growing technological advancements are shaping the real-time location system (RTLS) market.Major firms operating in the real-time location system (RTLS) sector are focused on developing technological solutions for real-time locating and monitoring of assets and employees. For instance, in July 2020, Advantech, a China-based provider of industrial computing platform solutions launched a real-time location system (RTLS) solution-ready package (SRP) based on multi-mode sensing dynamic fusion (MSDF) technology. The MSDF technology, which uses a software algorithm to decrease interference from barriers, improves positioning effectiveness in challenging indoor environments, making it perfect for hospitals, nursing homes, and clinics. In February 2020, Qorvo, a US-based company that designs, develops, manufactures and markets a variety of high-performance analog and mixed-signal integrated circuits acquired Decawave for an undisclosed amount.With this acquisition, the Decawave team has become the Ultra-Wideband Business Unit (UWBU) within Qorvo Mobile Products. Decawave is a Europe-based company that provides real-time location tracking services. The countries covered in the real-time location systems market report are Australia, Brazil, China, France, Germany, India, Indonesia, Japan, Russia, South Korea, UK and USA.

Real-Time Location Systems (RTLS) Global Market Report 2022

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08-Oct-2021
Healthcare Asset Management Market To Register Exponential Growth During 2021 To 2028 By Top Manufactures: Aeroscout Industrial, Ekahau, Inc., Awarepoint Corporation, Elpas
The Healthcare Asset Management Market Report conveys the clean expounded structure of the Market including every single business-related data of the market at a worldwide level. The total scope of data identified with the Market is acquired through different sources and this got main part of the data is orchestrated, handled, and spoken to by a gathering of authorities through the utilization of various methodological procedures and logical instruments, for example, SWOT analysis to produce an entire arrangement of exchange based examination in regards to the Healthcare Asset Management Market. The healthcare asset management market is expected to gain market growth in the forecast period of 2021 to 2028. Data Bridge Market Research analyses that the market is growing with the CAGR of 46.4% in the forecast period of 2021 to 2028. The growing need of security in hospitals and effective management with optimized expenses will help in escalating the growth of the healthcare asset management market. The hospital assets management system assistances to handle and protect hospital equipment. It utilizes the automated software systems to monitor the environment in the hospital campus. Major factors that are expected to boost the growth of the healthcare asset management market in the forecast period are the increasing need for better asset management in the hospitals, the growing adoption of asset management solutions in the pharmaceutical industry, and the decrease in the costs of radiofrequency identification (RFID) devices tags, On the other hand, increase in the
price of radiofrequency identification (RFID) devices readers which is further anticipated to further impede the growth of the healthcare asset management market in the timeline period. In addition, the IOT -based healthcare asset management (IOT-HAM), the escalating application areas of healthcare asset management solutions and the technological advancements will further provide potential opportunities for the growth of the healthcare asset management market in the coming years. However, the concern regarding the data security and privacy might further challenge the growth of the healthcare asset management market in the near future. This healthcare asset management market report provides details of new recent developments, trade regulations, import export analysis, production analysis, value chain optimization, market share, impact of domestic and localised market players, analyses opportunities in terms of emerging revenue pockets, changes in market regulations, strategic market growth analysis, market size, category market growths, application niches and dominance, product approvals, product launches, geographic expansions, technological innovations in the market. To gain more info on the healthcare asset management market contact Data Bridge Market Research for an  Analyst Brief,  our team will help you take an informed market decision to achieve market growth. Healthcare Asset Management Market Scope and Market Size
The healthcare asset management market is segmented on the basis of product and application. The growth amongst these segments will help you analyse meagre growth segments in the industries, and provide the users with valuable market overview and market insights to help them in making strategic decisions for identification of core market applications. On the basis of product, the healthcare asset management market is segmented into radiofrequency identification (RFID) devices, real-time location systems (RTLS), ultrasound and infrared tags. Radiofrequency identification (RFID) devices is further sub segmented into hardware, software and services. Hardware is further sub segmented into passive tags and active tags. Active tags is further sub segmented into readers/interrogators, antennas and accessories. Real-time location systems (RTLS) is further sub segmented into hardware, software and services. Hardware is further sub segmented into tags/badges and readers/interrogators. On the basis of application, the healthcare asset management market is segmented into hospital asset management, pharmaceutical asset management. Hospital asset management is further sub segmented into equipment tracking and management, patient management, temperature and humidity monitoring, staff management and infection control and hand hygiene compliance. Pharmaceutical asset management is further sub segmented into drug anti-counterfeiting and supply chain management. Download Free Sample Copy of the Report to Understand the Structure of the Complete Report (Including Full TOC, Table & Figures) @  https://www.databridgemarketresearch.com/request-a-sample/?dbmr=global-healthcare-asset-management-market
Prominent Key Players – Covered in the report: 
Aeroscout Industrial, Ekahau, Inc., Awarepoint Corporation, Elpas, Radianse, Versus Technology, Inc.,  Vizbee RFID Solutions, Zebra Technologies Corporation, Thingmagic, Sonitor Technologies, IBM Corporation, Ekahau, Inc., Awarepoint Corporation, Siemens Healthcare, and GE Healthcare, McKesson Corporation, Cerner Corporation as among others. …. Highlights of the Report? The report offers a 360-degree overview of the market and emphasizes significant factors promoting, repelling, challenging, and creating opportunities for the market in the forecast duration. The report also lists the names of key players operating in the market and the strategies adopted by them to earn the lion’s share in the market. It also offers interesting insights into the market, current Healthcare Asset Management market trends, and major industry developments of the market. The report also discusses the table of segmentation in detail and lists the names of the leading segment with its attributed factors. It is available for sale on the company website. Market Segment by Regions:
Europe (Germany, France, UK, Russia and Italy)
Asia-Pacific (China, Japan, Korea, India and Southeast Asia)
South America (Brazil, Argentina, Colombia etc.) Middle East and Africa (Saudi Arabia, UAE, Egypt, Nigeria and South Africa)
Healthcare Asset Management Market is framed with a bunch of Graphical Statistics, Table and Figures, Data Analysis Representation described in detail with a clear goal to target potential company stakeholders. Including Industry Chain Structure strongly gives out the overview of market growth and it becomes easy to project the hurdles and upsurge profit graphs. Coming to the Competitive landscape this Healthcare Asset Management Market report gives out each and every aspect required to size the existing market performance including technological advancements, business overview, positive and negative factors of market position and challenges faced but the market leaders to rank themselves above all. Quality parameters like Healthcare Asset Management sales reach, regional coverage, production price trends, and manufacturing cost structure are also studied to give out a perfect competition outlook. How Does This Market Insights Help? Healthcare Asset Management Market share (regional, product, application, end-user) both in terms of volume and revenue along with CAGR
Key factors which are driving this market and restraining its growth
What all challenges manufacturers will face as well as new opportunities and threats faced by them
Learn about the market strategies that are being adopted by your competitors and leading organizations
To gain insightful analyses of the market and have a comprehensive understanding of the “Healthcare Asset Management Market” and its commercial landscape
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Major Key Contents Covered in Healthcare Asset Management Market:
Introduction of Healthcare Asset Management with development and status. Manufacturing Technology of Healthcare Asset Management with analysis and trends. Analysis of Global Healthcare Asset Management market Key Manufacturers with Company Profile, Product Information, Production Information, and Contact Information. Analysis of Global Healthcare Asset Management market Capacity, Production, Production Value, Cost and Profit
Analysis Healthcare Asset Management Market with Comparison, Supply, Consumption, and Import and Export. Healthcare Asset Management market Analysis with Market Status and Market Competition by Companies and Countries. Market Forecast of Global Healthcare Asset Management Market with Cost, Profit, Market Shares, Supply, Demands, Import and Export. Trending factors influencing the market shares of APAC, Europe, North America, and ROW? Healthcare Asset Management Market Analysis of Industry Chain Structure, Upstream Raw Materials, Downstream Industry. Reasons to Purchase this Report
Current and future of global Healthcare Asset Management market outlook in the developed and emerging markets
The segment that is expected to dominate the market as well as the segment which holds the highest CAGR in the forecast period
Regions that are expected to witness the fastest growth rates during the forecast period
The latest development, market shares and strategies that are working by the major market players
A complete value chain of the global Healthcare Asset Management market is presented in the research report. It is associated with the review of the downstream and upstream components of the Healthcare Asset Management Market. The market is split on the basis of the categories of products and client application segments. The market analysis demonstrates the expansion of each segment of the global Healthcare Asset Management market. The research report assists the user in taking a decisive step on the way to be a milestone in growing and expanding their organizations inside the worldwide Healthcare Asset Management market. Some of the Major Highlights of TOC cover:
Chapter 1: Methodology & Scope
Industry segmentation
SWOT Analysis
In conclusion, the Healthcare Asset Management Market report is a reliable source for accessing the research data that is projected to exponentially accelerate your business. The report Give information such as economic scenarios, benefits, limits, trends, market growth rates, and figures. SWOT analysis is also incorporated in the report along with speculation attainability inspection and venture return investigation. For More Information or Query or Customization before Buying, Visit at:  https://www.databridgemarketresearch.com/inquire-before-buying/?dbmr=global-healthcare-asset-management-market
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Healthcare Asset Management Market To Register Exponential Growth During 2021 To 2028 By Top Manufactures: Aeroscout Industrial, Ekahau, Inc., Awarepoint Corporation, Elpas

Open Reality provides application performance, IT, and network solutions for private and public sector organizations. It is based in Abingdon, England.

Open Reality

Feb 7 , 2018 -- Open Reality , one of the UK 's leading IT specialists , and Ekahau , the global leader in enterprise Wi-Fi network design solutions announced the renewal of their distribution agreement in the United Kingdom for 2018 .

Open Reality and Ekahau Renew Distribution Agreement in the United Kingdom.

Huawei is a global ICT solutions provider that has established end-to-end capabilities and strengths across the carrier networks, enterprise, consumer, and cloud computing fields. Huawei provides competitive ICT solutions and services to telecom carriers, enterprises, and consumers. Its products and solutions have been deployed in over 140 countries, serving more than one-third of the world's population.

Huawei Technologies

The partnership between Huawei and Ekahau will play an important role in helping enterprise customers improve their network efficiency , promoting development of the wireless requirements of leading edge solutions like Mobile , IoT , VR/AR , MTM and Cloud .

Huawei announces enterprise access point integration with Ekahau’s Wi-Fi design solutions

Ingram Micro operates as a distributor of information technology products.

Ingram Micro

Tableau Software is a provider of visual analysis and reporting solutions. Its flagship product is used by managers, business intelligence professionals, business analysts, strategic consultants, financial professionals, market researchers, scientists and engineers in nearly every industry. The company was founded in 2003 and is based in Seattle, Washington.

Tableau Software

Ekahau

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Acquired - III

Ekahau engages in location-enabling enterprise Wi-Fi networks. Ekahau provides positioning solutions for locating people, assets, inventory and other objects using wireless enterprise networks.

Name	Title	Status
Mark Norris	Chief Executive Officer, President	Current
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Name	Artturi Tarjanne
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Other Seats	Ekahau

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