WiFi Cradle Overview
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WiFi Router Cradle that allows any user with a USB Modem to plug it in and create a collaborative hotspot for workgroups, families or locations requiring multiple LAN WAN users from a single modem device.
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Wireless usb
The first Wireless USB implementations will likely be in the form of discrete
silicon that will be introduced in a number of form factors. These may include add-in
cards and dongles along with embedded solutions to support the technology's
introduction and subsequent rapid ramp up.
But the wireless future will arrive once WUSB, along with the common ultra
wideband platform, becomes a standard part of every processor and chipset and is
integrated in CMOS silicon.
As the latest iteration of USB technology, wireless USB (WUSB) will offer
the same functionality as standard wired USB devices but without the cabling. As the
new Wireless USB Promoter Group prepares to develop the specifications that will
help standardize the technology, the industry is planning products that can take
advantage of the convenience and mobility that this new device interconnect will
offer.
Wireless Usb
This document is a seminar report submitted by Sabith P. for the degree of Bachelor of Technology in Computer Science & Engineering at Cochin University of Science and Technology. The report discusses Certified Wireless USB, which uses Ultra-Wideband technology to provide a high-bandwidth wireless connection as an alternative to wired USB. It describes the motivation for developing Wireless USB to address issues with wired USB and limitations of existing wireless technologies like Bluetooth and Wi-Fi. The report also provides details on the radio environment including UWB protocols and PHY/MAC specifications.
Wireless USB report
Wireless USB (WUSB) allows USB devices to connect without cables. It uses ultra-wideband radio technology to transmit data at speeds up to 480 Mbps within a 10 meter range. WUSB maintains the same architecture and compatibility as wired USB, allowing for easy migration. It will bring wireless connectivity to devices like printers, hard drives, cameras and displays. WUSB aims to eliminate cables while providing a fast, standardized wireless connection for USB devices.
Wireless usb
Wireless USB is a short-range, high-bandwidth wireless radio communication protocol. It is based on the WiMedia Alliance's Ultra-Band (UWB) common radio platform.
Wireless usb
This document discusses wireless USB (WUSB) technology. It provides an abstract that describes WUSB as a short-range, high-bandwidth wireless protocol based on Ultra-Wide Band technology. WUSB can connect a host to multiple peripherals simultaneously at speeds up to 480 Mb/s within 3 meters or 110 Mb/s within 10 meters. The document includes sections on the advantages and disadvantages of WUSB, diagrams, hardware requirements, its evolution, and conclusions. It aims to explain WUSB and its capabilities to send data wirelessly between devices.
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- Juniper Networks is transforming the experience and economics of networking for top service providers, enterprises, and governments around the world.
- Financially, Juniper is in a strong position despite revenue declines, with sequential revenue and earnings per share growth and $2.6 billion in cash and investments.
- Over the next decade, exponential growth in internet traffic and connected devices will challenge networks, requiring new innovations in high-performance networking, systems, software, and silicon to improve experiences while reducing costs.
FireWire
FireWire is a standard for connecting digital devices at high speeds. It allows up to 63 devices to connect to a single FireWire bus and transfer data at speeds up to 800 Mbps. FireWire uses peer-to-peer connectivity and provides power to devices through cables. It has advantages over USB for applications involving high-speed transfer of large amounts of digital media like video. FireWire is well-suited for uses like connecting digital cameras and camcorders to computers.
Wireless usb
Wireless USB will provide a high-speed wireless connection between devices as an extension of USB, allowing devices to connect without cables. It aims to deliver wireless connectivity for PCs, peripherals, consumer electronics, and mobile devices. Examples of uses include wirelessly connecting cameras to printers, camcorders to displays, and MP3 players to wireless speakers in the home. In offices, it could enable wireless printing from mobile devices and syncing PDAs with networks.
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Wireless usb
The first Wireless USB implementations will likely be in the form of discrete
silicon that will be introduced in a number of form factors. These may include add-in
cards and dongles along with embedded solutions to support the technology's
introduction and subsequent rapid ramp up.
But the wireless future will arrive once WUSB, along with the common ultra
wideband platform, becomes a standard part of every processor and chipset and is
integrated in CMOS silicon.
As the latest iteration of USB technology, wireless USB (WUSB) will offer
the same functionality as standard wired USB devices but without the cabling. As the
new Wireless USB Promoter Group prepares to develop the specifications that will
help standardize the technology, the industry is planning products that can take
advantage of the convenience and mobility that this new device interconnect will
offer.
Wireless Usb
This document is a seminar report submitted by Sabith P. for the degree of Bachelor of Technology in Computer Science & Engineering at Cochin University of Science and Technology. The report discusses Certified Wireless USB, which uses Ultra-Wideband technology to provide a high-bandwidth wireless connection as an alternative to wired USB. It describes the motivation for developing Wireless USB to address issues with wired USB and limitations of existing wireless technologies like Bluetooth and Wi-Fi. The report also provides details on the radio environment including UWB protocols and PHY/MAC specifications.
Wireless USB report
Wireless USB (WUSB) allows USB devices to connect without cables. It uses ultra-wideband radio technology to transmit data at speeds up to 480 Mbps within a 10 meter range. WUSB maintains the same architecture and compatibility as wired USB, allowing for easy migration. It will bring wireless connectivity to devices like printers, hard drives, cameras and displays. WUSB aims to eliminate cables while providing a fast, standardized wireless connection for USB devices.
Wireless usb
Wireless USB is a short-range, high-bandwidth wireless radio communication protocol. It is based on the WiMedia Alliance's Ultra-Band (UWB) common radio platform.
Wireless usb
This document discusses wireless USB (WUSB) technology. It provides an abstract that describes WUSB as a short-range, high-bandwidth wireless protocol based on Ultra-Wide Band technology. WUSB can connect a host to multiple peripherals simultaneously at speeds up to 480 Mb/s within 3 meters or 110 Mb/s within 10 meters. The document includes sections on the advantages and disadvantages of WUSB, diagrams, hardware requirements, its evolution, and conclusions. It aims to explain WUSB and its capabilities to send data wirelessly between devices.
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- Juniper Networks is transforming the experience and economics of networking for top service providers, enterprises, and governments around the world.
- Financially, Juniper is in a strong position despite revenue declines, with sequential revenue and earnings per share growth and $2.6 billion in cash and investments.
- Over the next decade, exponential growth in internet traffic and connected devices will challenge networks, requiring new innovations in high-performance networking, systems, software, and silicon to improve experiences while reducing costs.
FireWire
FireWire is a standard for connecting digital devices at high speeds. It allows up to 63 devices to connect to a single FireWire bus and transfer data at speeds up to 800 Mbps. FireWire uses peer-to-peer connectivity and provides power to devices through cables. It has advantages over USB for applications involving high-speed transfer of large amounts of digital media like video. FireWire is well-suited for uses like connecting digital cameras and camcorders to computers.
Wireless usb
Wireless USB will provide a high-speed wireless connection between devices as an extension of USB, allowing devices to connect without cables. It aims to deliver wireless connectivity for PCs, peripherals, consumer electronics, and mobile devices. Examples of uses include wirelessly connecting cameras to printers, camcorders to displays, and MP3 players to wireless speakers in the home. In offices, it could enable wireless printing from mobile devices and syncing PDAs with networks.
Wireless USB
This document discusses wireless USB (WUSB) as a technology that allows USB devices to connect without wires. It begins by introducing WUSB and its advantages over wired USB connections. It then discusses the WUSB standard and topology requirements. Examples of WUSB devices that are currently available include dongles, 4-port hubs, and wireless printers. Advantages of WUSB include more compact device designs, low implementation costs, and freedom from wires. The document concludes that WUSB will continue to grow and eventually most USB devices will be wireless.
Wireless usb
Wireless USB allows devices to connect to computers without cables at speeds up to 480 Mbps, comparable to USB 2.0. It uses radio frequency waves over a 10 meter range to connect devices like printers, hard drives, and cameras in a simple and low-cost way. Wireless USB maintains the USB architecture and connectivity models to provide an easy migration path from wired USB. It provides the same security and performance as a wired connection with the advantage of cable-free use of devices.
Wireless usb
Wireless Universal Serial Bus (USB) is a wireless extension of the USB standard that allows peripheral devices to connect to a host such as a personal computer without cables. It uses ultra-wideband radio technology to provide high bandwidth and security. Wireless USB aims to offer the same features and speeds as wired USB while allowing cable-free connections between devices up to 10 meters apart at speeds up to 480 Mbps. It uses frequency bands between 3.1-10.6 GHz and orthogonal frequency-division multiplexing to provide robust and secure wireless connections between devices. Early implementations of Wireless USB are beginning to emerge, but widespread adoption will depend on continued development and integration into more devices.
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The document is a seminar report on Wireless USB presented by Soumyodeep Karmakar. It discusses the key details of Wireless USB including its high-level architecture, radio environment using UWB, WiMedia PHY and MAC layers, topology, power management, and performance capabilities. The report provides an overview of Wireless USB as an evolution of wired USB that enables wireless connectivity while maintaining compatibility and delivering high speeds of up to 480 Mbps initially.
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The document discusses the history and features of USB technology. It explains that USB was designed to standardize connections between computers and peripherals. It has become popular due to features like plug-and-play capability, allowing up to 127 devices to connect to a single bus using a standardized interface. The document outlines the increasing speeds of USB standards over time from USB 1.0 to USB 2.0 to USB 3.0 (SuperSpeed USB), which provides transfer speeds up to 10 times faster than USB 2.0. It also describes USB 3.0's dual-bus architecture and backward compatibility.
Main
Wireless Universal Serial Bus (USB) is a wireless technology that enables high-speed computer peripheral interfaces without cables. It is based on Ultra-Wideband radio and has a hub and spoke topology with the wireless USB host as the hub connected to devices. Wireless USB supports data transfer rates up to 480 Mbps within a limited range of about 3 meters and uses AES-128 encryption for security. It has power management features that allow low power consumption and is used for devices like game controllers, printers, and flash drives to provide cable-free connectivity.
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▪ Compromise of one PSK does not compromise entire network
▪ Easy to deploy - no certificates or complex configuration
▪ Transparent to client devices
▪ Seamless roaming between APs
▪ Integrates with user directories (AD, LDAP, RADIUS) for auth
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Wireless Universal Serial Bus (USB) is a wireless extension of the USB standard that allows peripheral devices to connect to a host such as a personal computer without cables. It uses ultra-wideband radio technology to provide high bandwidth and security. Wireless USB aims to offer the same features and speeds as wired USB while allowing cable-free connections between devices up to 10 meters apart at speeds up to 480 Mbps. It uses frequency bands between 3.1-10.6 GHz and orthogonal frequency-division multiplexing to provide robust and secure wireless connections between devices. Early implementations of Wireless USB are beginning to emerge, but widespread adoption will depend on continued development and integration into more devices.
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Ruckus provides carrier-grade Wi-Fi solutions including access points and wireless gateways. It has over 12,000 customers worldwide, has shipped over 3 million access points, and has experienced strong revenue growth rates. Ruckus touts its radio performance innovations including BeamFlex adaptive antenna technology which can provide better range, capacity and reliability compared to competitors. It also claims its solutions can reduce capital and operating costs. Ruckus discusses key requirements for carrier Wi-Fi including great connectivity in challenging environments and seamless integration with mobile networks.
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WiMAX is a wireless technology that provides broadband connections over long distances. It can provide internet access to homes and businesses in a radius of up to 30 miles from the base station. WiMAX connections operate at speeds up to 70 megabits per second without needing direct line-of-sight to the base station. It uses frequencies between 2-11 GHz and 10-66 GHz and defines both MAC and PHY layers. WiMAX can be used for last mile broadband access, wireless backup connections, and providing mobile internet access across wide areas. While it has a high data rate and long range, WiMAX speeds are reduced at maximum range similar to other wireless technologies.
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▪ Patented Ruckus technology
▪ Generates unique PSK per device, per login session
▪ PSK changes frequently (every few hours)
▪ Compromise of one PSK does not compromise entire network
▪ Easy to deploy - no certificates or complex configuration
▪ Transparent to client devices
▪ Seamless roaming between APs
▪ Integrates with user directories (AD, LDAP, RADIUS) for auth
Benefits:
▪ Secure wireless access without complexity of 802.1X
▪ Scalable to thousands of clients
▪ Easy bring-your-own-device deployment
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Bluetooth is a wireless technology standard that allows various digital devices to connect and exchange information over short distances without cables. It uses short-wavelength radio transmissions in the industrial, scientific and medical radio bands to facilitate connections between devices like mobile phones, headphones, laptops and printers. Key benefits of Bluetooth include its global acceptance, ability to connect a wide range of devices easily, secure connections, and low power consumption. It works by creating personal area networks between devices within about 30 feet of each other.
WORKING OF LAN
The document discusses the star topology for computer networks, in which all computers or stations are directly wired to a central hub or switch, and describes the advantages as easier troubleshooting when issues occur and disadvantages as higher cost and a single point of failure at the central device.
BLUETOOTH.ppt
Bluetooth is a wireless technology standard that allows short-range wireless connections between electronic devices like mobile phones, headphones, printers, etc. It was developed by the Bluetooth Special Interest Group to replace wired connections like cables. Bluetooth uses radio waves in the 2.4 GHz spectrum to connect devices within a 10 meter range through ad-hoc networks called piconets. Each piconet can have one master device and up to seven active slave devices connected at once.
Jeff Green April 2011 May V1
This document discusses network infrastructure and strategies for several customers including XYZ Customer. It describes how Ethernet networks can provide simple and flexible solutions for data centers, wireless access, and more. It also outlines strategies for identity management, application awareness, hardware and software resiliency, and link aggregation.
Reg en-ap8232 ss
MU-MIMO
MU-MIMO: 8x8 MU-MIMO
Radio Specifications
Dual-radio, 5GHz 802.11ac and 2.4GHz 802.11n
5GHz Radio
3x3 MIMO with three spatial streams
Up to 1.3Gbps wireless data rate
2.4GHz Radio
2x2 MIMO with two spatial streams
Up to 300Mbps wireless data rate
Modular Design
Supports up to two snap-on modules
Antennas
Internal antennas and external antenna
connectors for optional use
Mounting
Ceiling grid, wall mount
Power Options
FTTX and Triple Play
The document discusses FTTx and triple play integration using copper and fiber access networks. It describes an Ethernet point-to-point network using an active star topology with unlimited modems and distances up to 120km. The network provides low latency, 10Gbps maximum data rates per segment, and 95% efficiency. Compared to EPON, the P2P Ethernet network allows unlimited users per segment, longer distances, higher data rates, and greater efficiency and reliability. The document also outlines applications like IPTV, VoIP and video conferencing that drive bandwidth needs, and how a scalable network architecture using optical modems and switches can meet these needs.
Globesurferx.1 (Quantum-Wireless.com)
The GlobeSurfer X.1 is a compact and stylish Wi-Fi router that allows users to connect up to 255 devices to the internet using a wireless USB modem. It supports speeds of up to 160Mbps and file and printer sharing. The router is small, easy to use, and works with various wireless USB modems.
Ap8222 ss
The document is a specification sheet for the Motorola AP 8222 access point. It has a sleek design with internal antennas that allows it to be discretely installed in various environments. It provides dual-band 802.11ac and 802.11n wireless connectivity at speeds up to 1.3Gbps. It has advanced features such as beamforming, security, and quality of service to ensure robust and reliable connections for demanding applications. The AP 8222 is part of Motorola's WiNG 5 product line and can be easily managed through their controllers to seamlessly scale the wireless network.
Chap 01 introduction to wirelless
The document provides an overview of wireless communication technologies including Bluetooth, Infrared Data Association (IrDA), HomeRF, IEEE 802.11 WiFi, 802.16 WiMax, and wireless hotspots. It defines wireless communication as the transfer of information between two or more points not connected by an electrical conductor using radio waves. Key aspects of various wireless standards are discussed, such as operating frequency and speed, range, and security features. Limitations of wireless technologies including a finite radio spectrum and potential for interference are also noted.
New Catalog of Inter-clouds
Shenzhen Interstellar-clouds Technology Co. LTD is a manufacturer of wireless networking equipment established in 2005 in Shenzhen, China. They have 15 personnel in R&D and 4 SMT assembly lines. Their product lines include outdoor and indoor WiFi access points and routers, network switches, USB WiFi adapters, and 4G LTE wireless routers. Their contact information is provided at the end of the document.
Bluetooth
Bluetooth is a short-range wireless technology that allows electronic devices to connect and exchange information over short distances without wires. It was developed as an open standard for affordable, low-power connections between devices like mobile phones, laptops, PCs, printers, digital cameras and video game consoles. Bluetooth has advantages like wireless connectivity, easy setup, low power usage, and industry support. However, it also has disadvantages like a short range of around 30 feet, lower data rates compared to other wireless technologies, and higher costs. Bluetooth works by using small, low-cost radio frequency transceivers called chips that are embedded in devices and allow them to communicate over the 2.4GHz spectrum in a piconet configuration.
Go Wireless with WicommFi WiFi USB Adapter
Want a device to make your computer Wi-Fi enabled? Get a WicommFi WiFi USB Adapter. Know about the features, working, benefit, its advantage and compatibility with most of the Operating Systems. Get one from our official website www.wicommfi.com or from www.amazon.com. It’s a Amazon’s Choice product. Check now.
BT WIFI NFC.pptx
This document provides an overview and comparison of various wireless technologies including WiFi, Bluetooth, NFC, WiMAX and LTE. It summarizes the key standards, specifications, applications and differences between these technologies. WiFi supports higher data rates over longer ranges but requires more power. Bluetooth is optimized for low power use over short ranges between mobile devices. NFC allows contactless data transfer over short distances. Newer standards like LTE provide improved coverage and throughput for wireless broadband.
Wifi
Wi-Fi allows devices to connect to the Internet and send/receive data wirelessly within the range of a wireless access point. It provides freedom of movement and access to the Internet from various locations without wires. Common places to install Wi-Fi include airports, hotels, restaurants, coffee shops, and shopping malls to cater to users such as travelers, businesspeople, students, and others with laptops. Setting up a Wi-Fi network involves devices like access points, network switches, and wireless network cards or adapters.
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MBR1000 Cradlepoint Product Brochure (quantum-wireless.com)
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Overview
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WiFi Cradle Overview
- 2. GlobeSurfer X•1 » Market Segments The Router Cradle, by it’s very nature, fits neatly into the broader Wireless marketplace, and could easily hold its own when positioned against other devices in the market.
- 3. Device Characteristics USB Modem is inserted into the cradle thereby establishing the internet gateway and extending the LAN functionality to incorporate WAN Power supply can be via PSU supplied, or via USB “Y-Cable” (sold as accessory) Cradle USB clip cover can be customised to suit a clients branding or logo LED’s remain hidden from view until activity causes them to illuminate through the translucent glossy surface. Second USB port allows for connection of File Server, Print Server or USB hub Ethernet ports allows for non-WiFi devices to connect, fixed line ADSL devices or Ethernet hubs
- 6. 90mm x 90mm x 45mm
- 7. “Unlocked” to support all primary USB Modem providers
- 8. WiFi 802.11b,g and n (MIMO) supported
- 9. WiFi speeds up to 300MBs
- 10. 2 Ethernet Ports
- 11. Supporting ADSL fixed line modems or Hubs
- 12. 2 USB Ports
- 13. Supporting USB Modems, File Servers, Print Servers or Hubs
- 15. Ethernet Connected Users, Internet ConnectionLAN/WAN traffic, Power
- 17. Plug ’n Play
- 19. 90 mm length
- 20. 90 mm width
- 22. Supports primary USB Modem providers
- 23. Option
- 24. Huawei
- 25. ZTE
- 26. Sierra Wireless
- 27. Ericsson
- 28. Nokia
- 29. ONDA
- 30. NovaTel
- 31. Alcatel
- 32. AnyDATA
- 33. BandLuxe
- 34. Solomon
- 35. C-Motech
- 36. Toshiba
- 37. UTStarcom
- 38. Hummer
- 39. A-Link
- 41. At 300 feet, 802.11g performance plummets to 1 Mbps. 802.11n networks operate at up to 70 Mbps—70 times faster than 802.11g.
- 42. The key to this speed is MIMO (multiple input/multiple output) which uses multiple antennas to send and receive digital data in multiple simultaneous radio streams, thus multiplying total performance.
- 47. A Look around the Estate