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The Architecture of Computer Hardware, Systems Software, and Networking : An Information Technology Approach
The Architecture of Computer Hardware, Systems Software and Networking is designed help students majoring in information technology (IT) and information systems (IS) understand the structure and operation of computers and computer-based devices.Requiring only basic computer skills, this accessible textbook introduces the basic principles of system architecture and explores current technological practices and trends using clear, easy-to-understand language.Throughout the text, numerous relatable examples, subject-specific illustrations, and in-depth case studies reinforce key learning points and show students how important concepts are applied in the real world. This fully-updated sixth edition features a wealth of new and revised content that reflects today’s technological landscape. Organized into five parts, the book first explains the role of the computer in information systems and provides an overview of its components.Subsequent sections discuss the representation of data in the computer, hardware architecture and operational concepts, the basics of computer networking, system software and operating systems, and various interconnected systems and components.Students are introduced to the material using ideas already familiar to them, allowing them to gradually build upon what they have learned without being overwhelmed and develop a deeper knowledge of computer architecture.
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For Liber SDR 7020 Software Radio AD9363 ADI PLUTO Communication OPENWIFI Multifunction Development
For Liber SDR 7020 Software Radio AD9363 ADI PLUTO Communication OPENWIFI Multifunction Development
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Software Defined Radio SDR Ad9363 Ad9361 7020 Adi Pluto Communication Experiment Platform Openwifi
Software Defined Radio SDR Ad9363 Ad9361 7020 Adi Pluto Communication Experiment Platform Openwifi
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RTL SDR V3 R820T2 RTL2832U 1PPM TCXO SMA RTLSDR Software Defined Radio Communication System
RTL SDR V3 R820T2 RTL2832U 1PPM TCXO SMA RTLSDR Software Defined Radio Communication System
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Which radio device is needed for company radio communication?
For company radio communication, a two-way radio device is typically needed. Two-way radios allow for communication between multiple individuals or groups in real-time, making them ideal for businesses that require instant and reliable communication. These devices are often used in industries such as construction, security, hospitality, and event management to coordinate tasks, improve efficiency, and enhance safety. Two-way radios come in various models with different features, such as range, durability, and battery life, to suit the specific needs of the company.
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What type of radio is needed for company radio communication?
For company radio communication, a two-way radio system is typically used. These radios allow for communication between multiple users on the same frequency. They are portable and durable, making them suitable for use in various work environments. Additionally, two-way radios often have features such as long battery life, clear audio quality, and the ability to communicate over long distances, making them ideal for company communication needs.
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Which type of radio communication is used in a radio device?
The type of radio communication used in a radio device is typically two-way radio communication. This allows the device to both transmit and receive radio signals, enabling communication between the device and other radio devices within range. Two-way radio communication is commonly used in various applications such as public safety, military, commercial, and personal use. It allows for real-time, voice-based communication over a radio frequency, making it a versatile and widely used form of communication.
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Is there still analog radio communication?
Yes, there is still analog radio communication in use today. Many older vehicles and portable radios still use analog technology to communicate. Additionally, some emergency services and public safety agencies still rely on analog radio systems for communication. However, many organizations are transitioning to digital radio communication for its improved clarity and security features.
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RTL SDR V3 R820T2 RTL2832U 1PPM TCXO SMA RTLSDR Software Defined Radio Communication System
RTL SDR V3 R820T2 RTL2832U 1PPM TCXO SMA RTLSDR Software Defined Radio Communication System
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AD9363 Chip Software Defined Radio Receiver Multifunctional SDR Meter Open Source SDR Lab Communication Experiment Platform for Professional Radio Developers Test Engineers Hobbyists
Features: 【Professional Circuit Design】: 10-layer printed circuit board wiring ensures proper impedance matching and signal integrity. The housing is CNC machined to enhance heat dissipation and overall strength, ensuring stable operation over time. 【Stable Performance Core Hardware】: Equipped with an XC7Z020-2CLG400I chip (7z020-2I) and AD9363 chip, the frequency ranges from 70MHz to 6GHz, and the maximum sampling rate is as high as 61.44MHz, which provides users with mature and stable software-defined radio experiment platform. 【Powerful Memory Flash Configuration】: Equipped with 1GB DDR3 memory running at 1066MHz with 32-bit bit width to ensure high data processing capability. The integrated 32MB QSPI flash memory provides enough storage space to support system operation and temporary data storage. In addition, it also supports TF card expansion, users can further increase the storage capacity according to the need to realize larger-scale data recording and application expansion. 【Integrated Debugging Convenient Powersupply】: Integrated JTAG debugging circuitry and USB-to-serial port functionality enable developers to realize both powersupply and debugging through a single connection cable, achieving seamless debugging and powersupply and reducing the complexity of desktop wiring. This design greatly simplifies the construction and maintenance of the development environment and improves work efficiency. 【Comprehensive USB Network Interface Support】: The device fully supports the USB OTG function, which can automatically switch between master and slave device roles to adapt to various connection scenarios. All USB interfaces adopt the standard TYPE-C interface, support automatic recognition of OTG mode, and the USB port supports powersupply. In addition, equipped with Gigabit Ethernet interfaces, which ensures stable data transmission and network communication capability, providing a solid foundation for control remotely, data synchronization, or other network applications.
Price: 245.65 £ | Shipping*: 0.00 £ -
AD9363 Chip Software Defined Radio Receiver Multifunctional SDR Meter Open Source SDR Lab Communication Experiment Platform for Professional Radio Developers Test Engineers Hobbyists
Features: 【Professional Circuit Design】: 10-layer printed circuit board wiring ensures proper impedance matching and signal integrity. The housing is CNC machined to enhance heat dissipation and overall strength, ensuring stable operation over time. 【Stable Performance Core Hardware】: Equipped with an XC7Z020-2CLG400I chip (7z020-2I) and AD9363 chip, the frequency ranges from 70MHz to 6GHz, and the maximum sampling rate is as high as 61.44MHz, which provides users with mature and stable software-defined radio experiment platform. 【Powerful Memory Flash Configuration】: Equipped with 1GB DDR3 memory running at 1066MHz with 32-bit bit width to ensure high data processing capability. The integrated 32MB QSPI flash memory provides enough storage space to support system operation and temporary data storage. In addition, it also supports TF card expansion, users can further increase the storage capacity according to the need to realize larger-scale data recording and application expansion. 【Integrated Debugging Convenient Powersupply】: Integrated JTAG debugging circuitry and USB-to-serial port functionality enable developers to realize both powersupply and debugging through a single connection cable, achieving seamless debugging and powersupply and reducing the complexity of desktop wiring. This design greatly simplifies the construction and maintenance of the development environment and improves work efficiency. 【Comprehensive USB Network Interface Support】: The device fully supports the USB OTG function, which can automatically switch between master and slave device roles to adapt to various connection scenarios. All USB interfaces adopt the standard TYPE-C interface, support automatic recognition of OTG mode, and the USB port supports powersupply. In addition, equipped with Gigabit Ethernet interfaces, which ensures stable data transmission and network communication capability, providing a solid foundation for control remotely, data synchronization, or other network applications.
Price: 294.47 € | Shipping*: 0.00 € -
AD9363 Chip Software Defined Radio Receiver Multifunctional SDR Meter Open Source SDR Lab Communication Experiment Platform for Professional Radio Developers Test Engineers Hobbyists
Features: 【Professional Circuit Design】: 10-layer printed circuit board wiring ensures proper impedance matching and signal integrity. The housing is CNC machined to enhance heat dissipation and overall strength, ensuring stable operation over time. 【Stable Performance Core Hardware】: Equipped with an XC7Z020-2CLG400I chip (7z020-2I) and AD9363 chip, the frequency ranges from 70MHz to 6GHz, and the maximum sampling rate is as high as 61.44MHz, which provides users with mature and stable software-defined radio experiment platform. 【Powerful Memory Flash Configuration】: Equipped with 1GB DDR3 memory running at 1066MHz with 32-bit bit width to ensure high data processing capability. The integrated 32MB QSPI flash memory provides enough storage space to support system operation and temporary data storage. In addition, it also supports TF card expansion, users can further increase the storage capacity according to the need to realize larger-scale data recording and application expansion. 【Integrated Debugging Convenient Powersupply】: Integrated JTAG debugging circuitry and USB-to-serial port functionality enable developers to realize both powersupply and debugging through a single connection cable, achieving seamless debugging and powersupply and reducing the complexity of desktop wiring. This design greatly simplifies the construction and maintenance of the development environment and improves work efficiency. 【Comprehensive USB Network Interface Support】: The device fully supports the USB OTG function, which can automatically switch between master and slave device roles to adapt to various connection scenarios. All USB interfaces adopt the standard TYPE-C interface, support automatic recognition of OTG mode, and the USB port supports powersupply. In addition, equipped with Gigabit Ethernet interfaces, which ensures stable data transmission and network communication capability, providing a solid foundation for control remotely, data synchronization, or other network applications.
Price: 245.65 £ | Shipping*: 0.00 £
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How does maritime radio communication work?
Maritime radio communication involves the use of radio frequencies to transmit messages between ships at sea and shore-based stations. Ships are equipped with radio transceivers that allow them to send and receive messages using specific radio frequencies assigned for maritime communication. These messages can include distress calls, navigational information, weather updates, and general communication between vessels. Shore-based stations, such as coast guard facilities or maritime communication centers, monitor these frequencies and can relay messages between ships or provide assistance in case of emergencies. Overall, maritime radio communication plays a crucial role in ensuring the safety and efficiency of maritime operations.
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What is radio communication in space?
Radio communication in space refers to the transmission and reception of radio signals between spacecraft, satellites, and ground stations. These radio signals are used to send and receive data, commands, and telemetry between different space vehicles and mission control centers on Earth. Radio communication is essential for maintaining contact with spacecraft and gathering scientific data from distant celestial bodies. It allows for real-time monitoring and control of space missions, as well as the transmission of images and other scientific data back to Earth.
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Do the antennas of amateur radio operators interfere with other radio communication?
The antennas of amateur radio operators can potentially interfere with other radio communication if they are not properly installed or operated. Amateur radio operators are required to adhere to regulations and guidelines to minimize interference with other radio services. This includes using appropriate equipment and antenna designs, as well as following frequency and power restrictions. Additionally, amateur radio operators are encouraged to work with other radio users to resolve any interference issues that may arise.
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Is there also radio communication on trains?
Yes, many trains have radio communication systems in place for various purposes. These systems are used for communication between the train crew members, with control centers, and for emergency situations. Radio communication on trains helps ensure smooth operations, coordination, and safety during the journey.
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