 |
‘CRIPPLING’ IP APPLICATION OVERHEADS
CAUSE TELCO NETWORK BOTTLENECKS
Adax introduces SDCIII protocol accelerator
to improve IMS performance and security
13 February 2007 - Telecommunications signaling vendor,
Adax, is launching the SDCIII AMC, a protocol acceleration board designed
to enhance IP network performance by offering both packet processing,
IP security and signaling capabilities.
The SDCIII is able to reduce the processing burden placed on the
network by offering computationally intensive functions such as SCTP
packet processing, IPsec and SIP parsing. This capability relieves
the CPU of some of the largest application overheads and makes the
SDCIII ideal for deployment in IMS and Next Gen 3GPP wireless IP
networks.
“IP signaling applications can help to lower operational expenditure,
but they are already having a major impact on SCTP and SIP performance,” explains
Robin Kent, Director of Operations at Adax Europe. “System
architects need to iron out potential bottlenecks now in anticipation
of greater IP traffic volumes because a failure to do so will result
in availability issues further down the line.”
Its dedicated hardware enables the SDCIII to perform core functions
to reduce impact on the CPU. This includes the checksum of inbound
and outbound SCTP PDUs, which can account for up to 30 percent of
the protocol overhead. The SDCIII facilitates IPsec through an integrated
security engine, designed to offload the security functions key to
IMS, such as key generation and exchange, authentication and bulk
encryption.
“The inclusion of the security engine on the SDCIII is in
response to the growing importance of IMS,” explains Kent. “Whilst
responsibility for security in the home network lies with the individual
operator, the control point between the IMS ‘home network’ and ‘visited
network’ must use IPsec in the Security Gateway. As more operators
adopt IMS, it’s inevitable that they will look for solutions
like the SDCIII to run IPsec without compromising overall performance.”
Other key features
- The SDCIII offers support for security protocols such as IPsec
and DES, 3DES, MD-5, SHA-1/2, AES, RSA, RNG, Kasumi F8/F9 and ARC-4
encryption algorithms. It is also optimised to compute all of the
algorithms associated with IPsec, IKE, SSL/TLS, iSCSI, SRTP and
802.11i.
- The SDC board features embedded Linux on its resident processor
and supports IPsec/SCTP, which makes it an ideal solution for the
following applications:
- Carrying the Diameter base protocol to support IMS interfaces,
including Cx, Dx, Gmb, Rf, Ro, Sh, Si and Gi
- A SIP engine supporting the IMS SIP interfaces including
Gm, ISC, Mg, Mi, Mm and Mw
- A SIP Proxy / Security Gateway to support the SIP interface
for VOIP
- The SDCIII will initially be available in AMC format and contains
two dynamically configurable Gigabit Ethernet ports for high-volume
IP applications. The board can also support the entire SIGTRAN
stack in high volume environments.
General availability of the SDCIII AMC is scheduled for Quarter
2 2007.
About Adax Europe Limited
Adax Europe Limited develops and manufactures a complete set of telecommunications
signaling hardware and software for today’s converging networks, covering
all signaling protocols and popular hardware formats to provide the right
solution for any signaling requirement. These are sold to some of the world’s
premier telecom equipment suppliers, value added services (VAS) providers
and systems integrators.
Adax signaling products enable customers to deploy and manage any
application, node or system quickly and efficiently, irrespective
of the underlying network interface or architecture. In turn, customers
can reduce capital and operational expenditure by creating a high-performance
and future-proofed signaling infrastructure that is flexible and
scaleable to meet new demands.
Customers include Alcatel-Lucent, Apertio, Bharti Telesoft, Ericsson,
IP Access and Motorola. For more information please visit www.adax.com or
contact Dan Bowsher or Laura Scott at Berkeley PR on 0118 988 2992
/ adax@berkeleypr.co.uk
|
 |