 |
|
|
| DAPDNA-2 Application Case Study
|
| |
NTT Laboratories |
 |
10Gbps packet classification and forwarding board
enables world’s fastest firewall |
| |
Press Release >> |
| |
NTT Laboratories choose DAPDNA-2 because. |
1. Dynamic reconfiguration capability allows "hot" update of processing function.
2. DAPDNA-2's superior processing power allows the system to perform firewall packet processing (filtering) while maintaining a wirespeed 10Gbps data transfer rate. |
 What is the 10Gbps packet classification and forwarding board ? |
|
 The new firewall solves major problems with existing firewalls. |
| |
1. |
Network bandwidth continues to expand, but the firewall throughput has stalled at a few hundred Mbps, due to processor performance limitations, and becoming a bottleneck. |
| |
2. |
The network must be halted temporarily to apply new detection algorithms to the firewall. |
NTT Laboratories decided to use IPFlex’s DAPDNA-2 to develop a firewall based on a 10Gbps packet classification and forwarding board solving these longstanding problems. |
| Features |
Features of the 10Gbps packet classification and forwarding board
Features listed in blue text are those enabled by the DAPDNA-2. |
Technical look at how the DAPDNA-2 processor enabled this system is next
 Next
|
|
TOP
Network Security
---NTT Laboratories---
 
|
|
|
Hardware circuits can be updated without interrupting service
