Activating more than one network interface card (NIC) on a PC can enhance network performance and redundancy. By using multiple NICs, users can achieve increased bandwidth through load balancing or failover capabilities, ensuring a continuous connection if one NIC fails. Additionally, multiple NICs can facilitate separate network segments, improving security and management of different types of traffic. This setup is particularly beneficial in server environments or for users with demanding networking needs.
Having more than one NIC on a computer can cause Internet connectivity problems if the correct configurations are not performed. For example, one should not allocate both NIC's to the same subnet.
Yes, there are Many kinds of NICs capable of using multiple cabling a 10/100 NIC is a NIC that can use both 10BaseT Cabling and 100Base Cabling
Consult the manual for preferred NIC type.
True.
True.
The difference between a RIC and a NIC is the time period. It is still rather vague, but a RIC is more likely to have been industrialised for a longer time period than a NIC.
I'm not sure what "nic" refers to. Can you provide more context or clarify your question?
Boobear, Pumpkin, Lou... and I'm sure there are plenty more than I know.
PCI has more bandwidth than current USB standards. A USB 1.1 port cannot achieve more than about 10 Mbits/s, slower than most commodity routers / Ethernet cards today. A USB 2.0 port is capable of 100 Mbits/s, but is not capable of Gigabit speeds. A USB NIC may also have slightly more latency than a PCI NIC, which may make it unsuitable for certain applications like gaming or media streaming.
I imagine it means more than one thing but the first thing I thought of is a Network Interface Card. This is very general (Wireless or wired). There is quite a bit of information on a website I came accross recently at http://www.introtobroadband.co.uk on broadband and ADSL etc. (Things you would likely need a NIC for).
A NIC is capable of receiving and transmitting data at a faster rate than a modem. However, if the NIC is connected to a network which is powered by a modem, they will both run at the slower speed of the modem.
A giant, in the context of networking, typically refers to a packet that exceeds the maximum allowable size. While a bad Network Interface Card (NIC) can contribute to network issues, giants are primarily caused by misconfigurations or faults in network devices rather than the NIC itself. However, if a NIC is malfunctioning, it might improperly handle packets, potentially leading to the creation of giants. In summary, while a bad NIC can play a role, giants are more often a result of network configuration errors.