Oculink and Thunderbolt: A Comparative Study

What does Oculink stand for?

• Optical Cable Link

• Optical Communication Link

• Optical Connection Link

• Optical Copper Link

Which organization developed Oculink?

• IEEE

• PCI-SIG

• USB Implementers Forum

• VESA

What is the maximum bandwidth supported by Oculink 2.0 with four lanes?

• 32 Gbits per second

• 80 Gbits per second

• 64 Gbits per second

• 128 Gbits per second

Why is Oculink considered more cost-effective than Thunderbolt?

• It uses more expensive components

• It requires less precise manufacturing

• It became royalty-free before Thunderbolt

• It uses cheaper components

What is a primary limitation of Oculink compared to Thunderbolt?

• Lower data transfer speeds

• Lack of support for hot-plugging

• Incompatibility with USB-C cables

• Higher cost

What additional functionality does Thunderbolt provide that Oculink does not?

• Data transfer only

• Video and power transfer

• Audio transfer

• Wireless connectivity

What is a key advantage of Thunderbolt in the consumer electronics space?

• Limited compatibility

• Lower performance

• Broader adoption

• Higher cost

What is the expected bandwidth of Intel's upcoming Thunderbolt 5?

• 64 Gbits per second

• 80 Gbits per second

• 100 Gbits per second

• 120 Gbits per second

What is a potential downside of creating a more flexible Oculink connector?

• Increased cost

• Increased size

• Decreased data transfer speed

• Reduced compatibility

What is a potential future improvement for connectors like Oculink?

• Decreased cost

• Increased size

• Reduced bandwidth

• Improved specialization