Multiplexing example sentences

Related (3): bandwidth, modulation, demodulation

"Multiplexing" Example Sentences

Multiplexing allows multiple data streams to share a single network connection.
Time-division multiplexing is a technique used in telecommunications to transmit multiple signals over a single channel.
Frequency-division multiplexing is a method of transmitting multiple signals simultaneously over different frequency bands.
Code-division multiplexing is a technique that allows multiple users to share a single communication channel by assigning each user a unique code.
Statistical multiplexing is a process where bandwidth is allocated dynamically to multiple data streams according to their need.
Wavelength-division multiplexing enables multiple signals to be transmitted simultaneously over a single optical fiber by utilizing different wavelengths of light.
Space-division multiplexing allows different signals to be transmitted simultaneously over multiple spatial paths.
Orthogonal frequency-division multiplexing is a digital modulation technique that divides the channel into multiple subcarriers and modulates each subcarrier separately.
Multiplexing is commonly used in radio and television broadcasting to transmit multiple channels over a single frequency band.
Time-division multiplexing is used in telephone networks to enable multiple users to share a single line.
Frequency-division multiplexing is used in cable television networks to deliver multiple channels over a single cable.
Code-division multiplexing is used in wireless communication systems such as CDMA to allow multiple users to share the same frequency band.
Optical time-division multiplexing is a method used in optical fiber communication to transmit multiple signals over the same fiber by dividing the time of transmission.
Space-division multiplexing is used in multiple-input multiple-output systems to transmit multiple signals over different antenna paths.
Frequency-division multiplexing is used in digital subscriber line technology to enable high-speed internet access over existing telephone lines.
Statistical multiplexing is commonly used in video streaming services to dynamically allocate bandwidth according to changing network conditions.
Time-division multiplexing is used in satellite communication systems to transmit multiple signals over different time slots.
Frequency-division multiplexing is used in satellite television systems to deliver multiple channels over a single satellite link.
Code-division multiplexing is used in Global Positioning System (GPS) to enable multiple users to share the same frequency band for navigation.
Wavelength-division multiplexing is used in fiber-optic communication networks to enable high-speed data transmission over long distances.
Space-division multiplexing is used in radar systems to detect multiple targets simultaneously.
Frequency-division multiplexing is used in microwave communication systems to enable high-capacity data transmission over short distances.
Dynamic bandwidth allocation is a key feature of statistical multiplexing, allowing multiple data streams to share the same network capacity efficiently.
Frequency-division multiplexing is a technique commonly used in analog modulation schemes such as amplitude modulation (AM) and frequency modulation (FM).
Space-division multiplexing is used in wireless network systems such as Wi-Fi to improve the system capacity and signal quality.
Code-division multiplexing enables multiple cellular users to share the same frequency band, allowing for more efficient use of network resources.
Wavelength-division multiplexing is the primary technology used in long-haul fiber-optic communication systems.
Time-division multiplexing is commonly used in computer networks to enable multiple users to share the same network resources.
Frequency-division multiplexing is used in digital television broadcasting to deliver high-definition channels over a single frequency band.
Statistical multiplexing is a widely used technique in data centers and cloud computing environments to optimize the utilization of computing resources.

Common Phrases

Time-division multiplexing allows multiple signals to share a single transmission medium;
Frequency-division multiplexing separates signals by frequency for transmission;
Statistical multiplexing allocates bandwidth based on demand;
Code-division multiplexing allows multiple signals to share the same frequency band using unique codes;
Space-division multiplexing separates signals using physical space, such as in MIMO technology.