Promising to change the Internet as we know it? Far too many companies
say this without any real meaning behind it, but Cisco might actually
have something that could truly revolutionize the way we enjoy the
world wide web. But as with most things that have a Cisco label, it
will basically all be done behind the scenes. The CRS-3 Carrier Routing
System was introduced today by the company, and it's supposedly
"designed to serve as the foundation of the next-generation Internet
and set the pace for the astonishing growth of video transmission,
mobile devices and new online services through this decade and beyond."
Those are some pretty bold words, but Cisco's new solution has over 12x
the traffic capacity of the nearest competing system. It can handle up
to 322 Terabits per second, which enables the entire printed collection
the Library of Congress to be downloaded in just over one second; every
man, woman and child in China to make a video call, simultaneously; and
every motion picture ever created to be streamed in less than four
minutes. A lot of this probably feels foreign to you, and honestly, the
$90,000 (and up) system isn't that interesting by itself. However,
having the ability to handle what now feels like an infinite amount of
data is crucial for the growth and survival of the Internet. Web TV
alone has caused a dramatic increase in demand for bandwidth, and as
more and more content finds a home on the Web (and more and more
consumers find Internet in their homes), this demand will only surge.
We've already seen on the mobile side what kind of crisis can arise if
the infrastructure isn't there to support the demand (hello,
AT&T!), and we definitely don't want a similar thing happening on
the hard-wired Internet side. Have a look at the video below explaining
this giant box's place in your future dealings with the Web; much like
the Bloomenergy box, you probably won't know how much good its doing
behind the scenes, but hopefully you can appreciate the efforts to keep
the Internet blossoming.
The Cisco CRS-3 triples the capacity of its predecessor, the Cisco CRS-1 Carrier Routing System,
with up to 322 Terabits per second, which enables the entire printed
collection of the Library of Congress to be downloaded in just over one
second; every man, woman and child in China to make a video call,
simultaneously; and every motion picture ever created to be streamed in
less than four minutes.
The Cisco CRS-3 enables unified service delivery of Internet and
cloud services with service intelligence spanning service provider Internet Protocol Next-Generation Networks
(IP NGNs) and data center. The Cisco CRS-3 also provides unprecedented
savings with investment protection for the nearly 5,000 Cisco CRS-1
deployed worldwide. Cisco's cumulative investment in the Cisco CRS
family is $1.6 billion, further underscoring the company's commitment.
one of the world's largest telecommunications companies, recently
tested the Cisco CRS-3 in a successful completion of the world's first
field trial of 100-Gigabit backbone network technology, which took
place in AT&T's live network between New Orleans and Miami. The
trial advances AT&T's development of the next generation of
backbone network technology that will support the network requirements
for the growing number of advanced services offered by AT&T to
consumer and business customers, both fixed and mobile.
The Cisco CRS-3 is currently in field trials, and its pricing starts at $90,000 U.S.
Highlights and Capabilities for the Next-Generation Internet:
Unmatched Scale: With a proven multi-chassis architecture,
the Cisco CRS-3 can deliver up to 322 tbps of capacity, more than
tripling the 92 tbps capacity of the Cisco CRS-1 and representing more
than 12 times the capacity of any other core router in the industry.
Unique Core and Data Center/Cloud Services Intelligence:
In addition to capacity requirements, the growths of mobile and video
applications are creating new multidirectional traffic patterns with
the increasing emergence of the data center cloud. The new Cisco Data
Center Services System provides tight linkages between the Cisco CRS-3,
Cisco Nexus family and Cisco Unified Computing System (UCS) to enable
unified service delivery of cloud services. This intelligence also
includes carrier-grade IPv6 (CGv6) and core IP/MPLS technologies that
permit new IP NGN architectural efficiencies required to keep pace with
the rapidly growing cloud services market. Unique capabilities include:
Network Positioning System (NPS) -- provides Layers 3 to 7
application information for best path to content, improving consumer
and business experiences while reducing costs.
Cloud virtual private network (VPN) for Infrastructure as a Service
(IaaS)-enables 'pay-as-you-go' for compute, storage and network
resources by automating Cisco CRS-3 and Cisco Nexus Inter-Data center
connections for Cisco UCS.
Unprecedented Savings: The Cisco CRS-3 offers
dramatic operational expense savings and up to 60 percent savings on
power consumption compared to competitive platforms. The Cisco CRS-3
also delivers significant capital expenditures savings and investment
protection for existing Cisco CRS-1 customers. The new capabilities in
the platform can be achieved by reusing the existing chassis, route
processors, fans and power systems with the addition of new line cards
and fabric. These upgrades can be performed in-service and be provided
by Cisco Services to ensure a smooth transition.
Silicon Innovation: The Cisco CRS-3 is powered by the
new Cisco QuantumFlow Array Processor, which unifies the combined power
of six chips to work as one, enabling unprecedented levels of service
capabilities and processing power. Making this implementation even
more unique is its ability to deliver capabilities with a fraction of
the power required by lesser performing chipsets. The Cisco
QuantumFlow Array chipset was designed to provide the new system the
ability to scale with the ever increasing demands being placed on the
IP NGN by the many different applications and billions of devices being
used by both businesses and consumers in the Zettabyte era.