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Advantages of wireless technology
Wireless communications offer several cost and connectivity benefits for organizations. The rapid rise of remote work – fuelled in part by the pandemic that began in 2020 – has created an environment where employees demand high-performance access to network resources regardless of where they might be.
Wireless networks can be less expensive to build and maintain since they require fewer switches and other components required by wired infrastructures. New wireless standards – especially among them multiuser, multiple input and multiple output – enable physical Access Points (APs) to serve a greater number of users, further reducing costs.
Wireless technologies also support novel services, among them location tracking, Internet of Things (IoT) deployments and remote diagnostics. Finally, advances in wireless performance enable organizations to stress mobility as a primary benefit, thus helping them redefine how they design their offices and workgroups.
(www.techtarget.com/searchmobilecomputing/definition/wireless. Adaptado)
Advantages of wireless technology
Wireless communications offer several cost and connectivity benefits for organizations. The rapid rise of remote work – fuelled in part by the pandemic that began in 2020 – has created an environment where employees demand high-performance access to network resources regardless of where they might be.
Wireless networks can be less expensive to build and maintain since they require fewer switches and other components required by wired infrastructures. New wireless standards – especially among them multiuser, multiple input and multiple output – enable physical Access Points (APs) to serve a greater number of users, further reducing costs.
Wireless technologies also support novel services, among them location tracking, Internet of Things (IoT) deployments and remote diagnostics. Finally, advances in wireless performance enable organizations to stress mobility as a primary benefit, thus helping them redefine how they design their offices and workgroups.
(www.techtarget.com/searchmobilecomputing/definition/wireless. Adaptado)
Advantages of wireless technology
Wireless communications offer several cost and connectivity benefits for organizations. The rapid rise of remote work – fuelled in part by the pandemic that began in 2020 – has created an environment where employees demand high-performance access to network resources regardless of where they might be.
Wireless networks can be less expensive to build and maintain since they require fewer switches and other components required by wired infrastructures. New wireless standards – especially among them multiuser, multiple input and multiple output – enable physical Access Points (APs) to serve a greater number of users, further reducing costs.
Wireless technologies also support novel services, among them location tracking, Internet of Things (IoT) deployments and remote diagnostics. Finally, advances in wireless performance enable organizations to stress mobility as a primary benefit, thus helping them redefine how they design their offices and workgroups.
(www.techtarget.com/searchmobilecomputing/definition/wireless. Adaptado)
Advantages of wireless technology
Wireless communications offer several cost and connectivity benefits for organizations. The rapid rise of remote work – fuelled in part by the pandemic that began in 2020 – has created an environment where employees demand high-performance access to network resources regardless of where they might be.
Wireless networks can be less expensive to build and maintain since they require fewer switches and other components required by wired infrastructures. New wireless standards – especially among them multiuser, multiple input and multiple output – enable physical Access Points (APs) to serve a greater number of users, further reducing costs.
Wireless technologies also support novel services, among them location tracking, Internet of Things (IoT) deployments and remote diagnostics. Finally, advances in wireless performance enable organizations to stress mobility as a primary benefit, thus helping them redefine how they design their offices and workgroups.
(www.techtarget.com/searchmobilecomputing/definition/wireless. Adaptado)
Sobre os circuitos de modulação, assinale com V as afirmativas verdadeiras e com F as falsas.
( ) A modulação FM é um tipo de modulação em que a amplitude do sinal portador varia de acordo com o sinal modulante.
( ) A modulação PM é um tipo de modulação em que a fase do sinal portador varia de acordo com o sinal modulante.
( ) A modulação QAM é um tipo de modulação em que tanto a amplitude quanto a fase do sinal portador são modificadas de acordo com o sinal modulante.
( ) A modulação AM é um tipo de modulação em que a frequência do sinal portador varia de acordo com o sinal modulante.
Assinale a sequência correta.
Nesse contexto, assinale a alternativa que apresenta um item que não é um requisito obrigatório estabelecido pela Norma Regulamentadora NR-35:
Nesse contexto, assinale a alternativa que apresenta uma característica correta para a manutenção corretiva.
Assinale a alternativa que apresenta a conversão correta do número 586 para a base binária.
Assinale a alternativa que descreve corretamente uma das diferenças entre MES (Manufacturing Execution System) e ERP (Enterprise Resource Planning) na pirâmide de automação.
A esse respeito, numere a COLUNA II de acordo com a COLUNA I, fazendo a relação entre os tipos de aterramento para sistemas elétricos e sua definição.
COLUNA I
1. Aterramento de proteção
2. Aterramento funcional
3. Aterramento equipotencial
4. Aterramento temporário
COLUNA II
( ) Utilizado para garantir a segurança de pessoas e equipamentos, direcionando correntes de falta à terra e prevenindo choques elétricos.
( ) Busca manter todas as partes metálicas de um sistema elétrico no mesmo potencial elétrico, minimizando diferenças de tensão e reduzindo o risco de descargas elétricas.
( ) Utilizado para estabelecer um referencial de tensão comum, garantindo o correto funcionamento dos equipamentos elétricos e evitando interferências eletromagnéticas.
( ) Aterramento provisório utilizado em situações específicas, como durante a realização de trabalhos elétricos, garantindo a segurança dos trabalhadores envolvidos.
Assinale a sequência correta.
De acordo com esse modelo, assinale a alternativa que apresenta a camada responsável pelo estabelecimento, manutenção e encerramento de conexões entre dois dispositivos em uma rede de computadores.
Nesse contexto, assinale a alternativa que apresenta uma vantagem da utilização das fibras ópticas em relação aos meios de transmissão tradicionais, como os fios de cobre.
Assinale a alternativa que apresenta informações corretas sobre os fundamentos e as características das antenas.
Assinale a alternativa que apresenta uma característica desejável para um sistema de telecomunicação.
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