A-Carrier vs. B-Carrier: Understanding Cellular Differences

cellular
a carrier
b carrier
wireline
frequency

This article explains the key differences between A-carriers and B-carriers in the cellular communications domain.

A-carrier

  • The term “A-carrier” refers to a non-wireline company that operates in the cellular domain.
  • A-carrier equipment typically operates within the frequency range of 824 MHz to 849 MHz.

B-carrier

  • The term “B-carrier” refers to a wireline company that operates in the cellular domain.
  • B-carrier equipment typically operates within the frequency range of 869 MHz to 894 MHz.
Terahertz Frequency Applications and Features

Terahertz Frequency Applications and Features

Explore the applications and key features of terahertz (THz) frequency, including its use in security, medical imaging, communication, and material characterization.

terahertz
frequency
application

Rakon TCXO: High Performance Precision Timing

Explore Rakon TCXOs for precision timing in telecommunications, IoT, and navigation. Learn about their features, benefits, and key applications for reliable frequency control.

oscillator
timing
telecommunication
Clock Generator Basics and Applications

Clock Generator Basics and Applications

Explore clock generator types, applications (like wireless base stations), and key features using a Silicon Labs example. Includes a vendor list.

clock generator
signal generator
clock signal

Anritsu Expands PIM Master with LTE Frequency Options

Anritsu introduces new frequency options for its PIM Master, enabling LTE 800 MHz, UMTS 2100 MHz, and LTE 2600 MHz band testing, ideal for LTE network deployment and maintenance.

cellular telecom
lte
test measurement