I doubt this.
One Gig is 1000 or 1024 Megabytes, depending on who is measuring. Are you sure you don't mean Megs?
I am sure you know this and more than I. :wink:
Silicon Lase
Ethernet
Printable View
I doubt this.
One Gig is 1000 or 1024 Megabytes, depending on who is measuring. Are you sure you don't mean Megs?
I am sure you know this and more than I. :wink:
Silicon Lase
Ethernet
The Nippon Telegraph and Telephone Corporation ran test with a result of a 14 Tbps transmission over a single 100-mile fiber optic line.
Doubt me ??
HA !!!!!!!!!! !!!!
http://gigaom.com/2006/11/14/100gbe/
http://en.wikipedia.org/wiki/100_gigabit_Ethernet
Ph33R me,
for I will beat you
If you noticed I linked to the same page that you have.
I just linked to the news release. So I am not saying they did not do so, but it seems that it was in a different manner. A more complex aptitude.
Using ten different gigabyte channels.
If you compare the two they seem rather different to me.
Where the silicone lase may be adapted for use in many applications, cell phones and other wireless devices.
yep,
and the difference gets wider the higher you go
100 Gbps (Giga-bits per second)
is the same as
12 GBps (Giga-bytes per second)
Ok. So as hard as I tried to stay out of (not knowing what the hell I am talking about stage) I have eventually been drug there.
Sooo. What is the differences? :bigteeth:
difference between a bit & a byte ?
Is this what you mean
http://www.networkworld.com/news/200...ntelsilic.html
http://www.lightreading.com/document.asp?doc_id=103960
cause it's nothing to do with networking
but the movement of information inside a chip
(optical light pulses are faster than electrical pulses across copper)
this is more to do with processor & motherboard designs than anything else